Littérature scientifique sur le sujet « S.N.A.R.C »

Objective: The project aims to develop a community kitchen manual for public health emergencies. Participants: The officers and members of the Samahan ng Nagkakaisang Kababaihan ng BASECO served as community respondents for this project. These eight women were in charge of the community kitchen operations, particularly the feeding program during the COVID-19 pandemic. Implementation: The whole project comes in three phases. The design stage was executed in phase one of this project. The phase one also focused on the development of manual content based on available literatures and considered the interviews conducted with respondents. Discussion: The manual contains guidelines on food safety and meal preparations. Based on the interview, the proponents identified specific contents that must be included in the guidelines, as compared with the need to improve current operations of the group’s community kitchen. Looking at the activities of the community, the proponents indicated the food flow guidelines to ensure a safe, nourishing and accessible community kitchen (S.N.A.C.K). Conclusion: The designed community kitchen manual may be of use to lay groups putting up community kitchens, since there is no existing manual in the Philippines. However, phases two and three must be conducted to validate its usefulness and accuracy in the field. Keywords: Community Kitchen, Public Health Emergency, Food Security, Food Safety, Nutritious Meals, BASECO

Thesis (S.M.)--Massachusetts Institute of Technology, School of Architecture and Planning, Program in Media Arts and Sciences, 2006.
Includes bibliographical references (p. 207-211).
The idea of an Artificial Sensate Skin device that mimics the characteristics and functions of its analogous living tissue whether human or animal is not new. Yet, most of the current related work has been focused in the development of either materials, flexible electronics or ultra-dense sensing matrices and Wide Area Sensor Networks. The current work describes the design and implementation of a new type of Artificial Sensate Skin. This Artificial Sensate Skin is implemented as a low-power, highly scalable and mechanically flexible Wired Sensor Network. This Skin is composed of one or many Skin Patches which in turn are composed of one or many Skin Nodes. Each node is able to measure Strain, Pressure, Ambient Light, Pressure, Sound and Mechanoreception. Each Skin Patch can either work as a stand-alone device or as a data extraction device if this is attached to a Personal Computer through a different type of device referred to as Brains. Each Skin Node and therefore each Skin Patch :is Dynamically Adaptable meaning that they can adapt to external stimuli by either modifying their behavior or by completely changing their code.
(cont.) Construction of a sensate skin in such a modular fashion promises intrinsic scalability, where peer-to-peer connections between neighbors can reduce local data, which can then be sent to the brain by the high-speed common backbone. The current project also involves the design and implementation of the software components needed; these include a PC Graphical User Interface, application software and the firmware required by the embedded microcontrollers. Results show that needed resources like bandwidth are greatly minimized because of the addition of embedded processing power. Results also indicate that the platform can be used as a scalable smart material to cover interactive surfaces, or simply to extract a rich set of dense multi-modal sensor data.
by Gerardo Barroeta Pérez.
S.M.