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P2IP is a real-time image and video processing architecture featuring reconfigurable runtime capabilities, low latency and high performance. However, low energy consumption and battery life are crucial when targeting portable devices. In some applications, not all processing elements are in use representing a power leak that a Partial Reconfiguration (PR) strategy could mitigate. To assess its impact,...
The main objective of this educational paper is to provide an updated survey of ASIC and FPGA technologies' convergence in reconfigurable and embedded systems. Through the analysis of design methodologies and strategies facing multi-core and power consumption challenges we will follow that evolution approaching ASIC and FPGA architectures on the embedded systems arena.
This paper presents the design of a Low latency spectrum analyzer targeted for Systems on Chip applications to perform real time multiband control. The discrete Fourier transforms are computed with the Goertzel Algorithm which performs better than the traditional FFT in our application case. The application is mapped on a Network on Chip. The complete design includes the scheduling, the mapping and...
The present paper describes the development of a didactic platform designed to support theoretical and practical learning on Biomedical Engineering themes by Electrical Engineering undergraduate students. This platform provides integrated hardware and software tools for acquisition, processing, transmission, visualization e comprehension of bioelectric signals. It includes a micro-processed base module,...
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