Embedded Software: The Works (Paperback)
暫譯: 嵌入式軟體：全方位指南 (平裝本)

Table of Contents:

Foreward
Preface
What’s on the CD-ROM?
1. Embedded Software
1.1 What Makes an Embedded Application Tick?
1.2 Memory in Embedded Systems
1.3 Memory Architectures
1.4 How Software Influences Hardware Design
1.5 Migrating Your Software to a New Processor Architecture
1.6 Testing Computers on Wheels
1.7 Embedded Software for Transportation Applications
1.8 How to Choose a CPU for Your System on Chip Design
1.9 An Introduction to USB Software
1.10 USB On-the-Go
2. Design and Development
2.1 Emerging Technology for Embedded Systems Software Development
2.2 Making Development Tool Choices
2.3 Eclipse – Bringing Embedded Tools Together
2.4 A Development System that Crosses RTOS Boundaries
2.5 Embedded Software and UML
2.6 Model-Based Systems Development with xrUML
3. Programming
3.1 Programming for Exotic Memories
3.2 Self-Testing in Embedded Systems
3.3 A Command-Line Interpreter
3.4 Traffic Lights: An Embedded Software Application
3.5 PowerPC Assembler
4. C Language
4.1 C Common
4.2 Using C Function Prototypes
4.3 Interrupt Functions and ANSI Keywords
4.4 Optimization for RISC Architectures
4.5 Bit by Bit
4.6 Programming Floating-Point Applications
4.7 Looking at C-A Different Perspective
4.8 Reducing Function Call Overhead
4.9 Structure Layout – Become an Expert
4.10 Memory and Programming in C
4.11 Pointers and Arrays in C and C++
5. C++
5.1 C++ in Embedded Systems – A Management Perspective
5.2 Why Convert from C to C++?
5.3 Clearing the Path to C++
5.4 C++ Templates – Benefits and Pitfalls
5.5 Exception Handling in C++
5.6 Looking at Code Size and Performance with C++
5.7 Write-Only Ports in C++
5.8 Using non-volatile RAM with C++
6. Real Time
6.1 Real-Time Systems
6.2 Visualizing Program Models of Embedded Systems
6.3 Event Handling in Embedded Systems
6.4 Programming for Interrupts
7. Real-Time Operating Systems
7.1 Debugging Techniques with an RTOS
7.2 A Debugging Solution for a Custom Real-Time Operating System
7.3 Debugging – Stack Overflows
7.4 Bring in the Pros – When to Consider a Commercial RTOS
7.5 On the Move
7.6 Introduction to RTOS Driver Development
7.7 Scheduling Algorithms and Priority Inversion
7.8 Time versus Priority Scheduling
7.9 An Embedded File System
7.10 OSEK – An RTOS Standard
8. Networking
8.1 What’s Wi-Fi?
8.2 Who Needs a Web Server?
8.3 Introduction to SNMP
8.4 Ipv6 – The Next Generation Internet Protocol
8.5 The Basics of DHCP
8.6 NAT Explained
8.7 PPP – Point-to-Point Protocol
8.8 Introduction to SSL
8.9 DHCP Debugging Tips
8.10 IP Mulicasting
9 Embedded Systems and Programmable Logic
9.1 FPGAs and Processor Cores: The Future of Embedded Systems?
9.2 FPGA-Based Design Delivers Customized Embedded Solutions
9.3 Xilinx MicroBlaze Soft Core Processor
9.4 Real-Time Operating Systems for FPGA
Afterword
Index