Optimizing Linux Device Drivers for Power Efficiency (LF432) - Course Outline
Course Outline
« Return to Course Description.
01:
Introduction
02: Procedures and Documentation
03: Power Management Overview
04: The Linux Kernel View of Power Management
05: Power Management in Android
06: Notifiers**
07: CPU Frequency Scaling**
08: CPU Idle
09: Ftrace
10: Perf
11: Measuring Power Usage and Latencies
12: Debugging power usage
13: Crash
14: Kernel Core Dumps
15: System-wide Power Management
16: Runtime Power Management
17: Common clock framework **
18: Regulator framework **
19: Retrofit for PM
20: Optimize for PM
21: Summary and Lookout
02: Procedures and Documentation
03: Power Management Overview
04: The Linux Kernel View of Power Management
05: Power Management in Android
06: Notifiers**
07: CPU Frequency Scaling**
08: CPU Idle
09: Ftrace
10: Perf
11: Measuring Power Usage and Latencies
12: Debugging power usage
13: Crash
14: Kernel Core Dumps
15: System-wide Power Management
16: Runtime Power Management
17: Common clock framework **
18: Regulator framework **
19: Retrofit for PM
20: Optimize for PM
21: Summary and Lookout
** These sections may be considered in part or in whole as optional. They contain either background reference material, specialized topics, or advanced subjects. The instructor may choose to cover or not cover them depending on classroom experience and time constraints.
Enroll now in an upcoming course
4 Days - $2750
No open enrollment classes scheduled at this time.
5% COURSE DISCOUNT
Register for our monthly training newsletter to stay informed about upcoming courses and new free content and you'll get a 5% discount off your first course.