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Embedded Software Development with C

:	Kai Qian, David den Haring, Li Cao
:	Embedded Software Development with C
:	Springer-Verlag
:	9781441906069
:	1
:	CHF 55.00
:

:	Programmiersprachen
:	English

:	397
:	DRM
:	PC/MAC/eReader/Tablet
:	PDF

Embedded Software Development With C Kai Qian About this textbook:

Intellig ble presentation of the fundamentals of embedded systems design and development using the C programming language and the 8051 microcontroller.
Exam nes the longevity and relevancy of the 8051 microcontroller for designing embedded systems in present applications.
Include extensive appendices for reference work.
Encourages a hands-on, incremental learning approach with comprehensive tutorial materials provided both in textbook and online.

Embedded Software Development With C offers both an effectual reference for professionals and researchers, and a valuable learning tool for students by laying the groundwork for a solid foundation in the hardware and software aspects of embedded systems development. Key features include a resource for the fundamentals of embedded systems design and development with an emphasis on software, an exploration of the 8051 microcontroller as it pertains to embedded systems, comprehensive tutorial materials for instructors to provide students with labs of varying lengths and levels of difficulty, and supporting website including all sample codes, software tools and links to additional online references.

	Embedded Software Development with C	2
	1 Introduction to Embedded Systems	14
	1.1 Overview	14
	1.2 Categories of Embedded Systems	15
	1.3 Application Areas of Embedded Systems	17
	1.4 Characteristics of Embedded systems	17
	1.5 Hardware Overview	19
	1.5.1 Overall Architecture	19
	1.5.2 Memory	22
	1.5.3 Bus	24
	1.5.4 I/O Ports	25
	1.5.5 Clock Oscillator, Timer and Watchdog	27
	1.5.6 Analog to Digital Converter (ADC) and DAC	28
	1.6 Embedded Software Design and Development	28
	1.6.1 Software Engineering Life cycle	29
	1.6.2 Choose RTOS and Programming Language	30
	1.7 Practice Labs	32
	1.7.1 Getting Started with the Keil mVision3 C51 Development Kit	32
	1.7.2 Lab with 8051 Microcontroller Development Kit	40
	1.8 Summary	48
	1.9 Review questions	49
	1.10 Exercises	50
	References	50
	2 Embedded Software Design and Development	51
	2.1 Overview	51
	2.2 Software Requirement Specification	53
	2.3 Embedded Software Modeling Analysis and Design	54
	2.3.1 Context Diagram	54
	2.3.2 Finite State Machine (FSM) and State Chart	54
	2.4 Time Requirement Analysis for Real-Time Systems	61
	2.4.1 Non-Preemptive Scheduling	63
	2.4.2 Pre-emptive Scheduling	64
	2.4.3 RMS	65
	2.4.4 Dynamic scheduling with EDF	67
	2.5 Multi-Tasking Design Methodology	68
	2.5.1 Polling	69
	2.5.2 Interrupts	70
	2.5.3 RTOS	72
	2.6 Software Design Issues	74
	2.6.1 Task Interactions	74
	2.6.2 Resource Sharing	75
	2.7 Lab Practice: A Traffic Light Control System Modelingand Design	78
	2.8 Summary	80
	2.9 Review Questions	81
	2.10 Exercises	82
	References	83
	3 8051 Microcontroller	84
	3.1 Overview	84
	3.1.1 8051 Chip Pins	85
	3.1.2 System Clock and Oscillator Circuits	86
	3.1.3 8051 Internal Architecture	87
	3.2 Ports	89
	3.2.1 Port Reading and Writing	89
	3.2.2 The Port Alternate Functions	90
	3.3 Memory and SFR	91
	3.3.1 Memory	91
	3.3.2 Special Function Registers (SFRs)	93
	3.4 SFRs and Interrupts	101
	3.4.1 External Interrupts	102
	3.4.2 Timer/Counter Interrupts	103
	3.4.3 Serial Interrupts	103
	3.5 Summary	105
	3.6 Review Questions	105
	3.7 Exercises	107
	References	107
	4 Embedded C Programming with 8051	108
	4.1 Overview	108
	4.2 Memory in 8051 C Programming	109
	4.2.1 8051 Memory Types	109
	4.2.2 Memory Models	110
	4.3 Data Types of 8051 C	111
	4.4 Functions	115
	4.4.1 Interrupt Functions	115
	4.4.2 Reentrant Functions	120
	4.4.3 Real Time Function	122
	4.5 Pointers	122
	4.6 Mix C and Assembly Code	123
	4.7 Modular Programming in C	124
	4.7.1 Scope of Functions and Variables	125
	4.7.2 Header Files	127
	4.7.3 Multi-module C Programming	127
	4.8 Lab: Debug and Test Embedded C Program with the KeilmVision3	131
	4.9 Practice Examples	137
	4.10 Summary	144
	4.11 Review Questions	144
	4.12 Programming Exercises	146
	References	146
	5 Real-Time Operating Systems	147
	5.1 Overview	147
	5.2 RTX51-Tiny	150
	5.3 Task Scheduling	152
	5.3.1 Round Robin Multitasking	152
	5.3.2 Cooperative Multitasking	155
	5.3.3 Priority-Driven Preemptive Multitasking	157
	5.4 RTOS Events	159
	5.4.1 Signal Event Based Communication	159
	5.4.2 Message Event Based Communication	159
	5.4.3 Semaphores	160
	5.4.4 Attaching Interrupts to Tasks	160
	5.5 When to Use RTOS	161
	5.6 Practice Labs	161
	5.7 Summary	184
	5.8 Review Questions	184
	5.9 Exercises	186
	References	188
	6 Serial Communications	189
	6.1 Introduction	189
	6.1.1 Serial vs. Parallel	190
	6.1.2 Simplex and Duplex	190
	6.2 UARTs and Transceivers	191
	6.2.1 UART	191
	6.2.2 Transceivers (aka Line Drivers)	192
	6.2.3 Asynchronous vs. Synchronous	192
	6.2.4 Data Transfer Rate	193
	6.3 Configuring the Serial Port	194
	6.4 Setting the Baud Rate	195
	6.5 Reading and Writing	197
	6.6 Handshaking	198
	6.6.1 Software Handshaking	198
	6.6.2 Hardware Handshaking	198
	6.7 Examples	200
	6.7.1 Example 1 – Hello World (Using STDIO)	200
	6.7.2 Example 2 – Hello World (Beyond the Serial Port)	202
	6.7.3 Example 3 – Interactive Console Using the Serial Port	206
	6.8 Summary	210
	6.9 Review Questions	211
	6.9.1 Key to the Review Questions:	211
	6.10 Exercises	212
	7 Survey of Popular Microcontrollers	213
	7.1 Introduction	213
	7.2 Features for Comparison	214
	7.2.1 Packages	215