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MEMS are one of the fastest developing branch in microelectronics. Many integrated sensors are widely used in smart devices i.e. smartphones, and specialized systems like medical equipment. In the paper we present the main parts of a system for measuring human movement which can be used in human balance disorder diagnosis. We describe our design of capacitive accelerometers and dedicated switched-capacitor...
The aim of this paper is to present the implementation methodology for an ASIC constituting the fine-grained array of dynamically reconfigurable processing elements. This methodology was developed during the work on a device which can operate as a typical Field Programmable Gate Array (FPGA) with some bio-inspired features or as a multi-core Single Instruction Multiple Data (SIMD) processor. Such...
In this paper the idea of the general-purpose processor implemented in dynamically reconfigurable FPGA is presented. The novelty of the proposed solution lays in the lack of typical sequential processing - all operations are realized in parallel in the hardware. At the same time the new architecture does not impose any modification of the software development process.
In this paper we are presenting an alternative approach to designing of the digital switchbox block which can be used as a part of programmable digital device. The new architecture of the switchbox is compared with the standard implementation obtained using Cadence tools for logic synthesis. Introductory section of this paper briefly presents motivations for developing this topic. In section II results...
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