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1
Introduction
2
Mixed Criticality Systems
3
Latency
4
cyclic test
5
histogram
6
Mainline
7
Force IRQ Threads
8
The Good News
9
Dispatch
10
Local Locks
11
Semantics
12
IRQ
13
Architectural E
14
Latency Test
15
Low Power State
16
Scheduling Latency Example
17
Spinlock Preemption
18
Conclusion
19
Questions
20
MM IO
21
IRQ Threading
22
Request Threaded IRQ
23
Threaded Top Handler
24
Debugging
Description:
Explore the intricacies of real-time Linux kernel development in this 47-minute conference talk by Julia Cartwright from National Instruments. Gain insights into the PREEMPT_RT patch, its impact on device drivers, and the challenges faced in real-time system design. Learn about the classes of problems in drivers that affect real-time performance, their causes, and potential solutions. Discover the ongoing efforts to merge the RT patch into the mainline Linux kernel and the implications for driver developers. Delve into topics such as mixed criticality systems, latency, force IRQ threads, local locks, spinlock preemption, and debugging techniques. Benefit from Julia Cartwright's extensive experience in Linux kernel and device driver projects, particularly in real-time system design and the PREEMPT_RT patch.

What Every Driver Developer Should Know About Real-Time Linux

Linux Foundation
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