Bibliographies thématiques / Interpolator testing

Littérature scientifique sur le sujet « Interpolator testing »

Auteur : Grafiati

Publié le 11 mars 2023

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Articles de revues sur le sujet "Interpolator testing"

Petráček, Petr, Petr Fojtů, Tomáš Kozlok et Matěj Sulitka. « Effect of CNC Interpolator Parameter Settings on Toolpath Precision and Quality in Corner Neighborhoods ». Applied Sciences 12, n^o 19 (22 septembre 2022) : 9496. http://dx.doi.org/10.3390/app12199496.

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Surface quality, machining time, and precision of the final workpiece are key criteria of optimization in CNC machining. These criteria are influenced by multiple factors, such as path interpolation, feed drive system settings, machine dynamics, and the manufacturing process. The properties of the output of the interpolator indirectly influence all subsequent phases of the machining process, thus influencing the quality of the end product. This paper focuses on the effects of interpolator settings on toolpath quality and precision in corner neighborhoods for the commercial Heidenhain iTNC interpolator. A novel method of toolpath quality evaluation suitable for interpolator output toolpaths is proposed, and the effect of multiple CNC parameters on toolpath quality and precision in corner neighborhoods is quantified based on results obtained on a testing toolpath and verified on a toolpath composed of linear segments only. Both toolpath quality and precision were found to depend primarily on the parameters of limit frequency, contour tolerance, and corner jerk settings with precision additionally depending on angle size. The results show that both toolpath quality and precision in corner neighborhoods can be successfully controlled by the corner jerk limit parameter settings. The presented methodology provides a practical guide for CNC parameter settings in Heidenhain interpolators aimed at predicting toolpath quality and precision in corner neighborhoods.

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Dutra e Silva Júnior, Élvio Carlos, Leandro Soares Indrusiak, Weiler Alves Finamore et Manfred Glesner. « A Programmable Look-Up Table-Based Interpolator with Nonuniform Sampling Scheme ». International Journal of Reconfigurable Computing 2012 (2012) : 1–14. http://dx.doi.org/10.1155/2012/647805.

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Interpolation is a useful technique for storage of complex functions on limited memory space: some few sampling values are stored on a memory bank, and the function values in between are calculated by interpolation. This paper presents a programmable Look-Up Table-based interpolator, which uses a reconfigurable nonuniform sampling scheme: the sampled points are not uniformly spaced. Their distribution can also be reconfigured to minimize the approximation error on specific portions of the interpolated function’s domain. Switching from one set of configuration parameters to another set, selected on the fly from a variety of precomputed parameters, and using different sampling schemes allow for the interpolation of a plethora of functions, achieving memory saving and minimum approximation error. As a study case, the proposed interpolator was used as the core of a programmable noise generator—output signals drawn from different Probability Density Functions were produced for testing FPGA implementations of chaotic encryption algorithms. As a result of the proposed method, the interpolation of a specific transformation function on a Gaussian noise generator reduced the memory usage to 2.71% when compared to the traditional uniform sampling scheme method, while keeping the approximation error below a threshold equal to 0.000030518.

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Liu, Yu, et Jie Liu. « Chord Error Closed-Loop Controlled NURBS Interpolator and Trajectory Planning ». Applied Mechanics and Materials 16-19 (octobre 2009) : 925–29. http://dx.doi.org/10.4028/www.scientific.net/amm.16-19.925.

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Focusing on the problem of NURBS curve interpolation in high speed manufacture, a new trajectory planning algorithm, which is suitable for chord error closed loop controlled interpolator is proposed. This tragjectory can determine accelerating, decelerating or maintenance last velocity in the next period via judging the braking distance. By the way of testing different calculating time under different CPU core, the real-time characteristic is validated. The simulation shows that chord error closed loop interpolator can automatically adjust the velocity to satisfying the precision demand, through calculating the curvature. In addition, it can assure that the maximal velocity and the acceleration were equal to the referenced parameters and machine runs with the dynamic characteristic of operator set completely.

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Rodriguez-Perez, Daniel, et Noela Sanchez-Carnero. « Multigrid/Multiresolution Interpolation : Reducing Oversmoothing and Other Sampling Effects ». Geomatics 2, n^o 3 (22 juin 2022) : 236–53. http://dx.doi.org/10.3390/geomatics2030014.

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Traditional interpolation methods, such as IDW, kriging, radial basis functions, and regularized splines, are commonly used to generate digital elevation models (DEM). All of these methods have strong statistical and analytical foundations (such as the assumption of randomly distributed data points from a gaussian correlated stochastic surface); however, when data are acquired non-homogeneously (e.g., along transects) all of them show over/under-smoothing of the interpolated surface depending on local point density. As a result, actual information is lost in high point density areas (caused by over-smoothing) or artifacts appear around uneven density areas (“pimple” or “transect” effects). In this paper, we introduce a simple but robust multigrid/multiresolution interpolation (MMI) method which adapts to the spatial resolution available, being an exact interpolator where data exist and a smoothing generalizer where data are missing, but always fulfilling the statistical requirement that surface height mathematical expectation at the proper working resolution equals the mean height of the data at that same scale. The MMI is efficient enough to use K-fold cross-validation to estimate local errors. We also introduce a fractal extrapolation that simulates the elevation in data-depleted areas (rendering a visually realistic surface and also realistic error estimations). In this work, MMI is applied to reconstruct a real DEM, thus testing its accuracy and local error estimation capabilities under different sampling strategies (random points and transects). It is also applied to compute the bathymetry of Gulf of San Jorge (Argentina) from multisource data of different origins and sampling qualities. The results show visually realistic surfaces with estimated local validation errors that are within the bounds of direct DEM comparison, in the case of the simulation, and within the 10% of the bathymetric surface typical deviation in the real calculation.

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Evangelista, Ivan Roy S., Lenmar T. Catajay, Maria Gemel B. Palconit, Mary Grace Ann C. Bautista, Ronnie S. Concepcion II, Edwin Sybingco, Argel A. Bandala et Elmer P. Dadios. « Detection of Japanese Quails (Coturnix japonica) in Poultry Farms Using YOLOv5 and Detectron2 Faster R-CNN ». Journal of Advanced Computational Intelligence and Intelligent Informatics 26, n^o 6 (20 novembre 2022) : 930–36. http://dx.doi.org/10.20965/jaciii.2022.p0930.

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Poultry, like quails, is sensitive to stressful environments. Too much stress can adversely affect birds’ health, causing meat quality, egg production, and reproduction to degrade. Posture and behavioral activities can be indicators of poultry wellness and health condition. Animal welfare is one of the aims of precision livestock farming. Computer vision, with its real-time, non-invasive, and accurate monitoring capability, and its ability to obtain a myriad of information, is best for livestock monitoring. This paper introduces a quail detection mechanism based on computer vision and deep learning using YOLOv5 and Detectron2 (Faster R-CNN) models. An RGB camera installed 3 ft above the quail cages was used for video recording. The annotation was done in MATLAB video labeler using the temporal interpolator algorithm. 898 ground truth images were extracted from the annotated videos. Augmentation of images by change of orientation, noise addition, manipulating hue, saturation, and brightness was performed in Roboflow. Training, validation, and testing of the models were done in Google Colab. The YOLOv5 and Detectron2 reached average precision (AP) of 85.07 and 67.15, respectively. Both models performed satisfactorily in detecting quails in different backgrounds and lighting conditions.

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Rodrigues, Daniel, Carl Duchesne et Julien Lauzon-Gauthier. « Interpolation of Pathway Based Non-Destructive Testing (NDT) Data for Defect Detection and Localization in Pre-Baked Carbon Anodes ». Metals 12, n^o 9 (26 août 2022) : 1411. http://dx.doi.org/10.3390/met12091411.

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Producing consistent quality pre-baked carbon anodes for the Hall–Héroult aluminum reduction process is challenging due to the decreasing quality and increasing variability of anode raw materials. Non-destructive testing techniques (NDT) have been developed and recently implemented in manufacturing plants to establish better suited and more efficient quality control schemes than core sampling and characterization. These technologies collect measurements representing effective properties of the materials located along a pathway between two transducers (emitter and receiver), and not spatially-resolved distribution of properties within the anode volume. A method to interpolate pathway-based measurements and provide spatially-resolved distribution of properties is proposed in this work to help NDT technologies achieve their full potential. The interpolation method is tested by simulating acousto-ultrasonic data collected from a large number of 2D and 3D toy examples representing simplified anode internal structures involving randomly generated defects. Experimental validation was performed by characterizing core samples extracted from a set of industrial anodes and correlating their properties with interpolated speed of sound by the algorithm. The method is shown to be successful in determining the defect positions, and the interpolated results are shown to correlate significantly with mechanical properties.

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Kim, Seungjun, Junghoon Jin et Jongsun Kim. « A Cost-Effective and Compact All-Digital Dual-Loop Jitter Attenuator for Built-Off-Test Applications ». Electronics 11, n^o 21 (7 novembre 2022) : 3630. http://dx.doi.org/10.3390/electronics11213630.

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A compact and low-power all-digital CMOS dual-loop jitter attenuator (DJA) for low-cost built-off-test (BOT) applications such as parallel multi-DUT testing is presented. The proposed DJA adopts a new digital phase interpolator (PI)-based clock recovery (CR) loop with an adaptive decimation filter (ADF) function to remove the jitter and phase noise of the input clock, and generate a phase-aligned clean output clock. In addition, by adopting an all-digital multi-phase multiplying delay-locked loop (MDLL), eight low-jitter evenly spaced reference clocks that are required for the PI are generated. In the proposed DJA, both the MDLL and PI-based CR are first-order systems, and so this DJA has the advantage of high system stability. In addition, the proposed DJA has the benefit of a wide operating frequency range, unlike general PLL-based jitter attenuators that have a narrow frequency range and a jitter peaking problem. Implemented in a 40 nm 0.9 V CMOS process, the proposed DJA generates cleaned programmable output clock frequencies from 2.4 to 4.7 GHz. Furthermore, it achieves a peak-to-peak and RMS jitter attenuation of –25.6 dB and –32.6 dB, respectively, at 2.4 GHz. In addition, it occupies an active area of only 0.0257 mm2 and consumes a power of 7.41 mW at 2.4 GHz.

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DeGaetano, Arthur T., et Brian N. Belcher. « Spatial Interpolation of Daily Maximum and Minimum Air Temperature Based on Meteorological Model Analyses and Independent Observations ». Journal of Applied Meteorology and Climatology 46, n^o 11 (1 novembre 2007) : 1981–92. http://dx.doi.org/10.1175/2007jamc1536.1.

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Abstract Hourly meteorological forecast model initializations are used to guide the spatial interpolation of daily cooperative network station data in the northeastern United States. The hourly model data are transformed to daily maximum and minimum temperature values and interpolated to the station points after standardization to station elevation based on the model temperature lapse rate. The resulting bias (interpolation − observation) is computed and then interpolated back to the model grids, allowing daily adjustment of the temperature fields based on independent observations. These adjusted data can then be interpolated to the resolution of interest. For testing, the data are interpolated to stations that were withheld during the construction of the bias field. The use of the model initializations as a basis for interpolation improves upon the conventional interpolation of elevation-adjusted station data alone. When inverse-distance-weighted interpolation is used in conjunction with data from a 40-km-model grid, mean annual absolute errors averaged 5% smaller than those from interpolation of station data alone for maximum and minimum temperature, which is a significant decrease. Using data from a 20-km-model grid reduces mean absolute error during June by 10% for maximum temperature and 16% for minimum temperature. Adjustment for elevation based on the model temperature lapse rate improved the interpolation of maximum temperature, but had little effect on minimum temperature. Winter minimum temperature errors were related to snow depth, a feature that likely contributed to the relatively high autocorrelation exhibited by the daily errors.

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Wang, Fen-Jiao, Chang-Lin Mei, Zhi Zhang et Qiu-Xia Xu. « Testing for Local Spatial Association Based on Geographically Weighted Interpolation of Geostatistical Data with Application to PM2.5 Concentration Analysis ». Sustainability 14, n^o 21 (7 novembre 2022) : 14646. http://dx.doi.org/10.3390/su142114646.

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Using local spatial statistics to explore local spatial association of geo-referenced data has attracted much attention. As is known, a local statistic is formulated at a particular sampling unit based on a prespecific proximity relationship and the observations in the neighborhood of this sampling unit. However, geostatistical data such as meteorological data and air pollution data are generally collected from meteorological or monitoring stations which are usually sparsely located or highly clustered over space. For such data, a local spatial statistic formulated at an isolate sampling point may be ineffective because of its distant neighbors, or the statistic is undefinable in the sub-regions where no observations are available, which limits the comprehensive exploration of local spatial association over the whole studied region. In order to overcome the predicament, a local-linear geographically weighted interpolation method is proposed in this paper to obtain the predictors of the underlying spatial process on a lattice spatial tessellation, on which a local spatial statistic can be well formulated at each interpolation point. Furthermore, the bootstrap test is suggested to identify the locations where local spatial association is significant using the interpolated-value-based local spatial statistics. Simulation with comparison to some existing interpolation and test methods is conducted to assess the performance of the proposed interpolation and the suggested test methods and a case study based on PM2.5 concentration data in Guangdong province, China, is used to demonstrate their applicability. The results show that the proposed interpolation method performs accurately in retrieving an underlying spatial process and the bootstrap test with the interpolated-value-based local statistics is powerful in identifying local patterns of spatial association.

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Rimon, Y., E. R. Graber et A. Furman. « Interpolation of extensive routine water pollution monitoring datasets : methodology and discussion of implications for aquifer management ». Hydrology and Earth System Sciences Discussions 10, n^o 7 (17 juillet 2013) : 9363–87. http://dx.doi.org/10.5194/hessd-10-9363-2013.

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Abstract. A large fraction of the fresh water available for human use is stored in groundwater aquifers. Since human activities such as mining, agriculture, industry and urbanization often result in incursion of various pollutants to groundwater, routine monitoring of water quality is an indispensable component of judicious aquifer management. Unfortunately, groundwater pollution monitoring is expensive and usually cannot cover an aquifer with the spatial resolution necessary for making adequate management decisions. Interpolation of monitoring data between points is thus an important tool for supplementing measured data. However, interpolating routine groundwater pollution data poses a special problem due to the nature of the observations. The data from a producing aquifer usually includes many zero pollution concentration values from the clean parts of the aquifer but may span a wide range (up to a few orders of magnitude) of values in the polluted areas. This manuscript presents a methodology that can cope with such datasets and use them to produce maps that present the pollution plumes but also delineates the clean areas that are fit for production. A method for assessing the quality of mapping in a way which is suitable to the data's dynamic range of values is also presented. Local variant of inverse distance weighting is employed to interpolate the data. Inclusion zones around the interpolation points ensure that only relevant observations contribute to each interpolated concentration. Using inclusion zones improves the accuracy of the mapping but results in interpolation grid points which are not assigned a value. That inherent trade-off between the interpolation accuracy and coverage is demonstrated using both circular and elliptical inclusion zones. A leave-one-out cross testing is used to assess and compare the performance of the interpolations. The methodology is demonstrated using groundwater pollution monitoring data from the Coastal aquifer along the Israeli shoreline.

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Thèses sur le sujet "Interpolator testing"

Kadlec, Jiri. « Design, Development and Testing of Web Services for Multi-Sensor Snow Cover Mapping ». BYU ScholarsArchive, 2016. https://scholarsarchive.byu.edu/etd/5727.

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This dissertation presents the design, development and validation of new data integration methods for mapping the extent of snow cover based on open access ground station measurements, remote sensing images, volunteer observer snow reports, and cross country ski track recordings from location-enabled mobile devices. The first step of the data integration procedure includes data discovery, data retrieval, and data quality control of snow observations at ground stations. The WaterML R package developed in this work enables hydrologists to retrieve and analyze data from multiple organizations that are listed in the Consortium of Universities for the Advancement of Hydrologic Sciences Inc (CUAHSI) Water Data Center catalog directly within the R statistical software environment. Using the WaterML R package is demonstrated by running an energy balance snowpack model in R with data inputs from CUAHSI, and by automating uploads of real time sensor observations to CUAHSI HydroServer. The second step of the procedure requires efficient access to multi-temporal remote sensing snow images. The Snow Inspector web application developed in this research enables the users to retrieve a time series of fractional snow cover from the Moderate Resolution Imaging Spectroradiometer (MODIS) for any point on Earth. The time series retrieval method is based on automated data extraction from tile images provided by a Web Map Tile Service (WMTS). The average required time for retrieving 100 days of data using this technique is 5.4 seconds, which is significantly faster than other methods that require the download of large satellite image files. The presented data extraction technique and space-time visualization user interface can be used as a model for working with other multi-temporal hydrologic or climate data WMTS services. The third, final step of the data integration procedure is generating continuous daily snow cover maps. A custom inverse distance weighting method has been developed to combine volunteer snow reports, cross-country ski track reports and station measurements to fill cloud gaps in the MODIS snow cover product. The method is demonstrated by producing a continuous daily time step snow presence probability map dataset for the Czech Republic region. The ability of the presented methodology to reconstruct MODIS snow cover under cloud is validated by simulating cloud cover datasets and comparing estimated snow cover to actual MODIS snow cover. The percent correctly classified indicator showed accuracy between 80 and 90% using this method. Using crowdsourcing data (volunteer snow reports and ski tracks) improves the map accuracy by 0.7 – 1.2 %. The output snow probability map data sets are published online using web applications and web services.

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Lupieri, Guido. « An investigation of particle dispersion in a tidally driven turbulent flow ». Doctoral thesis, 2007. http://hdl.handle.net/10077/2537.

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2005/2006
The Gulf of Trieste, subset of our investigation, is a shallow water inlet with a mean depth of 17 m (maximum 25 m) and an area of about 20 km × 25 km. It is located in the north area of the Adriatic Sea. The dynamics of the Gulf is characterized by seasonal variability of temperature and density, and the mixing and dispersion processes are strongly dependent to this context. This variability is due to the combined effects of many factors such as the presence of a strong wind (Bora) whose action is directly related to the water column instability, the input of fresh water from the river Isonzo and the water exchange due to Adriatic sea currents. For all this phenomena an extended quantity of measured data have been collected from more than one hundred years: the interest in the knowledge of these processes is due to the deep impact in the local economy (from fishing to tourism). This allows a correct formulation of the forcing acting in the dispersion problem regarding the Gulf.

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陳見明. « FFT Based on Mixed-Radix and Interpolation for Mixed-signal Testing ». Thesis, 2005. http://ndltd.ncl.edu.tw/handle/07482187925375037793.

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GORLA, Sandra. « Metamorfosi e magia nel Roman de Renart. Traduzione e commento delle branches XXII e XXIII ». Doctoral thesis, 2018. http://hdl.handle.net/11393/251268.

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Il presente lavoro è incentrato su due branches del Roman de Renart, delle quali propone la prima traduzione completa del testo in italiano e un’analisi al contempo interpretativa, letteraria e filologico-testuale. Il lavoro risulta diviso in due grandi nuclei contraddistinti. La prima parte, comprensiva di due capitoli, affronta l'analisi della tradizione manoscritta e la traduzione del testo delle due branches in italiano (considerando anche le interpolazioni del ms. M). La seconda parte, nuovamente suddivisa in due capitoli, costituisce il necessario accompagnamento critico-letterario al lavoro di traduzione. Tradizione e traduzione. Prima ancora di affrontare la traduzione del testo e la sua interpretazione, è stato necessario porsi il problema di quale testo tradurre. Il primo capitolo, pertanto, affronta la tradizione – e dunque l’edizione – del Roman de Renart, tenendo in considerazione che per quest’opera medievale è praticamente impossibile stabilire uno stemma codicum che sia utile ad una ricostruzione del testo in senso lachmanniano, e dunque scegliere tra una delle edizioni disponibili significa nei fatti scegliere uno dei codici relatori. Viene altresì discussa la questione riguardante l'ordine in cui restituire le due branches. E' risultato impossibile stabilire quale fosse l’ordine migliore e più fedele alla tradizione. Per questo ci si è arresi all’evidenza che anche la disposizione stessa del testo non possa essere assolutamente neutrale, ma includa elementi interpretativi. Il lavoro di traduzione – che occupa il secondo capitolo – costituisce una parte fondamentale della tesi, sia per la voluminosità del testo originale sia per i numerosi problemi 'tecnici' che necessariamente si susseguono sul cammino di chi affronti l'opera di traduzione-interpretazione di un testo medievale. La traduzione è accompagnata da un apparato di note che rendono conto delle scelte operate nei passaggi più complessi e che forniscono indicazioni utili alla comprensione del testo, soprattutto nel caso di riferimenti sottesi a un’enciclopedia presumibilmente condivisa dall’autore e il suo pubblico ma difficilmente discernibili dal lettore moderno. Il terzo capitolo è interamente dedicato alla branche XXII nella versione ‘indipendente’ (BCL); vengono messe in luce le peculiarità e le caratteristiche che la avvicinano al genere dei fabliaux e vengono avanzate delle ipotesi interpretative che evidenziano quelli che si ritengono essere aspetti unici e significativi dell’episodio all’interno dell'intero ciclo. Viene messo in rilievo come il ricorso a temi relativi alla sfera sessuale e corporea e l’uso di un lessico esplicito e a tratti osceno, sebbene ovviamente non esclusivi di questa branche del Roman de Renart, venga qui presentato in un contesto narrativo unico. L'ultimo capitolo della tesi si concentra invece sui testi tramandati da M delle branches XXII e XXIII. Si è cercato innanzitutto di ricostruire i numerosi legami intertestuali che la branche XXIII intesse innanzitutto con le altre branches del RdR (in particolare I, Va, VI, X) e di analizzare le specifiche tecniche narrative dialogiche e polifoniche impiegate all'interno del testo. Per la prima parte del commento, che riguarda poco più di metà della branche ed è dedicata alla lunga narrazione di uno dei processi giudiziari di cui è protagonista Renart, si è scelto di seguire l’ordine diegetico dell’episodio; la complessità dell'ambiente legale impone infatti di seguire con la massima attenzione il serrato alternarsi di accuse, contro-accuse e testimonianze. Data la concentrazione di diversi nuclei narrativi che caratterizza questa seconda parte, l'analisi del testo si discosta a questo punto dall'impostazione cronologica e procede invece per tematiche. Vengono dunque analizzati la figura e l'inedito ruolo di consigliera di Hermeline. Il commento procede poi con un'analisi delle ulteriori peculiarità presenti nella branche XXIII, nel momento in cui il protaginista si reca a Toledo per apprendere le arti magiche: questo viaggio è l’unico vero viaggio che la volpe compie al di fuori del regno nell’intero Roman. Spiccano, qui, la dimensione quasi epica, arturiana, del viaggio, che si traduce in un percorso di formazione per il personaggio; le nuove qualità acquisite da Renart magicien – un intermediario fra due mondi – e l’importanza delle parole nel veicolare il potere dell’art d’enchantement. L'originalità della branche XXIII ha così una vera e propria evoluzione di Renart, che si presenta come un Renart demiurgo. Il commento prosegue a questo punto tornando nuovamente alla branche XXII, questa volta nella versione del ms. M. Benché il testo di M riporti un’importante lacuna (per la caduta del bifolio centrale di un fascicolo) che impedisce di valutare complessivamente l’operazione di riscrittura, sono state esaminate, per quanto possibile, le modalità con cui il testo è stato interpolato dal codice e avanzato delle ipotesi su come e perché possa essere stata compiuta questa operazione, tenendo presente anche i rapporti che intercorrono tra M e il ms. C della sua stessa famiglia, che operano entrambi importanti scelte di riorganizzazione della materia narrativa e dell’ordine di disposizione delle branches rispetto agli altri codici relatori del Roman de Renart.

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Livres sur le sujet "Interpolator testing"

Stringer, Ronald. The effects of interpolated reading on inter-and intra-hemispheric performance on a dichotic listening task. 1990.

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Chapitres de livres sur le sujet "Interpolator testing"

O’Neill, M. P., M. F. Bransby, J. Doherty et P. Watson. « Spatial interpolation of sparse PCPT data to optimise infrastructure design ». Dans Cone Penetration Testing 2022, 1023–28. London : CRC Press, 2022. http://dx.doi.org/10.1201/9781003329091-154.

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Sery, Ondrej, Grigory Fedyukovich et Natasha Sharygina. « Interpolation-Based Function Summaries in Bounded Model Checking ». Dans Hardware and Software : Verification and Testing, 160–75. Berlin, Heidelberg : Springer Berlin Heidelberg, 2012. http://dx.doi.org/10.1007/978-3-642-34188-5_15.

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Zhao, Zening, Wei Duan, Guojun Cai*, Meng Wu, Anand J. Puppala, Songyu Liu et Chandra Congress Surya Sarat. « Spatial interpolation of consolidation property of clays from limited CPTU dissipation data ». Dans Cone Penetration Testing 2022, 784–89. London : CRC Press, 2022. http://dx.doi.org/10.1201/9781003329091-116.

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Chu, Duc-Hiep, et Joxan Jaffar. « A Framework to Synergize Partial Order Reduction with State Interpolation ». Dans Hardware and Software : Verification and Testing, 171–87. Cham : Springer International Publishing, 2014. http://dx.doi.org/10.1007/978-3-319-13338-6_14.

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Gableske, Oliver. « On the Interpolation between Product-Based Message Passing Heuristics for SAT ». Dans Theory and Applications of Satisfiability Testing – SAT 2013, 293–308. Berlin, Heidelberg : Springer Berlin Heidelberg, 2013. http://dx.doi.org/10.1007/978-3-642-39071-5_22.

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Yang, Yang. « A Windowed Interpolation Algorithm for High-Precision ADC Spectrum Testing ». Dans Advances in Natural Computation, Fuzzy Systems and Knowledge Discovery, 69–78. Cham : Springer International Publishing, 2022. http://dx.doi.org/10.1007/978-3-030-89698-0_8.

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Kwarta, Michael, Matthew S. Allen et Joseph J. Hollkamp. « An Interpolation Algorithm to Speed Up Nonlinear Modal Testing Using Force Appropriation ». Dans Topics in Modal Analysis & ; Testing, Volume 8, 193–96. Cham : Springer International Publishing, 2019. http://dx.doi.org/10.1007/978-3-030-12684-1_19.

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Rodrigues, Daniel, Carl Duchesne, Donald Picard et Julien Lauzon-Gauthier. « Assessment of Pre-baked Anodes Homogeneity Using Acousto-Ultrasonic Testing and 3D Interpolation Methods ». Dans Light Metals 2022, 801–7. Cham : Springer International Publishing, 2022. http://dx.doi.org/10.1007/978-3-030-92529-1_106.

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Actes de conférences sur le sujet "Interpolator testing"

Küchel, F. M. « Absolute Measurement of Flat Mirrors in the Ritchey-Common Test ». Dans Optical Fabrication and Testing. Washington, D.C. : Optica Publishing Group, 1986. http://dx.doi.org/10.1364/oft.1986.thb1.

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The absolute determination of the shape errors of an optical flat is a classic problem in the interferometric measuring technique. The use of the surface of a liquid as a flatness reference is only practicable in exceptional cases /1/. Various authors have therefore proposed further solutions /2,3,4/ in which, however, the error curve is either only obtained along a section (with the traditional three-flat method) or in terms of a polynomial approximation, e.g. by Zernike polynomials. In the measurements of high spatial resolution made possible by electronic phase shifting interferometry, preference should be given to a local interpolation method over the global polynomial interpolation in order to ensure that the original information density of the raw data is also retained in the subsequent evaluation.

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Jaffar, Joxan, Vijayaraghavan Murali et Jorge A. Navas. « Boosting concolic testing via interpolation ». Dans the 2013 9th Joint Meeting. New York, New York, USA : ACM Press, 2013. http://dx.doi.org/10.1145/2491411.2491425.

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Junhua, Hu, Pei Jing et Pan Longfa. « Jitter Measurement Method for Multi-level Disc Based on Interpolation Algorithm ». Dans Information Optoelectronics, Nanofabrication and Testing. Washington, D.C. : OSA, 2012. http://dx.doi.org/10.1364/iont.2012.if4a.13.

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Kaufman, Steven G. « Reducing the Cost of Fan Performance Testing When Evaluating Reduced Load Fan Input Power : Revisiting PTC 11 Mandatory Appendix I ». Dans ASME 2010 Power Conference. ASMEDC, 2010. http://dx.doi.org/10.1115/power2010-27247.

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This paper presents alternative methods for evaluating how field tested power compares to a fan vendor’s rated power when the tested operating point is marginally off the specified reduced load operating point. ASME PTC 11-2008 Mandatory Appendix I requires four separate field test points be obtained to verify a single reduced load operating point. Each of the four test points must fall within two to four separate and relatively precise target windows that adjoin and surround the specified operating point. This approach will involve numerous system adjustments, fan control adjustments and accompanying field performance tests just to verify a single specified operating point. A methodology is proposed in this paper for which it is postulated that only a single field test point needs to be obtained within a flow-pressure target window of ±3% of the specified flow and ±2% of the specified pressure rise to accurately evaluate reduced load power. Three different evaluation methods are presented that compare the field tested power to the fan vendor’s rated reduced load power; i) power evaluation – 4-point distance weighted interpolation ii) power evaluation – 2-point linear interpolation and iii) efficiency evaluation. The proposed power evaluation methods require that in addition to identifying the rated power at the specified operating point, the fan vendor will be asked to identify what the rated power is at each of the four corners of the flow-pressure target window. These rated powers are used to interpolate the rated power that corresponds with the single field test point which can then be compared directly to the field tested power. This approach will result in significant reductions in field testing time and expenses. In addition, working with a single field tested power value for a single test point should reduce the potential combined uncertainty associated with interpolating test power from multiple field tested powers. It is opined that applying an interpolation method to the fan vendor’s rated reduced load power predictions rather than field test data may be more agreeable to the fan vendor. In effect, the fan vendor is being asked to guarantee the reduced load power for a relatively narrow flow-pressure target window.

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Morita, Shin-ya, Yutaka Yamagata et Akitake Makinouchi. « Ray-Tracing Considering Form Errors on the Fabrication Process Using Local Interpolation for Aspheric Lens Surface ». Dans Optical Fabrication and Testing. Washington, D.C. : OSA, 2008. http://dx.doi.org/10.1364/oft.2008.owb5.

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Rana, Pravin Kumar, et Markus Flierl. « Depth consistency testing for improved view interpolation ». Dans 2010 IEEE 12th International Workshop on Multimedia Signal Processing (MMSP). IEEE, 2010. http://dx.doi.org/10.1109/mmsp.2010.5662051.

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Tonella, Paolo, Roberto Tiella et Cu Duy Nguyen. « Interpolated n-grams for model based testing ». Dans ICSE '14 : 36th International Conference on Software Engineering. New York, NY, USA : ACM, 2014. http://dx.doi.org/10.1145/2568225.2568242.

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Wang, Hong-xia, Zhi-li Xu, Zi-ping Li et Chun-hong Wu. « 3D reconstruction from integral images based on interpolation algorithm ». Dans 5th International Symposium on Advanced Optical Manufacturing and Testing Technologies, sous la direction de Li Yang, Yoshiharu Namba, David D. Walker et Shengyi Li. SPIE, 2010. http://dx.doi.org/10.1117/12.867753.

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Wang, Jin. « Improved color interpolation method based on Bayer image ». Dans 6th International Symposium on Advanced Optical Manufacturing and Testing Technologies (AOMATT 2012), sous la direction de Xiangdi Lin, Yoshiharu Namba et Tingwen Xing. SPIE, 2012. http://dx.doi.org/10.1117/12.974306.

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Dan, Emanuela L., Mihaela Dinsoreanu et Raul C. Muresan. « Accuracy of Six Interpolation Methods Applied on Pupil Diameter Data ». Dans 2020 IEEE International Conference on Automation, Quality and Testing, Robotics (AQTR). IEEE, 2020. http://dx.doi.org/10.1109/aqtr49680.2020.9129915.

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