The aim of this document is to identify key p be monitored to support inter-domain manag and levels of abstraction required by the user business and technical model introduced in D input for Deliverable 3, in which managem considered in detail.trics and Service Eventsbstract erformance metrics

. It is based on training a classification MLP neural network with three different input training sets: extracted texture histograms, Discrete Cosine and Wavelet Transform over the histograms. The algorithm is implemented in a PLC for real-time operation. The performance of the system is assessed with each one

This paper explains about an elevators operation which uses a AC motor to drive the elevator cabin. The elevator mentioned here is fully automated using PLC. Its control is based on the input that we get from the operator as well as from the sensors. According to that signal PLC will make the drive

was implemented in a PLC application language where the program is represented by a network of logic gates (e.g. AND and OR gates). To make a residual fault estimate, our fault estimation method had to be adapted to apply to logic networks. The previous estimation method relied on a measurement of code coverage

electronic components used in the drive circuit. Further, one PLC may control more than one motor via programming extra inputs and outputs already implemented in the PLC or simply by attaching additional input / output cards. The speed is varied through the PWM technique. The PLC performed well with speeds

Abstract—Multiple Input Multiple Output (MIMO) methods significantly improve the coverage of Power Line Communications (PLC) compared to Single Input Single Output (SISO) systems. This paper describes the implementation and results of the first real-time MIMO PLC feasibility study. Our system setup

sensor ring. These de-vices provide input data that allow to keep track of the changes of the real world model. An auto-matic system for input abstraction generates PLC programs automatically from demonstrated be-havior. The benefits of this concept are shorter time to production, lower costs, better

In this project, the circuit model of a straight 3-line PLC system with a pure TEM input signal has been deduced. The detail process of modeling, the assumptions we made and its mathematical expression will be showed. The radiation field (E & H fields) of a given point in the near field space

. The basic parts include processor, input/output devices, memory unit, programming panel and power supply. Static Application Panels are designed to produce input and output from the PLC. Early electrical control systems were composed of mainly relays and switches. A relay, or contactor

new and highly convenient networking functions without any additional wires to mains-powered devices. Multiple Input Multiple Output (MIMO) methods significantly improve the coverage of guaranteed data throughputs in private homes. This paper gives an overview on MIMO PLC. The results from