Journal articles on the topic 'Swimming monitoring device'

A prototype swimming tachometer is described which consists of a waterproof box housing a battery-powered electronic system linked externally to an opto-electronic velocity transducer. The device is strapped to the hips, where it monitors water flow to produce continuous measurements of two critical variables of swimming performance, namely, velocity and acceleration. These measurements are converted in real time to auditory feedback signals to the subject via an ear plug. Permanent records may be taken simultaneously as an option using a switched external line.

We report the development of an acoustic telemetry tag used to monitor electromyograms (EMGs) remotely from free-swimming marine fish. The device described amplifies and filters the EMG and then converts the electrical waveform into a frequency-modulated acoustic signal that is transmitted through water. The signal is then received, demodulated and recorded by the receiving system. The EMG tag described has been tested on a range of species, including toadfish Opsanus τ, spiny dogfish Squalus acanthias, yellowfin tuna Thunnus albacares and eastern Pacific bonito Sarda chiliensis, in different tank environments. In certain tanks the fidelity with which the system replicates the EMG is sufficient to quantify accurately the onset, offset, duration, the integrated area under the absolute value of the signal and the number of signal zero crossings. This EMG tag will expand the scope of questions that can be addressed about the behavior and physiology of free-swimming fish.

AbstractWith the goal of automatic monitoring of environments along natural coastal areas and tidal flats, researchers designed and developed an amphibious robot equipped with fin actuators called “RT-I” that mimics the locomotion of both a tortoise and a sea turtle. Experiments were carried out using a forearm with 4 degrees of freedom, which can reproduce the walking motions of tortoises and sea turtles on sand, to evaluate the walking performances of a robotic tortoise and a robotic sea turtle. It was clarified that the arm for a robotic tortoise is more suitable for use on soil compared with the arm for a robotic sea turtle. The advantages of both sea turtles and tortoises were adopted in a robotic turtle, namely, the lift-based swimming mode sea turtles use and the quadrupedal locomotion tortoises use. The present amphibious robot consists of four main components: (i) leg units, (ii) a control unit pressure hull, (iii) a buoyancy adjusting device, and (iv) a fairing cover. To realize not only swimming motion with the combination of flapping, rowing, and feathering, but also tortoise-like walking motion, three motors were set up at the acromioclavicular joint using a differential gear mechanism to independently produce the three types of motion, and one motor was set up to produce elbow joint motion. A buoyancy-adjusting device was installed to realize walking on land and in water as well as swimming in shallow water. The swimming and walking performances of the amphibious robot in water were evaluated by measuring the forward swimming speed, backward swimming speed, speed of turning, and speed of descending vertically as the indexes of the maneuverability of the robotic turtle, and the walking speed and propulsive efficiency with the crawl gait for various walking patterns in still water and in waves.

Recently, integrating the Internet of Things (IoT) and computer vision has been utilized in swimming pool automated surveillance systems. Several studies have been proposed to overcome off-time surveillance drowning incidents based on using a sequence of videos to track human motion and position. This paper proposes an efficient and reliable detection system that utilizes a single image to detect and classify drowning objects, to prevent drowning incidents. The proposed system utilizes the IoT and transfer learning to provide an intelligent and automated solution for off-time monitoring swimming pool safety. In addition, a specialized transfer-learning-based model utilizing a model pretrained on “ImageNet”, which can extract the most useful and complex features of the captured image to differentiate between humans, animals, and other objects, has been proposed. The proposed system aims to reduce human intervention by processing and sending the classification results to the owner’s mobile device. The performance of the specialized model is evaluated by using a prototype experiment that achieves higher accuracy, sensitivity, and precision, as compared to other deep learning algorithms.

The most common cause of diseases in swimming pools is the lack of sanitary control of water quality; water may contain microbiological and chemical contaminants. Among the people most at risk of infection are children, pregnant women, and immunocompromised people. The origin of the problem is a need to develop a system that can predict the formation of chlorine water disinfection by-products, such as trihalomethanes (THMs). THMs are volatile organic compounds from the group of alkyl halides, carcinogenic, mutagenic, teratogenic, and bioaccumulating. Long-term exposure, even to low concentrations of THM in water and air, may result in damage to the liver, kidneys, thyroid gland, or nervous system. This article focuses on analysis of the kinetics of swimming pool water reaction in analytical device reproducing its circulation on a small scale. The designed and constructed analytical device is based on the SIMATIC S7-1200 PLC driver of SIEMENS Company. The HMI KPT panel of SIEMENS Company enables monitoring the process and control individual elements of device. Value of the reaction rate constant of free chlorine decomposition gives us qualitative information about water quality, it is also strictly connected to the kinetics of the reaction. Based on the experiment results, the value of reaction rate constant was determined as a linear change of the natural logarithm of free chlorine concentration over time. The experimental value of activation energy based on the directional coefficient is equal to 76.0 [kJ×mol−1]. These results indicate that changing water temperature does not cause any changes in the reaction rate, while it still affects the value of the reaction rate constant. Using the analytical device, it is possible to constantly monitor the values of reaction rate constant and activation energy, which can be used to develop a new way to assess pool water quality.

Background and aim: Monitoring bioelectric phase angle (PhA) provides important information on the health and the condition of the athlete. Together with the vector length, PhA constitutes the bioimpedance vector analysis (BIVA) patterns, and their joint interpretation exceeds the limits of the evaluation of the PhA alone. The present investigation aimed to monitor changes in the BIVA patterns during a training macrocycle in swimmers, trying to ascertain if these parameters are sensitive to training load changes across a 13-week training period. Methods: Twelve national and international level swimmers (four females; eight males; 20.9 ± 1.9 years; with a competitive swimming background of 11.3 ± 1.8 years; undertaking 16–20 h of pool training and 4–5 h of dry-land training per week and 822.0 ± 59.0 International Swimming Federation (FINA) points) were evaluated for resistance (R) and reactance (Xc) using a single frequency phase sensitive bioimpedance device at the beginning of the macrocycle (M1), just before the beginning of the taper period (M2), and just before the main competition of the macrocycle (M3). At the three-time assessment points, swimmers also performed a 50 m all-out first stroke sprint with track start (T50 m) while time was recorded. Results: The results of the Hotelling T2 test showed a significant vector displacement due to simultaneous R and Xc changes (p < 0.001), where shifting from top to bottom along the major axis of the R-Xc graph from M1 to M2 was observed. From M2 to M3, a vector displacement up and left along the minor axis of the tolerance ellipses resulted in an increase in PhA (p < 0.01). The results suggest a gain in fluid with a decrease in cellular density from M1 to M2 due to decrements in R and Xc. Nevertheless, the reduced training load characterizing taper seemed to allow for an increase in PhA and, most importantly, an increase of Xc, thus demonstrating improved cellular health and physical condition, which was concomitant with a significant increase in the T50 m performance (p < 0.01). Conclusions: PhA, obtained by bioelectrical R and Xc, can be useful in monitoring the condition of swimmers preparing for competition. Monitoring BIVA patterns allows for an ecological approach to the swimmers’ health and condition assessment without resorting to equations to predict the related body composition variables.

Heart rate monitoring in free-ranging cetaceans to understand their behavioural ecology and diving physiology is challenging. Here, we developed a simple, non-invasive method to monitor the heart rate of cetaceans in the field using an electrocardiogram-measuring device and a single suction cup equipped with an electrode. The unipolar suction cup was placed on the left lateral body surface behind the pectoral fin of Risso's dolphins ( Grampus griseus ) and a false killer whale ( Pseudorca crassidens ) in captivity; their heart rate was successfully monitored. We observed large heart rate oscillations corresponding to respiration in the motionless whales during surfacing (a false killer whale, mean 47 bpm, range 20–75 bpm; Risso's dolphins, mean ± s.d. 61 ± 15 bpm, range 28–120 bpm, n = 4 individuals), which was consistent with the sinus arrhythmia pattern (eupneic tachycardia and apneic bradycardia) observed in other cetaceans. Immediately after respiration, the heart rate rapidly increased to approximately twice that observed prior to the breath. Heart rate then gradually decreased at around 20–50 s and remained relatively constant until the next breath. Furthermore, we successfully monitored the heart rate of a free-swimming Risso's dolphin. The all-in-one suction cup device is feasible for field use without restraining animals and is helpful in further understanding the diving physiology of free-ranging cetaceans. This article is part of the theme issue ‘Measuring physiology in free-living animals (Part II)’.

This paper suggests the Human-friendly integrated system on the basis of IoT, which can prevent a Haenyeo at work under the sea from an unexpected accident. This system can process thedata based on the stored data, after building the database of the information from Smart Taewak. As a united software, IoT based Haenyeo Safely Managing Software (IOTHSMS) is composed of Data Collection Module, Server Device, Emergency Alarm Module, and Monitoring Program, providing service in various ways. Smart Swimming Goggles collect the information on Haenyeo’s activities and gives it to Smart Taewak, which transmits the data to IoTHSMS server. IOTHSMS needs to access to a PC or a Mobile Phone. IOTHSMS divides the information into the location and the condition of Haenyeo to indicate the POSITION information of Haenyeo at work and services provided by privileged permission. The STATE information of Haenyeo is separated into recent information and statistic one. IOTHSMS should not only have a function to manage user’s information but also the authority to modify PIN number, telephone number, mobile phone number, affiliated fishing village fraternities, and emergency call number in specifically. This study improves the former goggles and Taewak as Smart goggles and Smart Taewak with an IoT technology, the device to understand and analyze the state and the location information of a Haenyeo every real time by measuring her body condition and diving information.

The paper addresses relations between the characteristics of body composition in international sprint swimmers and sprint performance. The research included 82 swimmers of international level (N = 46 male and N = 36 female athletes) from 8 countries. We measured body composition using multifrequency bioelectrical impedance methods with “InBody 720” device. In the case of male swimmers, it was established that the most important statistically significant correlation with sprint performance is seen in variables, which define the quantitative relationship between their fat and muscle with the contractile potential of the body (Protein-Fat Index, r = 0.392, p = 0.007; Index of Body Composition, r = 0.392, p = 0.007; Percent of Skeletal Muscle Mass, r = 0.392, p = 0.016). In the case of female athletes, statistically significant relations with sprint performance were established for variables that define the absolute and relative amount of a contractile component in the body, but also with the variables that define the structure of body fat characteristics (Percent of Skeletal Muscle Mass, r = 0.732, p = 0.000; Free Fat Mass, r = 0.702, p = 0.000; Fat Mass Index, r = −0.642, p = 0.000; Percent of Body Fat, r = −0.621, p = 0.000). Using Multiple Regression Analysis, we managed to predict swimming performance of sprint swimmers with the help of body composition variables, where the models defined explained 35.1 and 75.1% of the mutual variability of performance, for male and female swimmers, respectively. This data clearly demonstrate the importance of body composition control in sprint swimmers as a valuable method for monitoring the efficiency of body adaptation to training process in order to optimize competitive performance.

In the lack of fishery-independent information, catch per unit of effort (CPUE) is the conventional abundance index. In the case of the tropical tuna purse seine fisheries, a critical difficulty lies in the definition of an effective fishing effort, because fishermen use two different fishing modes (free swimming schools versus schools under fish aggregating devices) alternatively during the same trip. In this study, vessel monitoring system (VMS) data were used in an operational level to study and quantify the spatial dynamic of the tropical tuna purse seine fishing activity. A Bayesian state–space model allowed classifying VMS steps into three activities (fishing, tracking, and cruising), which were characterized by a small set of complementary spatial indicators. The dominant activity (49%) was clearly the tracking of tuna schools within areas of aggregations. A hierarchical spatial organization of the three fishing activities was also evidenced. Fishing strategies described by the triplets of proportions of time devoted to each activity and interpreted as compositional data were modelled by the sum of a vessel effect and a seasonal effect.

Soft, skin-integrated electronic sensors can provide continuous measurements of diverse physiological parameters, with broad relevance to the future of human health care. Motion artifacts can, however, corrupt the recorded signals, particularly those associated with mechanical signatures of cardiopulmonary processes. Design strategies introduced here address this limitation through differential operation of a matched, time-synchronized pair of high-bandwidth accelerometers located on parts of the anatomy that exhibit strong spatial gradients in motion characteristics. When mounted at a location that spans the suprasternal notch and the sternal manubrium, these dual-sensing devices allow measurements of heart rate and sounds, respiratory activities, body temperature, body orientation, and activity level, along with swallowing, coughing, talking, and related processes, without sensitivity to ambient conditions during routine daily activities, vigorous exercises, intense manual labor, and even swimming. Deployments on patients with COVID-19 allow clinical-grade ambulatory monitoring of the key symptoms of the disease even during rehabilitation protocols.

Intelligent approaches in sports using IoT devices to gather data, attempting to optimize athlete’s training and performance, are cutting edge research. Synergies between recent wearable hardware and wireless communication strategies, together with the advances in intelligent algorithms, which are able to perform online pattern recognition and classification with seamless results, are at the front line of high-performance sports coaching. In this work, an intelligent data analytics system for swimmer performance is proposed. The system includes (i) pre-processing of raw signals; (ii) feature representation of wearable sensors and biosensors; (iii) online recognition of the swimming style and turns; and (iv) post-analysis of the performance for coaching decision support, including stroke counting and average speed. The system is supported by wearable inertial (AHRS) and biosensors (heart rate and pulse oximetry) placed on a swimmer’s body. Radio-frequency links are employed to communicate with the heart rate sensor and the station in the vicinity of the swimming pool, where analytics is carried out. Experiments were carried out in a real training setup, including 10 athletes aged 15 to 17 years. This scenario resulted in a set of circa 8000 samples. The experimental results show that the proposed system for intelligent swimming analytics with wearable sensors effectively yields immediate feedback to coaches and swimmers based on real-time data analysis. The best result was achieved with a Random Forest classifier with a macro-averaged F1 of 95.02%. The benefit of the proposed framework was demonstrated by effectively supporting coaches while monitoring the training of several swimmers.

Noninvasive, in situ biochemical monitoring of physiological status, via the use of sweat, could enable new forms of health care diagnostics and personalized hydration strategies. Recent advances in sweat collection and sensing technologies offer powerful capabilities, but they are not effective for use in extreme situations such as aquatic or arid environments, because of unique challenges in eliminating interference/contamination from surrounding water, maintaining robust adhesion in the presence of viscous drag forces and/or vigorous motion, and preventing evaporation of collected sweat. This paper introduces materials and designs for waterproof, epidermal, microfluidic and electronic systems that adhere to the skin to enable capture, storage, and analysis of sweat, even while fully underwater. Field trials demonstrate the ability of these devices to collect quantitative in situ measurements of local sweat chloride concentration, local sweat loss (and sweat rate), and skin temperature during vigorous physical activity in controlled, indoor conditions and in open-ocean swimming.

Purpose There has been a sustained interest over the past couple of decades in developing sophisticated leak detection techniques (LDTs) that are economical and reliable. Majority of current commercial LDTs are acoustics based and they are not equally suitable to all pipe materials and sizes. There is also limited knowledge on the comparative merits of such acoustics-based leak detection techniques (ALDTs). The purpose of this paper is to review six commercial ALDTs based on four decisive criteria and subsequently develop guidance for the optimal selection of an ALDT. Design/methodology/approach Numerous publications and field demonstration reports are reviewed for evaluating the performance of various ALDTs in this study to inform their optimal selection using an integrated multi-criteria decision analysis (MCDA) framework. The findings are validated using interviews of water utility experts. Findings The study approach and the findings will have a broad impact on the water utility industry by identifying a suite of suitable ALDTs for a range of typical application scenarios. The evaluated ALDTs include listening devices, noise loggers, leak-noise correlators, free-swimming acoustic, tethered acoustic, and acoustic emissions. The evaluation criteria include cost, reliability, access requirements, and the ability to quantify leakage severity. The guidance presented in this paper will support efficient decision making in water utility management to minimize pipeline leakage. Originality/value This study attempts to address the problem of severe dearth of performance data for pipeline inspection techniques. Performance data reported in the published literature on various ALDTs are appropriately aggregated and compared using a MCDA, while the uncertainty in performance data is addressed using the Monte Carlo simulation approach.

Wildlife research often requires marking and tagging animals to collect data on survival, reproduction, movement, behaviour and physiology. Identification of individual marine mammals can be carried out using tags, brands, paint, dye, photogrammetry, telemetry and other techniques. An analysis of peer-reviewed articles published from January 1980 to April 2011 addressing the effects of marking revealed a preponderance of studies focussed on short-term effects such as injuries and behavioural changes. Some marking techniques were reported to cause pain and to change swimming and haul-out behaviour, maternal attendance, and duration of foraging trips. However, marking has typically not been found to affect survival. No published research has addressed other possible long-term effects of marking related to injuries or pain responses. Studies of the more immediate effects of marking (mostly related to externally attached devices such as radio-transmitters) have shown a variety of different types and magnitudes of responses. It is important to note that studies failing to find treament differences are less likely to be published, meaning that the present and any other reviews based on published literature may be a biased sample of all research conducted on the topic. Publishing results that found no or low impacts (i.e. best practices) as well as those that found significant impacts on animals should both be encouraged. Future research under more controlled conditions is required to document acute effects of marking, including injury and pain, and to better understand longer-term effects on health, reproduction and survival. We recommend that studies using marked animals standardise their reports, with added detail on methodology, monitoring and sampling design, and address practices used to minimise the impact of marking on marine mammals.

With the development of the modern science and technology, new and high technology and the electronic instrument and equipment has been widely used in the referee work of the large scale track and field matches, which is also a prominent feature of the modern large scale track and field matches. Taking the referee work of the track and field match of the Ninth National Games as an example, this article carries on the discussion on the function of the electronic equipment in the large scale track and field competition, to provide a reference for further deepening the recognition and understanding of the characteristics of the modern large scale track and field matches. Present situation and the development of the sports electronic equipment Since the development of modern Olympic sports competition, sports have become a part of peoples life around the world. For more than 100 years, with the continuous improvement of the level of the competitive sports, the competition has become increasingly fierce, and in the competitive sports games, ranking the performance in one second per one hundred, or even one per one thousand seconds is very normal. So, quickly, accurately and fairly determining the timing and scoring of the achievement, and the instrument and the equipment assessing the scores have become one of the necessary sports facilities of the development of competitive sports. Early in the seventeen sixties, in the sports games there was the application of the mechanical stopwatch, and until the forties of this century, the development of light, machine, electric technology is gradually applied to the referee equipment of the sports matches. In the sixties of this century, the Swiss Omega company as the representative successfully promoted the timing and scoring devices to the sports industry with various applications of the electronic technology as the leading factor in the sports competitions, and has won the identification of the international sports organization. The increasing application of these electronic devices in sports competitions accelerates its development, and internationally the German Junghanns, the Japan Seiko and other companies also joined this field of research, with the development of their own products. In the eighties, with rapid development of the computer technology, and the appearance of various new materials, sports electronic equipment has reached a new level in terms of its reliability and automation. The use of the electronic judgment devices of the games, which can also promote the improvement and development of the sports electronic equipment, is clearer and clearer in the technical definition. Sports electronic equipment can be roughly divided into three categories. The first category is mainly the electronic equipment used in the automatic and semiautomatic timing and scoring of various sports competitions and the scoring system, such as track and field, swimming, weightlifting, rowing, winter sports, cycling, gymnastics, diving, all kinds of ball games, shooting, fencing etc. The second category is the various auxiliary training and monitoring equipment and instrument used for scientific sports training, to improve the sports performances, such as the swimming start, the Turing test, rowing strength telemetry, eight first telemetry, heart rate telemetry, photoelectric detection of firing stability, and the electronic equipment related to the athletes material selection. The third is the computer information system of the large-scale comprehensive sports games, such as the Olympic Games, the intercontinental games, and the National Games. The host countries and cities are using the competition opportunity to demonstrate its economic and technological strength. In addition to providing the first-class modern venues, the electronic information system has become one of the main equipment of the system during the general assembly, for journalists, sports teams and the public to understand the relevant information, it also provides the games with all service guides, to make the system function more and more complete, and more convenient to use. No wonder some people comment that the games of the Olympic level have become a window to display the technological progress and development of the world. Study and discussion on the sports electronic equipment Fully automatic electronic timing system The Ninth National Games use the SEIKO (2000HD) automatic electronic timing system for the timing, and this system is one of the world's most advanced timing systems, which is characterized by high resolution images, with the image resolution 419 million pixels (2048@2048H), more accurate interpretation, with the interpretation precision of the images up to 1/4000s, and large recording capacity, with the single 322MB and the dual 644MB, and one side recording 250 screens and the double 500 images, and the resolution up to 400dpi. The full automatic electronic timing system can print the color images of the athletes through the end after being amplified with the resolution 1/1000s, which effectively distinguishes the ranks of each athlete arriving at the end position and accurately judges the competition performance of the athletes. For example, in the men's 100m finals of the National Games, the performance of the top two is 10.25s, and their winning or losing is determined by 1/1000s. From the nineteen sixties, the large international track and field competition began to use the electric timing, and the current track events of 400m and below only admit the electric timing of the world and the national record.

Purpose: This study aimed to independently validate a wearable inertial sensor designed to monitor training and performance metrics in swimmers. Methods: A total of 4 male (21 [4] y, 1 national and 3 international) and 6 female (22 [3] y, 1 national and 5 international) swimmers completed 15 training sessions in an outdoor 50-m pool. Swimmers were fitted with a wearable device (TritonWear, 9-axis inertial measurement unit with triaxial accelerometer, gyroscope, and magnetometer), placed under the swim cap on top of the occipital protuberance. Video footage was captured for each session to establish criterion values. Absolute error, standardized effect, and Pearson correlation coefficient were used to determine the validity of the wearable device against video footage for total swim distance, total stroke count, mean stroke count, and mean velocity. A Fisher exact test was used to analyze the accuracy of stroke-type identification. Results: Total swim distance was underestimated by the device relative to video analysis. Absolute error was consistently higher for total and mean stroke count, and mean velocity, relative to video analysis. Across all sessions, the device incorrectly detected total time spent in backstroke, breaststroke, butterfly, and freestyle by 51% (15%). The device did not detect time spent in drill. Intraclass correlation coefficient results demonstrated excellent intrarater reliability between repeated measures across all swimming metrics. Conclusions: The wearable device investigated in this study does not accurately measure distance, stroke count, and velocity swimming metrics or detect stroke type. Its use as a training monitoring tool in swimming is limited.

Introduction The accelerometer seems, at first, both advanced and dated, both too complex and not complex enough. It sits in our video game controllers and our smartphones allowing us to move beyond mere button presses into immersive experiences where the motion of the hand is directly translated into the motion on the screen, where our flesh is transformed into the flesh of a superhero. Or at least that was the promise in 2005. Since then, motion control has moved from a promised revitalization of the video game industry to a not-quite-good-enough gimmick that all games use but none use well. Rogers describes the diffusion of innovation, as an invention or technology comes to market, in five phases: First, innovators will take risks with a new invention. Second, early adopters will establish a market and lead opinion. Third, the early majority shows that the product has wide appeal and application. Fourth, the late majority adopt the technology only after their skepticism has been allayed. Finally the laggards adopt the technology only when no other options are present (62). Not every technology makes it through the diffusion, however, and there are many who have never warmed to the accelerometer-controlled video game. Once an innovation has moved into the mainstream, additional waves of innovation may take place, when innovators or early adopters may find new uses for existing technology, and bring these uses into the majority. This is the case with the accelerometer that began as an airbag trigger and today is used for measuring and augmenting human motion, from dance to health (Walter 84). In many ways, gestural control of video games, an augmentation technology, was an interlude in the advancement of motion control. History In the early 1920s, bulky proofs-of-concept were produced that manipulated electrical voltage levels based on the movement of a probe, many related to early pressure or force sensors. The relationships between pressure, force, velocity and acceleration are well understood, but development of a tool that could measure one and infer the others was a many-fronted activity. Each of these individual sensors has its own specific application and many are still in use today, as pressure triggers, reaction devices, or other sensor-based interactivity, such as video games (Latulipe et al. 2995) and dance (Chu et al. 184). Over the years, the probes and devices became smaller and more accurate, and eventually migrated to the semiconductor, allowing the measurement of acceleration to take place within an almost inconsequential form-factor. Today, accelerometer chips are in many consumer devices and athletes wear battery-powered wireless accelerometer bracelets that report their every movement in real-time, a concept unimaginable only 20 years ago. One of the significant initial uses for accelerometers was as a sensor for the deployment of airbags in automobiles (Varat and Husher 1). The sensor was placed in the front bumper, detecting quick changes in speed that would indicate a crash. The system was a significant advance in the safety of automobiles, and followed Rogers’ diffusion through to the point where all new cars have airbags as a standard component. Airbags, and the accelerometers which allow them to function fast enough to save lives, are a ubiquitous, commoditized technology that most people take for granted, and served as the primary motivating factor for the mass-production of silicon-based accelerometer chips. On 14 September 2005, a device was introduced which would fundamentally alter the principal market for accelerometer microchips. The accelerometer was the ADXL335, a small, low-power, 3-Axis device capable of measuring up to 3g (1g is the acceleration due to gravity), and the device that used this accelerometer was the Wii remote, also called the Wiimote. Developed by Nintendo and its holding companies, the Wii remote was to be a defining feature of Nintendo’s 7th-generation video game console, in direct competition with the Xbox 360 and the Playstation 3. The Wii remote was so successful that both Microsoft and Sony added motion control to their platforms, in the form of the accelerometer-based “dual shock” controller for the Playstation, and later the Playstation Move controller; as well as an integrated accelerometer in the Xbox 360 controller and the later release of the Microsoft Kinect 3D motion sensing camera. Simultaneously, computer manufacturing companies saw a different, more pedantic use of the accelerometer. The primary storage medium in most computers today is the Hard Disk Drive (HDD), a set of spinning platters of electro-magnetically stored information. Much like a record player, the HDD contains a “head” which sweeps back and forth across the platter, reading and writing data. As computers changed from desktops to laptops, people moved their computers more often, and a problem arose. If the HDD inside a laptop was active when the laptop was moved, the read head might touch the surface of the disk, damaging the HDD and destroying information. Two solutions were implemented: vibration dampening in the manufacturing process, and the use of an accelerometer to detect motion. When the laptop is bumped, or dropped, the hard disk will sense the motion and immediately park the head, saving the disk and the valuable data inside. As a consequence of laptop computers and Wii remotes using accelerometers, the market for these devices began to swing from their use within car airbag systems toward their use in computer systems. And with an accelerometer in every computer, it wasn’t long before clever programmers began to make use of the information coming from the accelerometer for more than just protecting the hard drive. Programs began to appear that would use the accelerometer within a laptop to “lock” it when the user was away, invoking a loud noise like a car alarm to alert passers-by to any potential theft. Other programmers began to use the accelerometer as a gaming input, and this was the beginning of gesture control and the augmentation of human motion. Like laptops, most smartphones and tablets today have accelerometers included among their sensor suite (Brezmes et al. 796). These accelerometers strictly a user-interface tool, allowing the phone to re-orient its interface based on how the user is holding it, and allowing the user to play games and track health information using the phone. Many other consumer electronic devices use accelerometers, such as digital cameras for image stabilization and landscape/portrait orientation. Allowing a device to know its relative orientation and motion provides a wide range of augmentation possibilities. The Language of Measuring Motion When studying accelerometers, their function, and applications, a critical first step is to examine the language used to describe these devices. As the name implies, the accelerometer is a device which measures acceleration, however, our everyday connotation of this term is problematic at best. In colloquial language, we say “accelerate” when we mean “speed up”, but this is, in fact, two connotations removed from the physical property being measured by the device, and we must unwrap these layers of meaning before we can understand what is being measured. Physicists use the term “accelerate” to mean any change in velocity. It is worth reminding ourselves that velocity (to the physicists) is actually a pair of quantities: a speed coupled with a direction. Given this definition, when an object changes velocity (accelerates), it can be changing its speed, its direction, or both. So a car can be said to be accelerating when speeding up, slowing down, or even turning while maintaining a speed. This is why the accelerometer could be used as an airbag sensor in the first place. The airbags should deploy when a car suddenly changes velocity in any direction, including getting faster (due to being hit from behind), getting slower (from a front impact crash) or changing direction (being hit from the side). It is because of this ability to measure changes in velocity that accelerometers have come into common usage for laptop drop sensors and video game motion controllers. But even this understanding of accelerometers is incomplete. Because of the way that accelerometers are constructed, they actually measure “proper acceleration” within the context of a relativistic frame of reference. Discussing general relativity is beyond the scope of this paper, but it is sufficient to describe a relativistic frame of reference as one in which no forces are felt. A familiar example is being in orbit around the planet, when astronauts (and their equipment) float freely in space. A state of “free-fall” is one in which no forces are felt, and this is the only situation in which an accelerometer reads 0 acceleration. Since most of us are not in free-fall most of the time, any accelerometers in devices in normal use do not experience 0 proper acceleration, even when apparently sitting still. This is, of course, because of the force due to gravity. An accelerometer sitting on a table experiences 1g of force from the table, acting against the gravitational acceleration. This non-zero reading for a stationary object is the reason that accelerometers can serve a second (and, today, much more common) use: measuring orientation with respect to gravity. Gravity and Tilt Accelerometers typically measure forces with respect to three linear dimensions, labeled x, y, and z. These three directions orient along the axes of the accelerometer chip itself, with x and y normally orienting along the long faces of the device, and the z direction often pointing through the face of the device. Relative motion within a gravity field can easily be inferred assuming that the only force acting on the device is gravity. In this case, the single force is distributed among the three axes depending on the orientation of the device. This is how personal smartphones and video game controllers are able to use “tilt” control. When held in a natural position, the software extracts the relative value on all three axes and uses that as a reference point. When the user tilts the device, the new direction of the gravitational acceleration is then compared to the reference value and used to infer the tilt. This can be done hundreds of times a second and can be used to control and augment any aspect of the user experience. If, however, gravity is not the only force present, it becomes more difficult to infer orientation. Another common use for accelerometers is to measure physical activity like walking steps. In this case, it is the forces on the accelerometer from each footfall that are interpreted to measure fitness features. Tilt is unreliable in this circumstance because both gravity and the forces from the footfall are measured by the accelerometer, and it is impossible to separate the two forces from a single measurement. Velocity and Position A second common assumption with accelerometers is that since they can measure acceleration (rate of change of velocity), it should be possible to infer the velocity. If the device begins at rest, then any measured acceleration can be interpreted as changes to the velocity in some direction, thus inferring the new velocity. Although this is theoretically possible, real-world factors come in to play which prevent this from being realized. First, the assumption of beginning from a state of rest is not always reasonable. Further, if we don’t know whether the device is moving or not, knowing its acceleration at any moment will not help us to determine it’s new speed or position. The most important real-world problem, however, is that accelerometers typically show small variations even when the object is at rest. This is because of inaccuracies in the way that the accelerometer itself is interpreted. In normal operation, these small changes are ignored, but when trying to infer velocity or position, these little errors will quickly add up to the point where any inferred velocity or position would be unreliable. A common solution to these problems is in the combination of devices. Many new smartphones combine an accelerometer and a gyroscopes (a device which measures changes in rotational inertia) to provide a sensing system known as an IMU (Inertial measurement unit), which makes the readings from each more reliable. In this case, the gyroscope can be used to directly measure tilt (instead of inferring it from gravity) and this tilt information can be subtracted from the accelerometer reading to separate out the motion of the device from the force of gravity. Augmentation Applications in Health, Gaming, and Art Accelerometer-based devices have been used extensively in healthcare (Ward et al. 582), either using the accelerometer within a smartphone worn in the pocket (Yoshioka et al. 502) or using a standalone accelerometer device such as a wristband or shoe tab (Paradiso and Hu 165). In many cases, these devices have been used to measure specific activity such as swimming, gait (Henriksen et al. 288), and muscular activity (Thompson and Bemben 897), as well as general activity for tracking health (Troiano et al. 181), both in children (Stone et al. 136) and the elderly (Davis and Fox 581). These simple measurements are the first step in allowing athletes to modify their performance based on past activity. In the past, athletes would pour over recorded video to analyze and improve their performance, but with accelerometer devices, they can receive feedback in real time and modify their own behaviour based on these measurements. This augmentation is a competitive advantage but could be seen as unfair considering the current non-equal access to computer and electronic technology, i.e. the digital divide (Buente and Robbin 1743). When video games were augmented with motion controls, many assumed that this would have a positive impact on health. Physical activity in children is a common concern (Treuth et al. 1259), and there was a hope that if children had to move to play games, an activity that used to be considered a problem for health could be turned into an opportunity (Mellecker et al. 343). Unfortunately, the impact of children playing motion controlled video games has been less than successful. Although fitness games have been created, it is relatively easy to figure out how to activate controls with the least possible motion, thereby nullifying any potential benefit. One of the most interesting applications of accelerometers, in the context of this paper, is the application to dance-based video games (Brezmes et al. 796). In these systems, participants wear devices originally intended for health tracking in order to increase the sensitivity and control options for dance. This has evolved both from the use of accelerometers for gestural control in video games and for measuring and augmenting sport. Researchers and artists have also recently used accelerometers to augment dance systems in many ways (Latulipe et al. 2995) including combining multiple sensors (Yang et al. 121), as discussed above. Conclusions Although more and more people are using accelerometers in their research and art practice, it is significant that there is a lack of widespread knowledge about how the devices actually work. This can be seen in the many art installations and sports research studies that do not take full advantage of the capabilities of the accelerometer, or infer information or data that is unreliable because of the way that accelerometers behave. This lack of understanding of accelerometers also serves to limit the increased utilization of this powerful device, specifically in the context of augmentation tools. Being able to detect, analyze and interpret the motion of a body part has significant applications in augmentation that are only starting to be realized. The history of accelerometers is interesting and varied, and it is worthwhile, when exploring new ideas for applications of accelerometers, to be fully aware of the previous uses, current trends and technical limitations. It is clear that applications of accelerometers to the measurement of human motion are increasing, and that many new opportunities exist, especially in the application of combinations of sensors and new software techniques. The real novelty, however, will come from researchers and artists using accelerometers and sensors in novel and unusual ways. References Brezmes, Tomas, Juan-Luis Gorricho, and Josep Cotrina. “Activity Recognition from Accelerometer Data on a Mobile Phone.” In Distributed Computing, Artificial Intelligence, Bioinformatics, Soft Computing, and Ambient Assisted Living. Springer, 2009. Buente, Wayne, and Alice Robbin. “Trends in Internet Information Behavior, 2000-2004.” Journal of the American Society for Information Science and Technology 59.11 (2008).Chu, Narisa N.Y., Chang-Ming Yang, and Chih-Chung Wu. “Game Interface Using Digital Textile Sensors, Accelerometer and Gyroscope.” IEEE Transactions on Consumer Electronics 58.2 (2012): 184-189. Davis, Mark G., and Kenneth R. Fox. “Physical Activity Patterns Assessed by Accelerometry in Older People.” European Journal of Applied Physiology 100.5 (2007): 581-589.Hagstromer, Maria, Pekka Oja, and Michael Sjostrom. “Physical Activity and Inactivity in an Adult Population Assessed by Accelerometry.” Medical Science and Sports Exercise. 39.9 (2007): 1502-08. Henriksen, Marius, H. Lund, R. Moe-Nilssen, H. Bliddal, and B. Danneskiod-Samsøe. “Test–Retest Reliability of Trunk Accelerometric Gait Analysis.” Gait & Posture 19.3 (2004): 288-297. Latulipe, Celine, David Wilson, Sybil Huskey, Melissa Word, Arthur Carroll, Erin Carroll, Berto Gonzalez, Vikash Singh, Mike Wirth, and Danielle Lottridge. “Exploring the Design Space in Technology-Augmented Dance.” In CHI’10 Extended Abstracts on Human Factors in Computing Systems. ACM, 2010. Mellecker, Robin R., Lorraine Lanningham-Foster, James A. Levine, and Alison M. McManus. “Energy Intake during Activity Enhanced Video Game Play.” Appetite 55.2 (2010): 343-347. Paradiso, Joseph A., and Eric Hu. “Expressive Footwear for Computer-Augmented Dance Performance.” In First International Symposium on Wearable Computers. IEEE, 1997. Rogers, Everett M. Diffusion of Innovations. New York: Free Press of Glencoe, 1962. Stone, Michelle R., Ann V. Rowlands, and Roger G. Eston. "Relationships between Accelerometer-Assessed Physical Activity and Health in Children: Impact of the Activity-Intensity Classification Method" The Free Library 1 Mar. 2009. Thompson, Christian J., and Michael G. Bemben. “Reliability and Comparability of the Accelerometer as a Measure of Muscular Power.” Medicine and Science in Sports and Exercise. 31.6 (1999): 897-902.Treuth, Margarita S., Kathryn Schmitz, Diane J. Catellier, Robert G. McMurray, David M. Murray, M. Joao Almeida, Scott Going, James E. Norman, and Russell Pate. “Defining Accelerometer Thresholds for Activity Intensities in Adolescent Girls.” Medicine and Science in Sports and Exercise 36.7 (2004):1259-1266Troiano, Richard P., David Berrigan, Kevin W. Dodd, Louise C. Masse, Timothy Tilert, Margaret McDowell, et al. “Physical Activity in the United States Measured by Accelerometer.” Medicine and Science in Sports and Exercise, 40.1 (2008):181-88. Varat, Michael S., and Stein E. Husher. “Vehicle Impact Response Analysis through the Use of Accelerometer Data.” In SAE World Congress, 2000. Walter, Patrick L. “The History of the Accelerometer”. Sound and Vibration (Mar. 1997): 16-22. Ward, Dianne S., Kelly R. Evenson, Amber Vaughn, Anne Brown Rodgers, Richard P. Troiano, et al. “Accelerometer Use in Physical Activity: Best Practices and Research Recommendations.” Medicine and Science in Sports and Exercise 37.11 (2005): S582-8. Yang, Chang-Ming, Jwu-Sheng Hu, Ching-Wen Yang, Chih-Chung Wu, and Narisa Chu. “Dancing Game by Digital Textile Sensor, Accelerometer and Gyroscope.” In IEEE International Games Innovation Conference. IEEE, 2011.Yoshioka, M., M. Ayabe, T. Yahiro, H. Higuchi, Y. Higaki, J. St-Amand, H. Miyazaki, Y. Yoshitake, M. Shindo, and H. Tanaka. “Long-Period Accelerometer Monitoring Shows the Role of Physical Activity in Overweight and Obesity.” International Journal of Obesity 29.5 (2005): 502-508.

Abstract Background Mobile health (m-health) covers activities in the field of medicine and public health carried out by using mobile devices. It also includes mobile applications, which are one of the main branches of e-health. The aim of the study was to determine the relationship between the use of mobile health applications by students and everyday behaviour activities that promote health. Methods The study involved 208 students of three Wrocław universities. It was conducted from March till April 2018 and the online diagnostic survey (CAWI) method was used. Results 70.2% of respondents declared they had mobile health applications installed on their smartphone. 49% declared that they used mobile health applications, while 51% did not. Respondents who used the application significantly more often than non-users, took care of their health in almost all of the ways listed in the questionnaire: care about mental health(28%), the quality and duration of sleep(41%), healthy diet(64 %), physical activity(81%), implementation of health-related activities in everyday behaviour(28%), monitoring my health(52%). People, who use health applications significantly more often, undertake most of the physical activities (running 42.2%, working out the gym 39.2%, riding bike 38.2%, attending group classes 33,3%, swimming 21.6%). Respondents use application mostly for 'Registering, supporting physical activity'(80%) Conclusions Almost half of the examined group of students use mobile health applications in their daily lives and this group assesses themselves as health-conscious people in its various manifestations and aspects. These people are more likely to engage in various types of physical activity Key messages The results of the research clearly indicate the positive relationship between the use of mobile applications and health-promoting behaviours and undertaking physical activities. The development and dissemination of mobile applications can significantly affect the extension of possibilities for health promotion activities and supporting a healthy lifestyle.

Scientific Program Oral Presentations Authors Title Abstract CONSTANTIN MUNTEANU, Mihail HOTETEU, Diana MUNTEANU, Gabriela DOGARU - 12 minutes PERSPECTIVES OF BALNEOLOGY - INTERNATIONAL DATA INPUTS, NATIONAL OUTPUTS Link L1 UMBERTO SOLIMENE - 14 minutes CLIMATE AND HEALTH: A NEW CHALLENGE FOR AN OLD SCIENCE Link L2 Zeki KARAGÜLLE - 14 minutes BALNEOLOGICAL TREATMENTS WITH NATURAL HYDROGEN SULFIDE (H2S) Waters Link L3 Constantin Florin Dragan, Liliana Padure, Gelu Onose - 12 minutes SPECIFIC ADVANCED QUANTIFICATIONS ON THE RELATIONSHIP BETWEEN THE ANGULATION OF THE MAIN SCOLIOTIC CURVE AND LEG SWING IN THE GAIT PHASES, IN CHILDREN AND ADOLESCENTS WITH AND WITHOUT POSTURAL TREATMENT Link L4 Irina ALBADI, Camelia CIOBOTARU, Andreea-Alexandra LUPU, Ionela BALASA, Claudiu FATU, Enghin SACHIR, Gelu ONOSE - 12 minutes A MULTIMODAL APPROACHES TO MANAGE REHABILITATION THERAPY OF DISFUNCTIONALS ASPECTS TO A PACIENT WITH GOUT, MIELLITUS DIABETES, ATRIAL FIBRILATION AND MIDDLE CEREBRAL ARTERY STROKE Link L5 ELENA RAEVSCHI - 12 minutes PREVENTION CONSIDERATIONS IN Cardiovascular Diseases regarding the premature mortality reduction Link L6 ANIȘOARA CIMIL - 12 minutes THE EFFECTIVENESS OF THE REHABILITATION PROGRAMME ACCORDING TO THE ETIOPATHOGENESIS OF PROSTHETIC JOINT PATHOLOGY Link L7 TRAIAN -VIRGILIU SURDU, Monica SURDU, Olga SURDU - 10 minutes FOURTH INDUSTRIAL REVOLUTION (INDUSTRY 4.0) AND MODERN THERMAL MEDICINE (THERME 4.0) IN XXIST CENTURY Link L8 Gabriela DOGARU, Akos MOLNAR, Marieta MOTRICALA - 10 minutes EFFECTS OF CARBONATED MINERAL WATER AND MOFETTE IN BĂILE TUŞNAD IN EXPERIMENTALLY INDUCED ISCHEMIC HEART DISEASE Link L9 Q & A – 12 minutes Authors Title Abstract Aurelian Anghelescu, Valentin Deaconu, Catalina Axente,Elena Constantin, Gelu Onose - 12 minutes THERAPEUTIC DIFFICULTIES IN A YOUNG PATIENT WITH MULTIDRUG RESISTANT EPILEPSY (NEEDING VAGAL NERVE ELECTROSTIMULATION), SEQUELAE AFTER CONGENITAL VASCULAR CEREBRAL MALFORMATION, WITH CHRONIC GAIT IMPAIRMENTS AND RECENT TRAUMATIC BRAIN COMPLICATION Link L10 Luminița NIRLU, Alexandru G. STAVRICĂ, Laura Georgiana Popescu, Ana Carmen Albeșteanu, Ali-Osman Saglam, Gelu Onose - 12 minutes DIAGNOSTIC PARTICULARITIES AND MULTIMODAL THERAPEUTIC AND REHABILITATION APPROACHES TO A COMPLEX CASE OF POST ISCHEMIC STROKE WITH DYSPHAGIA AND DYSPHONIA, ASSOCIATING MILLARD-GUBLER AND WALLENBERG SYNDROMES - CASE REPORT Link L11 Cristina Octaviana DAIA, Croitoru Stefana, Mariana Axente, Gelu ONOSE - 14 minutes IONTOPHORESIS AND LASER APPLICATIONS IN FACIAL NERVE PALSY Link L12 Doina Maria MOLDOVAN, Gabriela DOGARU - 12 minutes SPLINTING VERSUS SURGICAL TREATMENT IN MALLET FINGER Link L13 Doina Maria MOLDOVAN, Gabriela DOGARU - 12 minutes EARLY REHABILITATION IN PATIENT AFTER TREATMENT FOR DISTAL RADIUS FRACTURE Link L14 Liliana PADURE, Raluca PETCU, Anca Irina GRIGORIU - 12 minutes THE IMPACT OF MULTIFACTORIAL GAIT ANALYSIS ON THE DIAGNOSIS AND REHABILITATION OF CHILDREN WITH WALKING DISORDERS Link L15 Valerica Creanga-Zarnescu, Ana-Maria Fatu, Mihaela Lungu, Violeta Sapira, Anamaria Ciubara - 12 minutes REHABILITATION POSSIBILITIES OF APHASIC PATIENT Link L16 Cristina DAIA, Simona SCHEK, Stefana CROITORU, Alina GHERGHICEANU, Gelu ONOSE - 12 minutes FAVORABLE REHABILITATION RESULTS ON A PATIENT WITH SEVERE LEFT HEMIPLEGIA AFTER AN INTRAPARENCHYMAL HEMATOMA Link L17 Elena VIZITIU, Mihai CONSTANTINESCU, Sînziana Călina SILIȘTEANU - 12 minutes THE ROLE OF THERAPEUTIC SWIMMING IN THE PROPHYLAXIS OF SCOLIOSIS IN THE "C" LEFT IN CHILDREN DURING THE PREPUBERTAL PERIOD Link L18 Q & A – 12 minutes Authors Title Abstract Alexandru G. STAVRICĂ, Luminiţa Nirlu, Laura Georgiana Popescu, Ana Carmen Albeşteanu, Gelu ONOSE - 12 minutes DIAGNOSTIC AND THERAPEUTIC APPROACHES IN REHABILITATION CORRELATED TO A CASE OF TETRAPARESIS (WITH PREDOMINANCE OF PARAPARESIS) AFTER SEVERE CCT - BIFRONTO - BASAL AND BITEMPORAL CONTUSION. Link L19 Ana Maria Bumbea, Otilia Rogoveanu, Carmen,Albu Rodica Traistaru, Catalin,Bostina, Bogdan Stefan Bumbea, Roxana Dumitrascu, Borcan Madalina MANAGEMENT OF SPASTICITY IN NEUROLOGICAL PATIENTS Link L20 Laura Georgiana Popescu, Luminița Nirlu, Ana Carmen Albeșteanu, Ali Osman Saglam, Gelu Onose - 12 minutes PARTICULARITIES OF COMPLEX THERAPEUTICALLY-REHABILITATIVE MANAGEMENT, STEPWISE, IN A PATIENT WITH POST-CCT PSYCHO-COGNITIVE IMPAIRMENT IN A LARGE POLYTRAMATIC CONTEXT - CASE REPORT Link L21 Adrian MELNIC, Oleg PASCAL - 12 minutes DEVELOPING STRATEGIES TO ADDRESS COMORBIDITY IN STROKE REHABILITATION. Link L22 Dorin-Gheorghe TRIFF, Simona POP - 12 minutes MONOGENIC DISEASES WITH MUSCULO ARTICULAR LAXITY. DIAGNOSTIC CRITERIA AND PRINCIPLES OF RECOVERY THERAPY Link L23 Catalin Ionite, Dragos Arotaritei, Mihai Ilea, Mariana Rotariu - 12 minutes THE USE OF ELASTIC BANDS IN THE RECOVERY OF ANKLE SPRAINS Link L24 Mariana Rotariu, Marius Turnea, Calin Corciova, Catalin Ionite - 12 minutes THE EFFECTS OF CUBE THERAPY IN THE RECOVERY OF THE ARTHROSIS HAND IN GERIATRICS Link L25 Cristian Ştefan LIUŞNEA - 12 minutes FITNESS AND WELLNESS. CONCEPTUAL DELIMITATIONS Link L26 Adriana LUPU - 12 minutes NSAID THERAPY OF MUSCULOSKELETAL PAINS AND ITS PARTICULARITIES IN THE PATIENTS SUFFERING FROM CARDIOVASCULAR DISORDERS Link L27 Q & A – 12 minutes Authors Title Abstract Mihaela MANDU, Cristinel Dumitru BADIU, Raluca PETCU, Cosmin OPREA, Gelu ONOSE - 12 minutes CLINICAL-EVOLUTIVE PARTICULARITIES AND A MULTIMODAL THERAPEUTIC-REHABILITATIVE, AS WELL AS THROUGH CONNECTED CARES, APPROACH, IN A CASE OF HEMIPLEGIA AFTER ISCHEMIC CARDIO-EMBOLIC STROKE WITHIN A POLYPATHOLOGICAL CONTEXT Link L28 Ana Carmen Albesteanu, Laura Georgiana Popescu, Luminița Nirlu, Ali Osman Saglam, Gelu Onose - 12 minutes MULTIMODAL - REHABILITATIVE THERAPEUTICAL APPROACHES IN A COMPLEX OF PATHOLOGY INCLUDING POSSIBLY EVOLVING DISCARIOTIC TYPE - CASE REPORT Link L29 Liliana PADURE, Cristian Adam, Laura Fierbinteanu - 12 minutes ATTACHMENT - PROGNOSTIC FACTOR IN MEDICAL RECOVERY Link L30 Prof. Alexandru Vlad Ciurea - 20 minutes MOTILITY OR MORBIDITY IN NEUROSURGERY Link L31 Valerica CREANGA-ZARNESCU, Ana-Maria FATU, Anamaria CIUBARA, Violeta SAPIRA,Aurelia ROMILA, Mihaela LUNGU - 12 minutes EXERCISES PROGRAM AND REHABILITATION IN PARKINSON’S DISEASE Link L32 Irina VERINCEANU,Alice MUNTEANU, Andreea STOICA, Stefan ISPAS - 12 minutes THE CARDIAC REHABILITATION IN PATIENTS WITH ACUTE MYOCARDIAL INFARCTION Link L33 Marius Turnea, Catalin Ionite, Mihai Ilea, Dragos Arotaritei - 12 minutes STATISTICAL ANALYSIS OF PHYSIOTHERAPEUTIC MEANS USED IN THE RECOVERY OF MUSCLE INJURIES IN ATHLETES Link L34 Mihaiela CHICU, Eugen BITERE - 10 minutes THE ROLE OF IL1β IN CARTILAGINOUS DISTRUCTION IN RHEUMATOID ARTHRITIS Link L35 Mihaiela CHICU, Eugen BITERE - 10 minutes THE ROLE OF THE INFLAMMASOMS IN THE PATHOGENESIS OF INFLAMMATORY REACTION Link L36 Q & A – 8 minutes Authors Title Abstract Prof. Dr. Gelu Onose, (Keynote Speaker) Vlad Ciobanu, Corina Sporea - 20 minutes A TOPICAL SYSTEMATIC LITERATURE REVIEW AND REAPPRAISAL ON ESSAYS TOWARDS SYSTEMATIZING CLINICAL ASSESSMENT INSTRUMENTS USED TO EVALUATE NEURO-functional deficits after spinal cord injuries, mainly in adults, including through the ICF(-DH) conceptual framework Link L37 Diana-Elena SERBAN, Aurelian ANGHELESCU, Elena CONSTANTIN, Gelu ONOSE - 12 minutes THE ACQUISITION OF SELF-DEFENSE TECHNIQUES AND PROCEDURES AGAINST THE ACT OF AGGRESSION IN THE PACIENT WITH PARAPLEGIA, WHEEL-CHAIR INDEPENDENT Link L38 Aurelian Anghelescu, Elena Constantin, Anca Sanda Mihaescu, Gelu Onose - 12 minutes “PREVENTION IS CURE, EDUCATION IS ESSENTIAL” - RESPONSIBLE IMPLICATION OF YOUNG PEOPLE IN EDUCATIONAL AND PROPHYLACTIC ACTIONS AGAINST ACCIDENTAL CERVICAL SPINAL CORD INJURY AND SEVERE DISABILITIES BY DIVING IN UNVERIFIED WATERS. Link L39 Alexandra SPORICI, Irina ANGHEL, Lapadat MAGDALENA, Gelu ONOSE - 12 minutes RECOVERABLE RESULTS AT A PATIENT WITH AIS/FRANKEL D INCOMPLETE TETRAPLEGIA / POST SPINAL CORD INJURY BY FALLING FROM A HEIGHT, ON AN ANKYLOSING SPONDYLITIS BACKGROUND Link L40 Ioana ANDONE, Carmen CHIPĂRUȘ, Andreea FRUNZA, Aura SPÎNU, Simona STOICA, Liliana ONOSE, George PATRASCU, Gelu ONOSE -12 minutes CLINICAL, PARACLINICAL ASPECTS AND COMPLEX THERAPEUTICAL APPROACHES IN A PATIENT WITH INCOMPLETE PARAPLEGIA, POST THORACIC MENIGIOMA SURGICALLY TREATED, IN NEUROFIBROMATOSIS CONTEXT Link L41 Cristina Octaviana DAIA, Alina-Elena Gherghiceanu, Helene Ivan, Gelu ONOSE - 12 minutes RESEARCH ON NEUROREHABILITATION RESULTS IN VERTEBRO-MEDULLARY POST-TRAUMATIC CONDITIONS ASSOCIATING FRACTURES, IN A POLITRAMATIC CONTEXT Link L42 Ali-Osman Saglam, Alexandru G. Stavrica, Ana Carmen Albeşteanu, Laura Georgiana Popescu, Luminita Nirlu, Gelu Onose - 12 minutes MEDICAL-REHABILITATION ENDEAVORS, CARE INTERVENTIONS AND CONNOTATIONS OF A MEDICO-SOCIAL TYPE, IN A COMPLEX POLYPATHOLOGICAL CASE: PARAPLEGIA, SPONDYLODISCITIS, KIDNEY FAILURE IN THE HAEMODIALYSIS STAGE AND BILATERAL NEPHROSTOMIES AFTER SURGICALY TREATTED BLADDER NEOPLASM. Link L43 Sorina Petrușan-Dunca, Liviu Lazăr, Tiberiu-Dorin Corha - 12 minutes INDICATIONS AND LIMITIS OF REHABILITATION TREATMENT FOR LUMBAR DISCOPATHY IN PREGNACY Link L44 Q & A – 8 minutes Authors Title Abstract Elena Silvia SHELBY, Mihaela AXENTE, Liliana PĂDURE - 12 minutes CHARCOT MARIE TOOTH DISEASE. CASE PRESENTATION. GENETIC DISEASES WHICH REQUIRE physical rehabilitation Link L45 Link L46 Simona Carniciu - 12 minutes Influence of nutrition and exercise on the use of different energy substrates in the prevention of metabolic diseases Link L81 Simona-Isabelle STOICA, Carmen Elena CHIPĂRUȘ, Magdalena Vasilica LAPADAT, George PĂTRAȘCU, Gelu ONOSE - 12 minutes CLINICAL-THERAPEUTIC AND RECUPERATORY FEATURES IN A PATIENT WITH PLURIPATOLOGY: ISCHEMIC STROKE, ISCHEMIC HEART DISEASE (SECHELAR MYOCARDIAL INFARCTION), CHRONIC KIDNEY DISEASE AND MONSTROUS GOUT- CASE PRESENTATION Link L47 Eugen BITERE, Mihaiela CHICU - 12 minutes PATHOPHYSIOLOGY OF ATHEROGENESIS AND CARDIOVASCULAR RISK IN CHRONIC INFLAMMATORY DISEASES Link L48 Victoria CHIHAI, Alisa TĂBÎRȚĂ, Anastasia ROTĂREANU, Vladlena MIHAILOV, Mihail CÎRÎM - 12 minutes THE IMPACT OF ACTIVE KINETIC PROGRAMS ON CLINICAL AND FUNCTIONAL STATUS ADRESSED TO PEOPLE WITH DIABETIC ANGIOPATHY Link L49 Ana-Maria Fătu, Ana Maria Pâslaru, Valerica Creangă-Zărnescu, Alexandru Nechifor, Mădălina Verenca, Mihaela Lungu, Anamaria Ciubară - 12 minutes THE IMPACT OF COGNITIVE DECLINE ON STROKE REHABILITATION Link L50 Alisa TĂBÎRŢĂ, Victoria CHIHAI - 12 minutes THE USE OF TRINITY AMPUTATION AND PROSTHESIS EXPERIENCE SCALES IN THE COMPLEX REHABILITATION OF PERSONS WITH LOWER LIBM AMPUTATION Link L51 Ilie ONU, Mariana ROTARIU, Elvina MIHALAȘ, Călin CORCIOVĂ - 12 minutes STUDY ON EFFICIENCY OF ELECTROTHERAPY AND PHYSIOTHERAPY MANAGEMENT ON HERNIATED LUMBAR DISC Link L52 María G. Souto Figueroa, Antonio Freire Magariños RESEARCH - SURVEY TO 142 THERMALIST WHO HAVE PERFORMED A THERMAL CURE AT THE BATHS OF BAÑOS DE MOLGAS (OURENSE) AND AUGAS SANTAS (LUGO) - GALICIA – SPAIN Link L53 Q & A – 12 minutes Authors Title Abstract Irina Ionica - 12 minutes ACUPUNCTURE IN REHABILITATION - A GENERAL VIEW Link L54 Denisa COAJĂ, Gabriela DOGARU - 12 minutes THE HEALTH BENEFITS OF FINNISH SAUNA BATHING Link L55 Otilia ROGOVEANU, Florin GHERGHINA , Rodica TRAISTARU - 12 minutes SPINA BIFIDA – FUNCTIONAL REHABILITATION METHODS IN CHILDREN Link L56 Mihaela DUTESCU, Raluca OLTEAN, Petru NENADICI - 12 minutes GEOAGIU BAI RESORT - OUR EXPERIENCE OF MEDICAL REHABILITATION TREATMENT Link L57 Dumitru MIHĂILĂ, SILISTEANU Sinziana Calina, ȚICULEANU Mihaela (Ciurlică) - 12 minutes THE METEOROLOGICAL COMPLEX AND THE HUMAN PATHOLOGY. CASE STUDY – SUCEAVA COUNTY Link L58 Mariana VARODI, Gabriela DOGARU - 12 minutes EFFICACY OF NATURAL THERAPEUTIC FACTORS FROM OCNA SIBIULUI SPA RESORT IN GONARTHROSIS Link L59 Boróka-Panna GÁSPÁR, Gabriela DOGARU - 12 minutes BONE HYDRATION AND MINERAL WATERS Link L60 CALIN BOCHIS, LIVIU LAZAR, HORAȚIU URECHESCU, CARMEN NISTOR-CSEPPENTO, FELICIA CIOARA, NICOLETA PASCALAU, ALIN BOCHIS , DIANA IOVANOVICI - 12 minutes CORRELATION OF VAS PAIN SCORE WITH FUNCTION AT THE PACIENTS WITH TEMPOROMANDIBULAR OSTEOARTHRITIS Link L61 Marian Romeo CALIN, Ileana RADULESCU, Mihaela Antonina CALIN, Elena Roxana ALMASAN - 12 minutes RADIOMETRIC ASSESSMENT OF PELOID AND SALT WATER USED FOR THERAPY AND BALNEARY TRATAMENT FROM TECHIRGHIOL LAKE, ROMANIA Link L62 Q & A – 12 minutes Authors Title Abstract Cristina PETRESCU - 12 minutes EFFICACY NATURAL THERAPEUTIC FACTORS FROM BAILE GOVORA IN BRONCHIAL ASTHMA Link L63 PARASCHIVA POSTOLACHE - 12 minutes PULMONARY REHABILITATION SAVES LIVES AND IMPROVES LIFE Link L64 DOINA-CLEMENTINA COJOCARU, PARASCHIVA POSTOLACHE - 12 minutes ASSESSMENT OF DYSPNEA IN PULMONARY REHABILITATION PRACTICE Link L65 PARASCHIVA POSTOLACHE, CRISTINA LACATUSI - 12 minutes HELIOTHERAPY, CLIMATOTHERAPY AND PATIENTS WITH RESPIRATORY DISEASES Link L66 CONSTANTIN MUNTEANU, DIANA MUNTEANU, MIHAIL HOTETEU - 12 minutes BIOLOGICAL INSIGHTS OF SPELEOTHERAPY Link L67 PARASCHIVA POSTOLACHE, CRISTINA LACATUSI, DOINA-CLEMENTINA COJOCARU - 12 minutes AEROSOLS AND BREATHING Link L68 PARASCHIVA POSTOLACHE, MADALINA ZEBEGA - 12 minutes RESPIRATORY MUSCLE TRAINING AND RESPIRATORY REHABILITATION Link L69 CRISTI FRENȚ, GEORGETA MAIORESCU - 12 minutes DEVELOPMENTS AND INVOLUTIONS OF TOURISM IN THE SPA RESORTS IN ROMANIA AND THE CASE STUDY FOR LACUL SĂRAT RESORT Link L70 Dragos Arotaritei, Andrei Gheorghita, Mariana Rotariu, Marius Turnea - 12 minutes MATHEMATICAL MODEL OF SULPHUR ABSORPTION PROCESS, A POSSIBLE APPLICATION IN CURE WITH SULPHUROUS MINERAL WATER Link L71 Q & A – 12 minutes Authors Title Abstract Mihai Ciocanu, Anișoara Cimil - 12 minutes THE EFFICIENCY OF THE REHABILITATION SERVICE IN HOSPITAL CONDITIONS Link L72 Sinziana Calina SILIȘTEANU, Andrei Emanuel SILIȘTEANU - 12 minutes TRIAL ON THE WATER CONSUMPTION BY THE PERSONS IN THE GROUP AGED 19-30 YEARS Link L73 Liviu Lazăr, Florin Marcu, Felicia Cioară, Carmen Nistor Csepentö - 12 minutes MANAGEMENT OF SPECIAL ARTERIAL DISEASES Link L74 Mihaela-Carmen SUCEVEANU, Paul-Nicolae SUCEVEANU - 12 minutes EVOLUTION OF CARDIOVASCULAR RISK FACTORS AFTER MORE THAN 2 PERIODIC HOSPITALIZATIONS IN THE COVASNA HOSPITAL FOR CARDIOVASCULAR REHABILITATION Link L75 Mihaela DUTESCU, Adina TRAILA, Margit SERBAN, Emilia URSU, Dorina MIU, Ioana MALITA, Bianca CIRESAN - 12 minutes THE EFFICIENCY OF MEDICAL REHABILITATION TREATMENT IN PATIENTS WITH HEMOPHILIA AFTER SURGICAL ORTHOPEDIC INTERVENTIONS - THE EXPERIENCE OF "CRISTIAN SERBAN" BUZIAS CENTER Link L76 Dorin-Gheorghe TRIFF, Simona POP - 12 minutes PRECURSORS OF BALENOLOGY EDUCATION IN ROMANIA Link L77 Dr. Eugenia Dumitrescu, Dr. Carmen Enescu - 12 minutes ANTIALLERGIC PROCEDURES MOST COMMONLY USED IN PHYSICAL RECOVERY MEDICINE AND BALNEOLOGY Link L78 Mihail HOTETEU, Constantin MUNTEANU, Diana MUNTEANU, Gabriela DOGARU - 12 minutes PELOIDS - PERSPECTIVES ON RESEARCH AND FUTURE PLANS Link L79 Liliana Stanciu, Daniela Profir, Viorica Marin, Doinița Oprea, Elena Ionescu, Elena Almășan, Carmen Oprea - 12 minutes THE SCIENCE OF AGING WELL Link L80 Q & A – 12 minutes POSTER SESSION Authors Title Abstract Andra Pintilie, Liliana Pădure, Andrada Mirea, Corina Sporea Proprioceptive Functional Vibration Stimulation as therapeutic tool in spasticity management of jump gait pattern of spastic diplegic children with cerebral palsy Poster 1 Andra Pintilie, Liliana Pădure, Andrada Mirea, Corina Sporea Modern computerized techniques for gait’s functional evaluation through a specialized wireless inertial sensor – premise for orthopedic corrective shoes wear in children with gait disorders secondary to Cerebral Palsy Poster 2 Ana Maria PÂSLARU, Ana Maria FĂTU, Anamaria CIUBARĂ The role of medical recovery in oncology Poster 3 Maria Veronica MORCOV, Liliana PADURE, Cristian Gabriel MORCOV, Gelu ONOSE Exercises availed by sensor-based computer advanced devices: part of the interactive cognitive recovery – adjuvant of the therapy applied in the Centrul National Clinic de Recuperare Neuropsihomotorie Copii “Dr. N. Robanescu” Poster 4 Avram Mihai, Liliana Padure, Gelu Onose Theoretical fundamentals and conceptual premise for advanced proprioceptive and sensory stimulus apparatus, with sequential evaluation for the treatment of the recuperator in the equilibrium disorder, from Cerebral Palsy (PC) casuistry. Poster 5 Andrada MIREA, Gelu ONOSE, Madalina LEANCA, Florin-Petru GRIGORAS, Mihaela AXENTE, Liliana PADURE, Corina SPOREA Respiratory management in patients with rare progressive neuromuscular diseases Poster 6 Mihaela MANDU, Elena CONSTANTIN, Cristinel Dumitru BADIU, Cosmin Daniel OPREA, Cristina DAIA, Gelu ONOSE Presentation od the Fugl Meyer Assesment scale and related suggesttion in order to enhance its level of implementation in inner neurorehabilitation units Poster 7 ALEXANDRU BOGDAN-CĂTĂLIN, ALINA SIMONA ȘOVREA, ANNE-MARIE CONSTANTIN, ADINA BIANCA BOȘCA, CARMEN GEORGIU, MONICA POPA Complex oral rehabilitation in an elderly patient with periodontal disease who exercises regularly Poster 8 Dorin-Gheorghe TRIFF, Simona POP MORBIDITY BY OSTEO-MUSCULO-ARTICULAR DISEASES IN THE OCCUPATIONAL ENVIRONMENT IN MARAMURES COUNTY. THE IMPORTANCE OF MEDICAL RECOVERY AND RECORDS THROUGH ELECTRONIC DATA MANAGEMENT SYSTEMS Poster 9 Authors Title Abstract Mihaela Antonina CALIN, Marian Romeo CALIN, Constantin Munteanu New evidence on the effects of pelotherapy on local microcirculation Poster 10 Izabela Lazar, Gabriela Dogaru The effectiveness of balnear treatment in the management of psoriasis Poster 11 Dorin-Gheorghe TRIFF, Mușata Dacia BOCOȘ CORRELATIONS OF OSTEOMUSCULO-ARTICULAR DISEASES WITH WORK ABILITY, PERCEIVED SELF EFFICACY AND OCCUPATIONAL STRESSORS AT A REGULAR MEDICAL CHECK-UP IN PRE-UNIVERSITY EDUCATION UNITS Poster 12 Doroteea Teoibas-Serban, Valentin Stan, Dan Blendea PREVENTION OF LUMBAR DISC HERNIATION IN YOUNG ADULT POPULATION: A PRACTICAL APPROACH Poster 13 Călin Corciovă, Cătălina Luca, Robert Fuior, Flavia Corciovă Development a Monitoring Device for Arm Rehabilitation Poster 14 Simona Daniela Zavalichi, Marius Andrei Zavalichi, Sorin Stratulat, Florin Mitu Cardiovascular rehabilitation: challenges in a case of acute myocardial infarction and familial hypercholesterolemia Poster 15 Simona-Isabelle STOICA, Ioana TANASE, Gelu ONOSE Influences and consequences resulting in addictions in general and to chronic alcoholism, especially for patients with spinal cord injury Poster 16 Roxana Dumitrascu, Ana Maria Bumbea, Carmen Albu, Otilia Rogoveanu, Catalin Bostina, Rodica Traistaru, Borcan Madalina BIOMECHANICAL DYSFUNCTIONS OF THE FOOT – MAJOR IMPACT ON THE KINETIC CHAIN Poster 17 Otilia Rogoveanu, Gherghina Florin, Caimac Dan, Trifu Ramona, Cruceru Andra, Beldie C Medical rehabilitation in post-stroke spastic hemiparesis in young patients Poster 18 Ana Maria Bumbea, Otilia Rogoveanu, Roxana Dumitrascu, Bogdan Stefan Bumbea, Catalin Bostina, Albu Carmen, Borcan Madalina PERIPHERAL MAGNETIC STIMULATION - A CHALLENGE IN VERTEBRAL POSTTRAUMATIC RECOVERY Poster 19 Authors Title Abstract Dănuţ PĂCURAR, Mihaela Ramona PĂCURAR KNEE ARTHROPLASTY RECOVERY OF AN CANCER PATIENT Poster 20 Dănuţ PĂCURAR, Mihaela Ramona PĂCURAR THE IMPACT OF OSTEOARTICULAR PATHOLOGY IN POSTSTROKE RECOVERY Poster 21 Borcan Madalina, Bumbea Ana Maria, Bostina Catalin, Radoi Georgeta, Bumbea Bogdan EFFICIENT REHABILITATION TREATMENT IN A CASE WITH MAV-RUPTA MALFORMATION Poster 22 Demirgian Sibel, Nan Simona, Lulea Adela, Lascu Ioana, Marin Viorica Is possible the management of synovial chondromatosis of the hip by arthroscopy or complex balneal treament? Poster 23 Mădălina Codruța Verenca, Sorina Mierlan, Claudiu Elisei Tanase The Efficiency of Medical Treatment of Scoliosis – Paediatrics Poster 24 Florentina NASTASE¹, Alin Laurentiu TATU², Madalina Codruta VERENCA¹ Orthopaedic manifestations of Neurofibromatosis type 1 – case report Poster 25 Simona CARNICIU, Anatolie BACIU, Vasile FEDAS The attenuation of energy metabolic misbalance by means of aerobic, hypoxic, hypothermal adaptation and environment optimization at recreation resort center Poster 26 Irina Anghel, Alexandra Sporici, Magdalena Lapadat, Gelu Onose Complex clinical and therapeutic rehabilitation approach of a patient with Complete AIS/Frankel A quadriplegia post cervical spinal cord injury after accidental fall off a trailer and multiple complications occurring during disease progression - case study Poster 27 Ana-Maria Pelin , Monica Georgescu , Cristina Stefanescu , Costinela Georgescu Molecular treatment strategies in osteoporosis Poster 28