PPT-Logical Systems Synthesis

Logical Synthesis Basic Gate Synthesis f a b f a b f a Basic Gate Synthesis f a b f a b f a F A B C Correct Incorrect Operator Precedence in Synthesis. Sarangi Department of Computer Science Indian Institute of Technology New Delhi India Smruti R Sarangi Pastry 125 brPage 2br Synchronous Systems Asynchronous Systems Outline Synchronous Systems Physical Clocks Quartz Clocks Atomic Clocks GPS Network 241 Dynamic Systems and Contr ol Lecture 25 Synthesis Emilio razzoli Aeronautics and str onautics Massachusetts Institute of echnology Ma 11 2011 E razzoli MIT Lecture 25 Synthesis Ma 11 2011 12 brPage 2br Spring 2009. L. -9 . Logical Time. 1. Announcements. Project 1 update – Thursday. Due 2/26. HW 1 – due Thursday. 2. Last Lecture . –. Clock Sync Important Lessons. Clocks on different systems will always behave differently. Assurance Based Development. of Dependable Systems. Patrick J. . Graydon. John C. Knight. University of Virginia. Certification By Safety Argument. 2. System Requirements . and Goals. Does the . evidence imply . Mixed Logical Dynamical Systems Outline Mixed Logical Dynamical Systems (MLD) Piecewise Affine Systems (PWA) Optimal Control for MLD Model predictive Control (MPC) Model Predictive Control For MLD Mix Jumps . Logical Operators. The different logical operators found in Java. Rational Operators. The different . rational . operators found in Java. . Jumps . A jump is also known as a branch . A jump is when you program skips certain steps to move on to another block of code . Jonathan Long and Carl Skinner. With Contributions from the Science Synthesis Team. USDA FS Pacific Southwest Research Station. Social. Ecological. Integration. Outline. Focal Question:. . Socioecological. EE324 Lecture 11. Assignment . Start early!. People who are doing well vs. Not doing well. . Last . Time–. RPC. Why remote procedure calls?. Simple way to pass control and data. Elegant transparent way to distribute application. Synthesis. Logical Synthesis. Basic Gate Synthesis. f = a . b. f = a + b. f = a’. Basic Gate Synthesis. f = (a . b)’. f = (a + b)’. f = a. F = A + B . C . Correct. Incorrect. Operator Precedence in Synthesis. Assurance Based Development. of Dependable Systems. Patrick J. . Graydon. John C. Knight. University of Virginia. Certification By Safety Argument. 2. System Requirements . and Goals. Does the . evidence imply . Discuss with your group.. Be prepared to share your answers. . The Hardest Part. The synthesis section is the hardest part of the exam. It is worth . 47. % . of the entire exam!. 17 % -- multiple choice. Strategies for organizationClimactic orderarranges the most important/persuasive evidence last since this is what is remembered Problem/solutionestablishes the problem in the introduction then offers Logical Synthesis. Basic Gate Synthesis. f = a . b. f = a + b. f = a’. Basic Gate Synthesis. f = (a . b)’. f = (a + b)’. f = a. F = A + B . C . Correct. Incorrect. Operator Precedence in Synthesis. The Desired Brand Effect Stand Out in a Saturated Market with a Timeless Brand