Contents:
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| 4 September | Introductions, organization | |
| 11 | Fred |
High
Performance Distributed Object Environment With a focus on
real-time I/O subsystems in NetBSD and Solaris.
Reference:
|
| 18 | Joe |
Overview of Real-time computing.
Reference:
|
| Chris |
The
State of Scheduling Research (A Snapshot), including Rialto and MUF
References:
|
|
| 25 | Nanbor |
Concurrency
Models in (RT) Middleware Reference:
|
| 2 October | David |
Linux
Support for Real-Time Applications References:
|
| 9 | Ron | Programming language support for RT |
| Ron | Scout overview References: |
|
| 16 | (Fall break) | |
| 23 | Weihai |
RTU,
threads for QoS procotol processing References:
|
| 30 | Joe and Jyoti | Playground References: |
| 6 November | Irfan | NT References:
|
| 13 | Ruibaio |
UVM
for High Performance I/O References:
|
| 20 | Chris/Fred |
RT
Scheduling Patterns References: |
| 27 | (Thanksgiving break) | |
| 4 December | David Mayerhoeffer, LynxOS | LynxOS, example of an RTOS |
Operating systems research has recently seen renewed interest in several areas. This seminar explores some of these new and interesting research areas, with a specific focus on their development and implementation in modern OS's such as Linux, FreeBSD, Window NT, and Solaris. Particular attention is paid to the implications of how these new ideas will affect our research. Discussion topics will include those of interest to participants. In depth exploration on at least one platform is required.
1 credit
Topics:
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Last modified 10:46:47 CST 20 November 1998.
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