Abstract: Deregulation is the collection of restructured rules and economic incentives that governments set up to control and drive the electric power industry. There are crucial differences between the AGC operation in a vertically integrated industry and horizontally integrated industry. A reduced-order controller has been proposed to solve the automatic generation control problem in a deregulated power system that operates under deregulation based on the bilateral policy scheme. In the real world environment, access to all of the state variables of system is limited and measuring all of them is also impossible. So when we have fewer sensors available than the number of states or it may be undesirable, expensive, or impossible to directly measure all of the states, using a reduced-order controller was used. In this paper a new controller has been proposed to overcome the above difficulty. The proposed strategy has been tested on a two-area reheat thermal-hydro power system under De-Regulated e

• Publication Date: 13-Jun-2013
• DOI: 10.15224/978-981-07-6935-2-17
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• Downloads: 0

Abstract: To reduce the effort, testing cycle time and % of human errors that can easily creep in while comparing the results of Regression Test Suite, a thought process was put into designing and implementing an Automation Framework for the purpose. A lot of work and research has already being done for the Execution phase of Regression Testing wherein two parallel sides – Test and Prod are setup and Test Cases executed by firing the same one after the another and results stored. A large number of Regression Automation Tools are available in market like, QTP, Selenium, WATIR etc, to cover this up. Contrary to this very less work is available and very less has been thought about the Comparison phase wherein Test Results thus generated have to be compared to produce a summary report for QA Testers to analyze which they can further categorize into Expected and Unexpected Breaks and then reach out to Development for investigation and thus complete the end-to-end life cycle of Regression Testing. Wit

• Publication Date: 13-Jun-2013
• DOI: 10.15224/978-981-07-6935-2-18
• Views: 0
• Downloads: 0