Advanced Communication Techniques Built on Integrated Automation of Experimental Test Beds
Journal Title: Jurnalul Stiintific TURBO - Year 2017, Vol 4, Issue 1
Abstract
The paper describes a communication system within industrial environment between central processing units of the experimental test beds and a laboratory server. Execution of such a communication system requires a scientific study of the communication solutions for the test beds and the server system. The paper determines that a server software implementation will be required. During this phase, a server SCADA application and a resources distribution algorithm are required to be developed. The server hosts one SCADA application which is monitoring and controlling the experimental test beds using the communication system. The application displays in real time values for parameters, the screens containing process flow diagrams, states and processing unit control information from experimental test beds. A smart data acquisition is required to be implemented on the server system which is recording the test beds running parameters by generating data files on the server for later analysis. The server is acting as a resources distribution system for all experimental test beds. An algorithm is required to be developed on the experimental server system. The server through the algorithm is capable to associate tasks from a terminal of a test bed to another and has availability to host activities like resources consuming data acquisition and process calculation. Industrial communication security and procedures for monitoring of the server application users are required to be accomplished also. The paper includes test results within industrial environment that determines the performance for both communication system and server. The results are subject of interpretation and provides a model for future experimentation.
Authors and Affiliations
Andrei MITRU, Constantin VILCU, Adrian STOICESCU, Claudia BORZEA, Cristian NECHIFOR
Keywords
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