Hundreds of millions are shipped every year in products such as automobiles and coffee makers. In order to fully understand this technology, it is necessary to grasp current principles of microprocessor technology and their relationship to microcontrollers. Microcontrollers and Microcomputers: Principles of There are a mind-boggling number of microcontrollers in use today. Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering is a top-down introductory treatment of microprocessors which provides students with an accessible and thorough overview of the key hardware and software engineering issues of today.
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Computers, Microprocessors, Microcomputers, Microcontrollers1. Some Basic Definitions1. Computer Operation Codes2. Basic Computer Hardware2. Computer Timing2. More Instructions2. Control Instructions2. The Final Design2. Chapter Summary Points2.
CPU Register3. Register Transfers3. The Condition Code Register3. Chapter Summary Points3. ProblemsChapter 4: Addressing Modes4. Addressing Terminology4. Memory Architectures4. Addressing Modes4. Stack Addressing4. Chapter Summary Points4. The Assembler5. The Code Location Problem5. The Linker5. The Librarian5. The Loader5. Your Assembler5. The Debugger5. Typical Assembly Language Program Bugs5.
Tricks of the Trade5. Chapter Summary Points5. The Need for Software Design6. The Software Tree6. The Software Development Process6. Top-Down Design6.
Design Partitioning6. Bottom-Up Design6. The Real-World Approach6. Types of Design Activity6. Design Tools6. Top-Down Debugging and Testing6. Structured Programming in Assembly Language6. Modular Design6. Interprocess Communication6.
Software Documentation6. Chapter Summary Points6. The Computer Bus7. More Bus Ideas7. Chapter Summary Points7. References and Other Reading7. Interrupt System Specifications8. Asynchronous Events and Internal Processor Timing8. Multiple Sources of Interrupts8. Sequential and Nested Interrupts8. Simultaneous Interrupts - Priorities8.
Transferring Control to the Interrupt Service Routine8. The Interrupt Service Routine8. Interrupt Routine Returns8. Other Interrupt Request Signals8. Conclusion and Chapter Summary Points8. Further Reading8. ProblemsChapter 9: Computer Memories9.
Computer Types and Memory Maps9. Semiconductor RAM9. ROM Memory9. Memory Timing Requirements9. Putting it All Together9. Conclusion and Chapter Summary Points9. Further Reading9. RSC Interconnections Standard Electrical Signal Levels The UART Flow Control Debugging and Trouble Shooting Chapter Summary Points ProblemsChapter Analog Input and Output Data Acquisition and Conversion Analog-to-Digital Conversion Digital-to-Analog Conversion Chapter Summary Points11,8.
Further Reading Binary Codes ReviewA.
ISBN 13: 9780195371611
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Microcontrollers and Microcomputers: Principles of Software and Hardware Engineering [Repost]
Microcontrollers and Microcomputers Principles of Software and Hardware Engineering