Embedded System Lecture Notes and Presentations. Prof. Phil Koopman, Carnegie Mellon University. This is a unified listing my lecture materials on a variety of. Lee & Seshia, Introduction to Embedded Systems, version least the present version is available free in the form of PDF file designed Languages and Programming (ICALP), Lecture Notes in Computer Science Embedded Systems Design. LECTURE NOTES. SYLLABUS: Unit-I. Introduction to Embedded Systems: Definition of Embedded System, Embedded Systems Vs.
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Lecture Notes (42); Assignments. Module Name, Download, Description, Download Size. Introduction, Introduction to Real Time Embedded Systems Part I , PDF, kb Introduction, Embedded Systems Components Part II, PDF, kb. ECE – Embedded Systems. Lecture 1. Vince Weaver Class notes will be posted on the website. • Will involve C coding, plus some. Engineering Class handwritten notes, exam notes, previous year questions, PDF free download.
Explain various interfaces for external communication Explain important characteristics of an embedded system. Downloading and viewing materials for personal use is acceptable with no further permission. Explain Task Scheduling including its scheduling Algorithms. Black box testing; white box testing; unit testing strategies; MCDC coverage; unit testing frameworks cunit. Copyright notice: Smoke testing, exploratory testing; methodical test coverage; types of testing; testing philosophy; coverage; testing resources.
Additional reading list. Note that "local" links are probably non-functional. Copyright notice: These materials are copyrighted by Philip Koopman in the year indicated on the materials. Downloading and viewing materials for personal use is acceptable with no further permission.
Use in academic settings, informal lunch-and-learn study groups, and so on is acceptable with no further permission provided attribution is made to me as author of the material. For-profit training use i. Posting on public web sites, including slide sharing services, video services, and course note sites is strictly prohibited unless I, the author, personally do the upload myself.
These are historical lecture slides and might not represent my current opinions on various topics due to newly available research and experience.
Due to lack of time and resources I do not attempt to keep the technical content of historical lectures up to date, but pointing out any substantive errors for future correction on a time-available basis is appreciated. If you plan to make substantive use of this material in your teaching I'd be happy to hear about it, but non-profit teaching, including use in university courses, use does not require additional permission.
In general I don't have time to respond to queries already handled by this copyright notice. This information is provided as-is, and proper use is your responsibility. For other queries please contact: Waterfall; swiss cheese model; lessons learned in software; V model; design vs.
Challenges of embedded code; it only takes one line of bad code; problems with large scale production; your products live or die by their software; considering the worst case; designing for safety; security matters; industrial controls as targets; designing for security; testing isn't enough Fiat Chrysler jeep hack; Ford Mytouch update; Toyota UA code quality; Heartbleed; Nest thermostats; Honda UA recall; Samsung keyboard bug; hospital infusion pumps; LIFX smart lightbulbs; German steel mill hack; Ukraine power hack; SCADA attack data; Shodan; traffic light control vulnerability; hydroelectric plant vulnerability; zero-day shopping list.
Ariane 5 flight ; rules for good requirements; problematic requirements; extra-functional requirements; requirements approaches; ambiguity.
Language Use. Peer Reviews. Effective code quality practices, peer review efficiency and effectiveness; Fagan inspections; rules for peer review; review report; perspective-based reviews; review checklist; case study; economics of peer review.
Peer Review Checklist.
Black box testing; white box testing; unit testing strategies; MCDC coverage; unit testing frameworks cunit. Stack Overflow. Stack overflow mechanics; memory corruption; stack sentinels; static analysis; memory protection; avoid recursion. Integration test approaches; tracing integration tests to SDs; network message testing; using SDs to generate unit tests.
Testing Quality. Smoke testing, exploratory testing; methodical test coverage; types of testing; testing philosophy; coverage; testing resources. System Level Test. First bug story; effective test plans; testing won't find all bugs; F Raptor date line bug; bug farms; risks of bad software.
The general computing system, history, classification, major application areas, and purpose of embedded systems. The core of the embedded system, memory, sensors and actuators, a communication interface, embedded firmware, other system components, PCB and passive components. Characteristics, quality attributes application specific, domain-specific, embedded systems.
Factors to be considered in selecting a controller, architecture, memory organization, registers, oscillator unit, ports, source current, sinking current, design examples. RTOS and Scheduling, Operating basics, types, RTOS, tasks, process and threads, multiprocessing and multitasking, types of multitasking, nonpreemptive, preemptive scheduling.
The producer-consumer problem, Reader writers problem, Priority Inversion, Priority ceiling, Task Synchronization techniques, busy waiting, sleep and wake, semaphore, mutex, critical section objects, events, device, device drivers, how to clause an RTOS, Integration, and testing of embedded hardware and fire ware.
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Explain various interfaces for external communication Explain important characteristics of an embedded system. Briefly, discuss different application areas for Embedded systems. Discuss the guidelines for PCB layout. Compare Super loop based and OS based embedded firmware design.
What is the interrupt sources and explain interrupt service mechanism?
Explain Task Scheduling including its scheduling Algorithms. Discuss fundamental issues in Hardware Software Co-Design. Explain the various elements of an embedded system development environment. Explain Disassembler and Decompiler and their role in embedded firmware development.