Exponential Synchronization of Hybrid Coupled
Networks With Delayed Coupling

Wangli He and Jinde Cao, Senior Member, IEEE


Abstract—

This paper investigates exponential synchronization
of coupled networks with hybrid coupling, which is composed of
constant coupling and discrete-delay coupling. There is only one
transmittal delay in the delayed coupling. The fact is that in the
signal transmission process, the time delay affects only the variable
that is being transmitted from one system to another, then it mak ....etc

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Abstract

Closed-loop servo control of a DC motor and load system using tachometer feedback is a very common industrial and research application. In the presence of finite shaft stiffness, this exercise becomes involved since flexibility introduces resonance and shaft ringing. To be able to model, predict, and eliminate these high-frequency resonance problems by means of an appropriate controller design, it is essential to have an accurate model for the entire drive system, including the tachometer.

The conventional tachometer model does n ....etc

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i want to know abt designing of a flange coupling and its material properties and design procedure ....etc

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USING THE CONCEPTUAL COHESION OF CLASSES FOR FAULT PREDICTION IN OBJECT ORIENTED SYSTEMS-SOFTWARE ENGINEERING

Abstract: High cohesion is desirable property in software systems to achieve reusability and maintainability. In this project we are measures for cohesion in Object-Oriented (OO) software reflect particular interpretations of cohesion and capture different aspects of it. In existing approaches the cohesion is calculate from the structural information for example method attributes and references. In conceptual cohesion of classes, i. ....etc

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USING THE CONCEPTUAL COHESION OF CLASSES FOR FAULT PREDICTION IN OBJECT ORIENTED SYSTEMS

Abstract: High cohesion is desirable property in software systems to achieve reusability and maintainability. In this project we are measures for cohesion in Object-Oriented (OO) software reflect particular interpretations of cohesion and capture different aspects of it. In existing approaches the cohesion is calculate from the structural information for example method attributes and references. In conceptual cohesion of classes, i.e. in our project we a ....etc

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DESIGN AND FABRICATION OF TYRE COUPLING
ABSTRACT
Mild steel or wrought iron shaft are available in lengths varying from 6 to 10 meters, so as to make them handy and easy to transport. More lengthy shafts cannot be manufactured in a correct form to be used for power transmission. In engineering practice shafts of large lengths are required to transmit the torque which can be obtained by joining two or more shafts in order to obtain the required length. The joining of shafts is done by device is called ....etc

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Coupling Based Metrics for Measuring the quality of a software
ABSTRACT

The main aim of this project is to introduce a new set of metrics that measure the quality of modularization of a object-oriented software system. These metrics characterize the software from a variety of perspectives such as structural, architectural and notions like similarity of purposes. Structural refers to inter-module coupling-based notions. Architectural refers to the horizontal layering of modules in large software systems. The notion of A ....etc

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Please post me the project documentation ....etc

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Adapting Magnetic Resonant Coupling Based Relative Positioning Technology for Wearable Activitiy Recogniton
Abstract
We demonstrate how modulated magnetic field technologythat is well established in high precision, stationary motiontracking systems can be adapted to wearable activity recognition.To this end we describe the design and implementationof a cheap (components cost about 20 Euro for the transmitterand 15 Euro for the receiver), low power (17mA forthe transmitter and 40mA for the receiver), and easily wearable(the main size c ....etc

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MODEL ANALYSIS ON PROPOSED COUPLING AND DESIGN OPTIMIZATION
ABSTRACT
The energy crisis has created a booming demand for large industrial engines that are efficient, powerful, and sturdy. But husky engines, especially diesels, can easily induce destructive vibrations in driven machinery such as generators, pumps, or marine propulsion systems. Large industrial engines tend to produce high firing pressures that produce impulsive turning forces on the crankshaft. These forces, in turn, can set up severe torsional vibrat ....etc

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