A digital simulation of an induction machine is described. The suitable for analyzing the operation either a motor or generator with different speeds. load represented in by symmetrical unsymmetrical R, L circuits. computer program described this paper calculates both transient and steady-state performance from its equivalent circuit parameters. effect magnitude direction shaft speed on stabili...

This paper presents synchronization phenomena of coupled chaotic circuits when chaotic circuits are connected globally with distance information. By using computer simulations and circuit experiments, clustering phenomena of coupled chaotic circuits is observed on two-dimensional place.

One of the central goals of computer science is to get computers to solve problems starting from only a high-level statement of the problem. The goal of automating the design process bears many similarities to the goal of automatically creating computer programs. The design process entails creation of a complex structure to satisfy user-defined requirements. The design process is usually viewed...

We consider the problem of adding two n-bit numbers which are chosen independently and uniformly at random where the adder is a circuit of AND, OR, and NOT gates of fan-in two. The fastest currently known worst-case adder has running time logn +O( p logn) [Khr]. We rst present a circuit which adds at least 1 fraction of pairs of numbers correctly and has running time log log ( n ) +O( p log log...

Spinal disease is a common yet important condition that occurs because of inappropriate posture. Prevention could be achieved by continuous posture monitoring, but most measurement systems cannot be used in daily life due to factors such as burdensome wires and large sensing modules. To improve upon these weaknesses, we developed comfortable "smart wear" for posture measurement using conductive...

A garbling scheme is used to garble a circuit C and an input x in a way that reveals the output C(x) but hides everything else. In many settings, the circuit can be garbled off-line without strict efficiency constraints, but the input must be garbled very efficiently on-line, with much lower complexity than evaluating the circuit. Yao’s scheme has essentially optimal on-line complexity, but onl...

As experimental quantum information processing (QIP) rapidly advances, an emerging challenge is to design a scalable architecture that combines various quantum elements into a complex device without compromising their performance. In particular, superconducting quantum circuits have successfully demonstrated many of the requirements for quantum computing, including coherence levels that approac...

We propose a bio-inspired circuit performing pulse-density modulation with single-electron devices. The proposed circuit consists of three single-electron neuronal units, receiving the same input and are connected to a common output. The output is inhibitorily fedback to the three neuronal circuits through a capacitive coupling. The circuit performance was evaluated through Monte-Carlo based co...

Neural network holds great promise to be the next generation computer for the sake of its strong capacity of massive parallel processing, good capability of discerning, compatibility with analog computing, self-learning ability, and so on. In this course project, I designed a basic biological function unit cell, which can mimic one basic biological conditioned reflex function in two versions: c...