Transcription of 1. Introduction to Embedded System Design
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1. Introduction to Embedded System Design
1 - 1 Swiss FederalInstitute of TechnologyComputer Engineeringand Networks Laboratory 1. Introduction to Embedded System Design Lothar ThieleETH Zurich, Switzerland1 - 2 Swiss FederalInstitute of TechnologyComputer Engineeringand Networks Laboratory Contents of Lectures (Lothar Thiele)1. Introduction to Embedded System Design2. Software for Embedded Systems3. Real-Time Scheduling4. Design Space Exploration5. Performance AnalysisThe slides contain material from the Embedded System Design Book and Lecture of Peter Marwedel and from the Hard Real-Time Computing Systems Book of Giorgio - 3 Swiss FederalInstitute of TechnologyComputer Engineeringand Networks Laboratory TopicsGeneral Introduction to Embedded SystemsHardware Platforms and Components! System Specialization!Application Specific Instruction Sets Micro Controller Digital Signal Processors and VLIW!Programmable Hardware!ASICs! System -on-Chip1 - 4 Swiss FederalInstitute of TechnologyComputer Engineeringand Networks Laboratory Main reason for buying is notinformation processingEmbedded systems (ES) = information processing systems Embedded into a larger productExamples: Embedded Systems1 - 5 Swiss FederalInstitute of TechnologyComputer Engineeringand Networks Laboratory Embedded Systemsexternal processembedded systemhuman interfacesensors, actuators1 - 6 Swiss FederalInstitu
1 - 14 Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Characteristics of Embedded Systems (2) Must be efficient: Energy efficient Code-size efficient (especially for systems on a chip) Run-time efficient Weight efficient Cost efficient Dedicated towards a certain application: Knowledge about behavior at design time can be used to …
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