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Boosters for Driving Long On-chip Interconnects: Design Issues
Boosters for Driving Long On-chip Interconnects: Design Issues

... • Interconnect delay will dominate DSM • Limited performance by using traditional techniques (Repeaters) for driving on-chip interconnects • Repeaters are area and power hungry ...
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... a large modeling error. Here, how to construct a compact indirect sensor model without sacrificing its modeling accuracy remains an open question. In addition, these indirect sensor models must be repeatedly calibrated to accommodate the process shift associated with manufacturing lines. Such a mode ...
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... The quantity and type of the equipment hardware are the same as those stipulated in the contract. ...
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... achieved quickly with reduced power loss when compared with asymmetric converter. The proposed system is simulated by using MATLAB Simulink and their results are clearly presented. Index terms-SRM, Switched Capacitance, power converter drives, MATLAB Simulink. ...
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... are examined the measurements will not, in general, be identical to each other. Statistical Quality Control has at its heart the experience that all processes fluctuate. The fluctuations may be natural or unnatural. Natural fluctuations are generally small, while unnatural fluctuations are larger an ...
SOFTWARE METRICS AND RELIABILITY
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... Abstract: According to ANSI, “Software Reliability is defined as the probability of failure-free software operation for a specified period of time in a specified environment”. Software Reliability is different from Hardware reliability. Though Software Reliability is defined as probabilistic functio ...
Lecture 2 for Chapter 8, Object Design: Reusing Pattern Solutions
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... Wire Delay Model  For wire delay we use the model proposed by Pamunuwa et al. (cf. TVLSI03) which accounts for cross-talk  dw, rw, cg, cc, and ci respectively denote wire delay, wire resistance, ground capacitance, coupling capacitance and input capacitance of the next-stage ...
Buletin Stiintific - UPB - Seria C - numar 3 - 2010
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... passage from the classic centralized control approach to a fully decentralized control approach. In this context the paper proposes a new control concept in which the commands from a superior control levels are sent as recommendations and low level entities communicate between them in order to solve ...
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... the design of the device in order to ensure that the specified design requirements are meet. ...
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... Pick a programming language that meets the needs of the software to be built and the environment in which it will operate. Select a programming environment that provides tools that will make your work easier. Create a set of unit tests that will be applied once the component you code is completed. ...
Global Hybrid Control of Power Systems
Global Hybrid Control of Power Systems

...  Controls embedded, some with scope for tuning; further design must allow for and enlist  Hierarchical control structure  Control actions largely determined and have diverse timing, cost and priority  Control goals are multi-objective with local and global requirements which vary with operating ...
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... encompassing the entire technical effort to evolve and verify an integrated and balanced set of system, people, product, and process solutions that satisfy customer needs…..” ...
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... 10. Reporting CORRECT results, PROPERLY DISPLAYED, is an integral part of a well-done experiment 11. MISUSE OF GRAPH LABELING can lead to MISLEADING RESULTS AND INCORRECT CONCLUSIONS 12. INTERPOLATING your results to regions you have not explored can lead to INCORRECT CONCLUSIONS 13. IGNORING the “N ...
9-Chapter9
9-Chapter9

... (with an increment) to become analogous to architectural and procedural designs (called “state boxes” and “clear boxes,” respectively). Correctness Verification —verification begins with the highest level box structure (specification) and moves toward design detail and code using a set of “correctne ...
Transparency Masters for Software Engineering: A
Transparency Masters for Software Engineering: A

... Pick a programming language that meets the needs of the software to be built and the environment in which it will operate. Select a programming environment that provides tools that will make your work easier. Create a set of unit tests that will be applied once the component you code is completed. ...
What is “Practice”?
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... Select data structures that will meet the needs of the design. Understand the software architecture and create interfaces that are consistent with it. Keep conditional logic as simple as possible. Create nested loops in a way that makes them easily testable. Select meaningful variable names and foll ...
Methodologies
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... models. The topic has recently received a great deal of attention. The Defense Science Board Task Force Report on Military Software issued in 1987 highlighted the concern that traditional software process models were discouraging more effective approaches to software development such as prototyping ...
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ch10

... A large amount of time may be required to develop the simulation. There is no guarantee that the solution obtained will actually be optimal. Simulation is, in effect, a trial and error method of comparing different policy inputs. It does not determine if some input which was not considered could hav ...
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Automation Master



Automation Master is an open source community maintained project. Automation Master was created to assist in the design, implementation and operation of an automated system.The installation and startup of any automated system is very time consuming and costly. Much of the time spent starting up an automated system can be traced to the difficulties in providing an effective test of the computer based system in the integrator's laboratory.Traditional testing techniques required staging as much of the equipment as practical in the laboratory, and wiring up a simulator panel containing switches and indicator lights to all of the I/O modules on the PLC. The operator stations would be connected up to this ""rats nest"" of wires, switches, indicator lights, and equipment for the test.PLC software would be tested by sequencing the toggle switches to input the electrical signals to the input cards on the PLC, and then observing the response by software on the indicator lights and operator consoles. For small simple systems, this type of testing was manageable, and resulted in some degree of confidence that the control software would work once it was installed. However, the amount of time spent performing the test was relatively high, and a real time test could not be achieved.As systems become larger and more complex, this method of testing only achieves, at a significant cost, a basic hardware and configuration check. The testing of complex logic sequences, is an act of futility without the ability to accurately reproduce the timing relationships between signals.What was needed was the ability to exercise the control system's software in a real time environment. Real time simulation fills this void. Real time simulators such as Automation Master are PC based software packages, which utilize a model to mimic the automated system's reaction to the control software.
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