* For the syllabus and general information (including lab assignments) regarding this course, go here.
Table of ContentsScheduling, Measurement, and RT Scheduling Time-Triggered Actions in Single-Node Systems - Win32 Approach Time-Triggered Actions in Single-Node Systems - TMO Approach Global Time and Clock Synchronization TMOs containing SvMs only and Remote TMO calls TMOs containing both SpMs and SvMs DTS (Distributed Time-triggered Simulation) and the example - DHRS Environment Review of basic features of TMO An I/O handling example - WebCamRecorder :
Advanced I/O with LIIT and an example - WebCamRecorder with LIIT |
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TMOSL (TMO Support Library) User Manual, V2.2
Kopetz, H., “Software engineering for real-time: a roadmap”, Proceedings of the Conference on The future of Software Engineering, Limerick, Ireland, 2000, Pages: 201 – 211.
Kim, K.H., "Object Structures for Real-Time Systems and Simulators", IEEE Computer, August 1997, pp.62-70.
Inside NT : Inside NT's Interrupt Handling http://www.winntmag.com/Articles/Index.cfm?IssueID=25&ArticleID=298
Inside the Windows NT Scheduler, Part 1 http://www.winntmag.com/Articles/Index.cfm?ArticleID=302
Some sample Visual C++ projects related to Lab Assignment #1: Measurement1.zip and Measurement3.zip
Some sample Visual C++ projects related to Lab Assignment #2: TriggeredPeriodic.zip
TMO Tool-Kit : Before downloading this tool-kit, please read the license terms. Anyone not willing to accept the license terms must contact Prof. Kane Kim by the class hour on Feb. 26. Otherwise, it will be assumed that everyone in the class has accepted the license terms.