摘要

The BMSP-ASIC design methodology, which wilt drive microelectronic engineers strong to assist human with health and delight, include three steps: first to search for measurable algorithms of digital signal processing to cogent Bio-Medical information, second to optimize in turn the structures of the algorithm and its ASIC, at last to implement the system of BMSP-ASIC based on mainstream platforms. This work constructs models of top-down design from BMSP to ASIC, then shows two succeeded integration systems for one case of lie detection in every model guidance and based on our lie-truth law. Our conclusions are (1) the contributions for the methodology come from the architecture transform of BMSP first and of ASIC second, (2) the average of auto relation coefficient maximum-span had been proved to be one available power feature for lie detection hitting validity of 80%, and (3) by manual and automatic searching optimal syntheses we realized two microsystems for lie detection by CPLD and ARM7 CPU-core with validities of 60% and 80%.