Titlebook: VLSI-SOC: From Systems to Chips; IFIP TC 10/WG 10.5, Manfred Glesner,Ricardo Reis,Hans Eveking Conference proceedings 2006 IFIP Internatio

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Evaluation Methodology for Single Electron Encoded Threshold Logic Gates,tes. Furthermore, we discuss the implications of the proposed methodology on practical networks of such gates. We estimate that buffered threshold gates operating at room temperature can potentially switch with a delay of 6 ps and have a packing density of 10. gates per ...

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Automated Conversion of SystemC Fixed-Point Data Types,ulation acceleration and hardware synthesis. In most design flows the direct synthesis of fixed-point data types and their related arithmetics is not supported. Thus all fixed-point arithmetics have to be converted manually in a very time-consuming and error-prone procedure. Therefore a conversion m

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Validation of Asynchronous Circuit Specifications Using IF/CADP,eld of distributed software. CHP specifications are translated into an intermediate format (IF) based on communicating extended finite state machines. They are then validated using the IF environment, which provides model checking and bi-simulation tools.

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On-Chip Property Verification Using Assertion Processors, the failure to the I/O pins. White-box verification in chip level designs can be implemented using assertion checkers to ensure the correct behavior of a design. With chip gate counts growing exponentially, today’s verification techniques, such as white-box, can not always ensure a bug free design.

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Run-Time FPGA Reconfiguration for Power-/Cost-Optimized Real-time Systems, fulfillment of given real-time constraints are central. Moreover, the detailed evaluation and measurement of the power consumption situation during this dynamic reconfiguration process is essential for realistically quantifying the power loss of fine-grain FPGAs during dynamic reconfiguration proce

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A Switched Opamp Based 10 Bits Integrated ADC for Ultra Low Power Applications,ions. The AID converter shows a typical operating power consumption of 8.18 μW for the analog part and of 9.71 μW for the digital one, whereas the stand by dissipation is about 1 nW and 5 nW, respectively, (measured on 10 chip samples and averaged), considering a typical supply of 2.8 V. The ADC res