![]() ![]() ![]() The device would be connected to the projector where multiple connected could be concurrently made and the screen could be shared at the same time. This thesis is on a device developed to act as an adapter to existing projectors so as to make them wireless. Embedded systems have made it simpler to build portable devices which can stream live video via a network. In terms of video streaming, the rapid increase of speeds of networks around the world have enabled fast and efficient streaming of live content. Recent advancements in the field of embedded systems and network speeds in general – particularly the realization of concepts of image processing, live video streaming and Internet of Things have redefined the technology world, as we knew years ago. This comparison demonstrates that regardless of few drawbacks, the Raspberry Pi remains an economical PC with its effective use in SN space and assorted scope of research applications. Other than this, a comparison of the key components and performances of Raspberry Pi with a portion of the current existing remote sensor nodes is also been presented in this work. An efficient customized configuration process for both MFRC522 sensor and Raspberry Pi has been presented in this work in details. ![]() This trademark makes it the ideal stage for interfacing with the wide assortment of outer peripherals as appeared in this research work. Raspberry Pi brings the upsides of a Personal Computer (PC) to the space of SNs. This paper introduces this type of cost-effective and efficient sensor system with MFRC522 as sensors and Raspberry Pi as sensor nodes. Low rate, low power utilization, and ease correspondence are one of the key focuses for the improvement of a practical and effective Sensor Network (SN) framework. ![]()
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