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Reliable, standard-based networking is one of the key enablers for mobile and ubiquitous health monitoring. In particular, multi-hop IPv6-based wireless sensor body area network is one of the most attractive candidates for true internet of things in healthcare. This paper describes a proposal for a modular system comprising 6LoWPAN communication modules,(More)
We present an architecture for rapid prototyping of selected controldominated HW parts resulting from HW/SW cosynthesis. Our codesign toolkit AKKA[1], which targets to design of control intensive systems, consists of design space exploration, estimation, partitioning, cosimulation and verification subtools in common environment. For fast prototyping of HW(More)
This paper describes a feasibiliiy siudy of accelerating fault simulation by emulation on FPGA. Fault simulation b an important subtask in test pattem generation and it isfiequently used throughout the test generation process. In order to further speed up simulalion, we propose to make use of reconjgurable hardware by emulating circuit together with fault(More)
We present a toolkit for embedded system VLSI design. Toolkit AKKA1 [1], consists of design space exploration through profiling, estimation, partitioning, cosimulation and cosynthesis subtools. Most of tasks in this list can be classified into HW/SW codesign domain. We will describe proposed design flow, starting from design capture and ending with(More)
We present an evaluation of accelerating fault simulation by hardware emulation on FPGA. Fault simulation is an important subtask in test pattern generation and it is frequently used throughout the test generation process. In order to evaluate possible simulation speed possibilities, we made a feasibility study of using reconfigurable hardware by emulating(More)