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Communication circuits/systems suffer from design margins required to support wide channel variations, increasing manufacturing process variations and multi-standard operation. Recent advances in channel and process adaptive communication systems, enabling zero-margin power-efficient operation and adaptive variation-tolerant self-healing systems enabling yield improvement are discussed.
Applications in areas such as telehealth and household security often require wireless communication between low-power embedded systems and personal smartphones. This paper presents the design and implementation of a project that exploits Bluetooth capabilities in smartphones running the Android Operating System to communicate wirelessly in real-time with an FPGA-based embedded system. The use of...
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