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High-speed digital designs exhibit a moderate logic depth, gate count, and wiring capacitance. These three characteristics are also essential conditions for a low-power operation. Therefore, blocks with lower area or higher bandwidth can be good candidates to have a moderated power figure. This fact opens a way to overcome the lack of low-power EDA tools(More)
— The accuracy of a standard market receiver GPS (Global Positioning System) is near 10-15 meters the 95% of the times. To reach a sub-metric level of accuracy some techniques must be used [1]. This article describes some of these procedures to improve the positioning accuracy by using a low-cost GPS in a differential relative positioning way. The proposed(More)
In this paper a compiler capable of generate Multiple Instruction Single Data (MISD) architectures for feature vector calculation is presented. The input is a high-level language, avoiding to developers to involve in low level design. Instead, the output is expressed in a Hardware Description Language (HDL), and can be used for FPGA configuration. A FPGA is(More)
This paper shows the effect of local and global interconnections in the area, throughput, and latency of VLSI arrays. As an example, a binary multiplier topology is pipelined in two advantageous directions to obtain two prototypes with the same logic depth (one processor element between consecutive lines of registers) but different wiring distribution. If a(More)
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