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◄ Practical Issues in Real-time Scheduling
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UML diagram sample
final exam sheet sample (Jun. 16 modified)
Lab 1 Guide: Using QEMU for ARM Assembly Program
Lab: Write ARM assembly
Lab: set arm lab environment by qemu
Lab Project 1: GNU Toolchain for ARM
course schedule for 2022 fall term
Lab2： FreeRTOS
Questions
Lecture 1-1
Lecture 1-2
Lecture 1-3
lecture01 video
Lecture 02
Lecture 03
raspbian is linux
Assignment 1
instruction set 1
instruction set arm
Lecture 08
TI C55x Introduction
Instruction Sets and Assembly Language
TI C55x Instruction Set
Assignment 2
arm cpu & instructions
ppt 3-1
ppt 3-2
ppt 3-3
CPU Input/Output
CPU cache
CPU Performance
ARM instructions
Assignment 4
ppt 4-1
ppt 4-2
ppt 4-3
Embedded Computing Platform
Beaglebone Black
chapter 4-1
Computing Platform Section 1
Computing Platform section 2
Computing Platform Example
Assignment 5
ppt 5-1
ppt 5-2
ppt 5-3
Compiler Optimizations
Compile Process
Program Analysis
Program design and analysis
further reading
ppt 6-1
ppt 6-2
ppt 6-3
Multitasking terms and scheduling metric
Building a cooperative scheduler
Preemption and Context Switching
Priority driven scheduling
RMS and EDF
Practical Issues in Real-time Scheduling
Assignment 7
ppt 7-1
ppt 7-2
Assignment 7 ►