COSC 198 Embedded Systems
Course Instructor:
Dennis Brylow
Email: brylow at mscs dot mu dot edu
Office: Cudahy 380
Mon/Wed 4:20PM - 5:35PM, CU 143
Mon/Wed/Fri 12:00PM - 1:00PM
Mon 7:00PM - 8:00PM
Fri 11:00AM - 12:00PM
This course will be part lecture and part senior seminar. The focus
of the lecture material will be on systems, languages and tools related
to embedded systems. The seminar portion of the course will focus on
current research publications in the area.
Upon completing this course, students will be able to:
Read, understand, and present current research papers in the
area of embedded systems.
Design, implement, and test their own embedded system
components for integration into a larger system.
Document complexities of hardware/software interaction in their
embedded system components in sufficient detail that the work can
be understood and replicated by others.
Student grades will be assigned based on evaluation of the following:
Presentation and discussion of current, relevant research
papers drawn from the top publication venues in the field;
Quality of embedded system components produced and
successfully integrated into the existing MSCS Experimental
Operating Systems Lab infrastructure;
Completeness of final written report detailing both the
technical aspects of the constructed components and the lessons
learned throughout the construction process.
Projects will vary according to student interest and available resources.
Some sample projects could include:
Wireless network interface driver for embedded Mips WRT54GL
platform. Will allow XINU operating system to interact over
wireless network with other servers or backend machines.
TCP/IP networking support for Embedded XINU.
Remote debugging support for the Embedded XINU operating system
over EJTAG hardware on the MIPS platform.
Basic kernel support for the embedded Mips WRT350N Gigabit router,
the next generation of Embedded XINU backend.
Memory protection for Embedded XINU. Will allow individual
processes to execute in distinct virtual memory spaces, protecting
critical tasks from memory corruption.
Real-time scheduling enhancements and lightweight
synchronization primitives for Embedded XINU. Will enhance the
suitability of our platform for research and courses on real-time
systems.
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[Revised 2008 Jan 13 23:15 DWB]