Supported in part by the National Science Foundation (US) under Grant CCR 0098275
The Balanced Truncation Method (BTM) is applied to an even distributed RC interconnect case by using Wang's closed-forms of even distributed RC interconnect models. The results show that extremely high order RC interc...
Supported by the National Natural Science Foundation of China (No.60006002) ;Education Department of Guangdong Province of China (No. Z02019)
The single fault and multiple fault detections for multiple-valued logic circuits are studied in this paper. Firstly, it is shown that the cardinality of optimal single fault test set for fanout-free m-valued circuits...
A new transient analysis method for the transmission line circuits is presented in this paper. Based on the semidiscretization of the telegraph equations, a discretized time domain companion models for the transmissio...
In view of the limitations of a Rn-Gn model in the low frequency range and the defects of an En-In model in common use now, this paper builds a complete En-In model according to the theory of random harmonic. The para...
National Natural Science Foundation of China;Natural science Foundation of Zhejiang Province
By applying switch-signal theory, the theory of transmission current-switches based on symmetric ternary logic is proposed, this theory is suitable to design symmetric ternary current-mode CMOS circuits. The symmetric...
This paper describes, by means of a Voronoi hypersphere, the nearest neighbor relations of all the feature submatrices in the fault classification space and analyses the deviation disturbance angles between fault feat...
Sate Education Committee's Doctoral Fund under GRANT 3961403;National"Eighth Five-Year"Key Project under GRANT 85-703-02-03
By use of Hopfield model and basis solution of homogeneous linear equations which are established in accordance with consistent state, a practical decision method for the existence of optimal Hopfield model of combina...
Supported by the National Natural Science Foundation of China
The paper reveals the relation between the linear AND-OR gate and the emitter function logic. With theoretic calculation and PSPICE simulation, the paper proves that the linear AND-OR gates can work at super-high-spee...
Supported by National Natural Science Foundation of Zhejiang Province
The paper discusses general expressions of the clock signal and the next state equations containing the clock signal for flip-flops, and based on it, a unified theory for designing and analyzing both synchronous and a...
Supported by the National Native Science Foundation of China
This paper analyses the transient characteristics of high temperature CMOS inverters and gate circuits, and gives the computational formulas of their rise time, fall time and delay time. It may be concluded that the t...