system analysis and design pdf by elias m awad

... SYSTEMS 13 CONTROL SYSTEMS The control system of a microgrid is de- signed to safely operate the system in grid- connected and stand- alone modes. This sys- tem may be based on a central controller or imbedded ... equir ements (for medium- and long-term needs) or in terms of pow er density requirements (for short- and very short-term needs). Dis- tributed storage enhances the ov erall performance of micr ... Europe, the former Soviet republics, South America except Brazil, and India). The advantage of 60-Hz systems is that generators, motors, and transformers in these systems are generally smaller than...

... requirements. If it fulfils the needs then the system is accepted by the customer and put into use. 2.2.6. Implementation and Maintenance Implementation of system means putting up system on user's ... having two major components: systems analysis and systems design. In System Analysis more emphasis is given to understanding the details of an existing system or a proposed one and then deciding ... member is required to pay Rs 500 for a half yearly membership and Rs 1000 for a year membership. Expected increase in number of members : 75 per month 40 new members for 1 year and 35 new members...

... fellow members and members of other professions. Members are expected to encourage and support fellow members in their professional development. Professional Competence and Integrity Members shall ... Customers may be from the commercial or domestic sectors, and are accepted subject to various credit checks. Customer identifi- cation details are held and maintained by the system. Once customers ... this. • To improve management information. Management decisions can only be as good as the information on which they are based, so many computer systems have been designed to produce more, or more accurate,...

...

... src="data:image/png;base64,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 ... src="data:image/png;base64,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 ... src="data:image/png;base64,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...

...

...

... time for an initiation step first order in the monomer, M, , and a simple termina- tion step of an extension of Eq. (b), P, + M, ME+, . The more general case is most easily handled ... pyrolysis), modem methods of statistical parameter estimation and model dis- crimination techniques, pore diffusion in complex media, genera1 models for fluid-solid reactions, catalyst deactivation mechanisms ... obviously empirical, and illustrate the compromises often necessary in the analysis of complex practical industrial reacting systems. 54 CHEMICAL ENGINEERING KINETICS 10.3 Design for Optimum...

... analysis tools, Arthur M. Langer Analysis and Design of Information Systems Third Edition 16 Analysis and Design of Information Systems System Boundaries. This provides the limits of the project, ... approach for implementation. 12 Analysis and Design of Information Systems of the mathematics of analysis is decomposition. Decomposition as we will see establishes the creation of the smaller components ... database and accompanying applications 6. Build, test, and implement the database and applications 20 Analysis and Design of Information Systems Transition Stage is to understand data conversion and...

... comments. References [1]J.W.Byers ,M. Luby ,M. Mitzenmacher,andA.Rege,“A digital fountain approach to reliable distribution of bulk data,” Computer Communication Review, vol. 28, no. 4, pp. 56–67, 1998. [2] M. Luby, “LT ... remains valid for finite length design. Indeed, in the asymptotic regime, the concentration theorem [16] ensures that the performance of a randomly sampled code converges to the expected performance ... Channel Parameter Mismatch. To compute the threshold of a Raptor code, we use a numerical method that is an instance of Density Evolution (DEs), by Monte Carlo simulations. This method gives...

... digital communications and his interests include channel modeling and transmission techniques for wireless systems and power-line com- munication systems. Jos ´ eTom ´ as Entrambasaguas received the M. S. ... communications, primarily synchronization and channel estimation for PLC and xDSL systems, and performance analysis of wireless MIMO systems. Francisco Javier Ca ˜ nete received the M. S. and Ph.D. degrees ... conventional timing recovery mechanism employed in DMT systems that operate in LTI channels. To this end, the expressions of the most common phase estimator and loop filter employed in time-invariant...