Viabilidade da utilização da tecnologia RFID em um ambiente tão incomum como é o caso
Como resultados da análise têm-se a confirmação da
Midlleware que processa dos dados lidos pela camada física e disponibiliza-os para váriosĪmbientes, tais como a Web. Este monitoramento pode serĪcompanhado de qualquer lugar, a qualquer hora, pois a solução analisada possui um Produtivo de um frigorífico utilizando a tecnologia RFID. Para a continuidade da rastreabilidade iniciada pelo SISBOV no contexto do processo Objetivou-se nesta dissertação analisar uma solução Monitoramento constante da temperatura e umidade, essencial à sanidade do alimento, tudoįeito automaticamente em tempo real. Também fazer controle de estoque, de logística, controle de qualidade com o Possível não somente rastrear seus produtos durante todo o processo produtivo, mas Tecnologia RFID, baseada na transmissão automática dos dados, vem se tornando umaĪliada em vários aspectos em qualquer setor produtivo. Tecnológicas no setor e de um maior conhecimento do processo produtivo de toda a cadeiaĭa carne bovina, principalmente no que se refere à identificação dos pontos de gargalos. A permanência no topo do ranking depende das implementações Nele seĬoncentra o maior rebanho comercial do mundo: cerca de 205,3 milhões de animais O Brasil, desde 2008, é o maior exportador de carne bovina no contexto mundial. As a result to analyze has theĬonfirmation of the feasibility of using RFID technology in such an unusual environmentĪs the example of the production process in a slaughter house. Provides them to various environments such as the Web. RFID system uses the middleware that processes data read by the physical layer and This monitoring can be accompanied from anywhere, and anytime because the The objective of this work was to analyze a solution for theĬontrol of traceability in the production process of a slaughter house using RFID Monitoring of temperature and moisture, which are essential for health y food, all doneĪutomatically in real time. Production process, but also do inventory control, logistics, quality control, with constant Throughout this technology one is able not only to track their products throughout the Transmission of data, has become a useful tool in various aspects of any productive sector. The RFID technology, which is based on automatic Industry and a greater knowledge of the entire production process of beef cattle, mainly Remaining on the top of the ranking depends on technology implementations in the Largest commercial beef herd in the world, which is around 205.3 million animals (IBGE,Ģ009).
Since 2008, Brazil has been the largest beef exporter worldwide and also has had. Additionally, users enjoyed the quick configuration time that touchSPICE provided, and felt that the real-time feedback of touchSPICE helped support understanding of how circuits operate. Results collected showed that with a few changes to improve the responsiveness of the touchscreen, touchSPICE may be an effective method for teaching circuit theory. The efficacy of touchSPICE as a learning tool was evaluated by using anonymous surveys from 20 subjects including a pretest, followed by an interactive session with touchSPICE, and a follow-up posttest. Changes in configuration of the nodes (component types and values), are then reflected on the host computer’s display. Data is aggregated on the host computer and plotted in real-time. Additionally, the nodes communicate wirelessly with a host computer, running a customized version of SPICE. In touchSPICE, touchscreen devices act as circuit nodes that communicate with immediate neighbors using physical wires. The goal of the touchSPICE project is to develop a physical system for virtual, real-time SPICE simulation that mimics the laboratory experience. Lab experiments allow students to physically interact with the circuits, and learn visually through viewing output waveforms from simulators or on measurement devices. Lectures focus on auditory and visual learning and are largely passive learning. Traditionally, circuit theory is taught to students in two different methods, lectures and laboratory exercises.
This thesis involves the creation of a system of embedded touchscreen devices called touchSPICE to aid in the learning of basic circuits.
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