with increasing use of robots instead of human in industrial, medicine and military applications etc.the importance of research on designing and building of robots is increasing. in this paper variousmethods of the human hand motion simulation has been investigated and we used one of most commonmethod named data-gloves which extract data from hand and then we simulated hand motion duringseveral...

operational variables of a mineral processing circuit are subjected to different variations. steady-statesimulation of processes provides an estimate of their ideal stable performance whereas their dynamicsimulation predicts the effects of the variations on the processes or their subsequent processes. in thispaper, a dynamic simulator containing some of the major equipment of mineral processing...

Accurate and reliable simulation of a circuit behaviour cannot be obtained without adequate device models. FIT–2 is an interactive program for extraction of transistor parameters for SPICE–like circuit simulators. It is based on a circuit simulator rather than an explicit set of model equations. Several optimization methods are built into the program to provide robust as well as efficient fitti...

A clock recovery circuit is a key component in optical communication systems. In this paper, an optoelectronic clock recovery circuit is reported that monolithically integrates a resonant tunneling diode (RTD) and a uni-traveling-carrier photodiode (UTC-PD). The circuit is an injection-locked-type RTD oscillator that uses the photo-current generated by the UTC-PD. Fundamental and sub-harmonic c...

Operational variables of a mineral processing circuit are subjected to different variations. Steady-statesimulation of processes provides an estimate of their ideal stable performance whereas their dynamicsimulation predicts the effects of the variations on the processes or their subsequent processes. In thispaper, a dynamic simulator containing some of the major equipment of mineral processing...

This paper provides an introduction to ACETM Automated Circuit Extraction technology from Applied Wave Research, Inc. (AWR®). ACETM is an innovative approach to avoid the over dependence of EM analysis as a design tool. The ACETM software automates the modeling of complex interconnect structures defined as paths by assembling their equivalent electrical models on-the-fly using the very same net...

This paper describes a novel technique for multiple parameter extraction of the S12X TEM cell model using a fuzzy logic system (FLS). The FLS is utilized to capture the circuit information and to extract the circuit parameters based on experiential knowledge. The proposed extraction technique uses both linguistic information (i.e., human-like knowledge and experience) and numerical data of meas...

Access to an accurate small-signal equivalent circuit model is an important step in circuit design. Reliable small signal extraction procedures readily useable by the designer are now required in millimetre-wave designs because many foundry process development kits do not support millimetre wave frequency design. The extraction procedures successful at lower frequencies for lumped circuit extra...