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| Using Linux for Time
Critical Applications is an exploding field. In this
course professional software designers develop the
skills necessary to design these complex applications. |
| 2.6.X kernel for Embedded
Systems |
 | Enhancements added to Linux 2.6 kernel
| Lab: Custom Kernel using 2.6.x kernel | | |
| Modules and Device Drivers |
| Device Drivers and Modules
| Lab: Writing Modules
| Lab: Module with
timers | | | |
| Processes and Threads |
| Processes and threads
| Lab: Use tools to change scheduling priority of
running applications
| Lab: Creating processes with different priorities
| Lab: Write applications and set priority
| Lab: Writing thread applications
| Lab: Threaded application using mutexes
| Lab: Threaded application for
synchronization | | | | | | | |
| Real Time Systems |
| Types of Real Time Systems
| Lab: Analyzing requirements for Real Time Systems
using Rate Monotonic Analysis
| Discuss scheduler schemes for Non Real Time, and
soft/Hard Real Time | | | |
| Real Time Systems for Embedded
Linux |
| Real time numbers for Real Time and Soft real time
Linux.
| Lab: Apply patches to 2.6.X kernel to achieve Soft
and Hard Real Time requirements
| Lab: Use ADEOS/ RTAI to achieve Real Time
requirements
| Lab: Use RTLinuxFree version to achieve Real Time
requirements
| Lab: Writing Real Time applications
| Lab: Test latency for ISR with our Custom Kernel
| Lab: Test latency for Linux Application on our
Custom Kernel | | | | | | | |
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