Embedded System Design Vahid Givargis Pdf
ESD Table of ContentsEmbedded System Design: A Unified Hardware/Software IntroductionFrank Vahid and Tony GivargisTable of ContentsPreface1.1. Embedded systems overview1.2. Design challenge - optimizing design metrics1.2.1. Common design metrics1.2.2. The time-to-market design metric1.2.3. The NRE and unit cost design metric1.2.4.
The performance design metric1.3. Processor technology1.3.1.
General-purpose processors - software1.3.2. Single-purpose processors - hardware1.3.3. Application-specific processors1.4. IC technology1.4.1. Semi-custom ASIC (gate array and standard cell)1.4.3.
Design Technolgy1.5.1. More productivity improvers1.5.5. Design productivity gap1.7. Summary and book outline1.8. References and further reading1.9.
Combinational Logic2.2.1. Transistors and logic gates2.2.2. Basic combinational logic design2.2.3. RT-level combinational components2.3. Sequential logic2.3.1. RT-level sequential components2.3.3.
Sequential logic design2.4. Custom single-purpose processor design2.5. RT-level custom single-purpose processor design2.6. Optimizing custom single-purpose processors2.6.1. Optimizing the original program2.6.2. Optimizing the FSMD2.6.3. Optimizing the datapath2.6.4.
Optimizing the FSM2.7. References and further reading2.9. Basic architecture3.2.1. Control unit3.2.3. Instruction execution3.3.2.
Superscalar and VLIW architectures3.4. Programmer's view3.4.1.
Instruction set3.4.2. Program and data memory space3.4.3. Operating Systems3.5. Development environment3.5.1. Design flow and tools3.5.2. Testing and debugging3.6 Application-specific instruction-setprocessors (ASIP's)3.6.1. Digital signal processors (DSP)3.6.3.
Less-general ASIP environments3.7. Selecting a microprocessor3.8. General-purpose processor design3.9. References and further reading3.11. Timers, counters, and watchdog timers4.3. Pulse width modulator4.5. LCD controller4.6.
Keypad controller4.7. Stepper motor controller4.8. Analog-digital converters4.9. Real-time clocks4.10. References and further reading4.12.
Memory write ability and storage permanence5.2.1 Write ability5.2.2. Storage permanence5.2.3. Common memory types5.3.1. Introduction to 'read-only' memories - ROM5.3.2. Mask-programmed ROM5.3.3.
OTP ROM - one-time programmable ROM5.3.4. EPROM - erasable programmable ROM5.3.5. EEPROM - electrically-erasable programmable ROM5.3.6. Flash memory5.3.7.
Introduction to read-write memory - RAM5.3.8. SRAM - Static RAM5.3.9. DRAM - Dynamic RAM5.3.10 PSRAM - Pseudo-static RAM5.3.11. NVRAM - Non-volatile RAM5.4. Composing memories5.5.
Memory hierarchy and cache5.5.1. Cache mapping techniques5.5.2. Cache replacement policy5.5.3. Cache write techniques5.5.4. Cache impact on system performance5.6.
Advanced RAM5.6.1. The basic DRAM5.6.2. Fast page mode (FPM DRAM)5.6.3. Extended data out DRAM (EDO DRAM)5.6.4.
Embedded System Design Vahid Givargis Pdf 2017
Synchronous (S) and enhancedsynchronous (ES) DRAM5.6.5. Rambus DRAM (RDRAM)5.6.6. DRAM integration problem5.6.7. Memory management unit (MMU)5.7. References and further reading5.9. Communication basics6.2.1. Basic terminology6.2.2.
Basic protocol concepts6.3. Microprocessor interfacing: I/O addressing6.3.1. Port and bus-based I/O6.3.2. Memory-mapped I/O and standard I/O6.4. Microprocessor interfacing: interrupts6.5.
Microprocessor interfacing: Direct memory access6.6. Priority arbiter6.6.2. Daisy-chain arbitration6.6.3.
Networked-oriented arbitration methods6.7. Multi-level bus architectures6.8. Advanced communication principles6.8.1. Parallel communication6.8.2. Serial communication6.8.3.
Wireless communication6.8.4. Error detection and correction6.9. Serial Protocols6.9.1. I 2C bus6.9.2.
CAN bus6.9.3. FireWire bus6.9.4. Parallel protocols6.10.1. PCI bus6.10.2. Wireless protocols6.11.1.
IEEE 802.116.12. References and further reading6.14. Digital camera7.2.1. User's perspective7.2.2. Designer's perspective7.3. Informal functional specification7.3.2. Non-functional specification7.3.3.
Executable specification7.4. Implementation 1: 8051-based design7.4.2. Implementation 2: fixed point FDCT7.4.3. Implementation 3: hardware FDCT7.5. References and further reading7.7.
Languages, text vs. Textual languages versus graphical languages8.3. An introductory example8.4.
A basic state machine model: finite-state machines (FSM)8.5. Finite-state machines with datapath model: FSMD8.6. Using state machines8.6.1. Describing a system as a state machine8.6.2.
Comparing the state machine and sequentialprogram models8.6.3. Capturing a state machine model in a sequentialprogramming language8.7. Hierarchial/Concurrent state machine model (HCFSM)and the Statecharts lanugage8.8. Program-state machine model (PSM)8.9.
The role of an appropriate model and language8.10. Concurrent process model8.10. Concurrent processes8.10.1. Process create and terminate8.10.2. Process suspend and resume8.10.3. Process join8.12.
Communication among processes8.12.1. Shared memory8.12.2. Message passing8.13.
Synchonization among processes8.13.1. Condition variables8.13.2. Creating and terminating processes8.14.2. Suspending and resuming processes8.14.3.
Joining a process8.14.4. Scheduling processes8.15. Dataflow model8.16. Real-time systems8.16.1.
Windows CE8.16.2. References and further reading8.19. Open-loop and closed-loop control systems9.2.1. A first example: an open-looped automobilecruise-controller9.2.3.
A second example: a closed-loop automobilecruise-controller9.3. General control systems and PID controllers9.3.1. Control objectives9.3.2.
Modeling real physical systems9.3.3. Controller design9.4. Fuzzy control9.5. Practial Issues Realted to Computer based Control9.6. Benefits of Computer Based Control Implementations9.7.
References and further reading9.9. Full-custom (VLSI) IC technology10.3. Semi-custom (ASIC) IC technology10.3.1. Gate array semi-custom IC technology10.3.2. Standard cell semi-custom IC technology10.4. Programmable logic device (PLD) IC technology10.5. References and further reading10.7.
Automation: synthesis11.2.1. The parallel evolution ofcompilation and synthesis11.2.2. Synthesis levels11.2.3. Logic synthesis11.2.3.1. Two-level logic minimization11.2.3.2. Multi-level logic minimization11.2.3.3.
FSM synthesis11.2.3.4. Technology mapping11.2.3.5. The impact of complexity onlogic synthesis users11.2.3.6. Integration logic synthesisand physical design11.2.4. Register-transfer synthesis11.2.5. Behavioral synthesis11.2.6. System synthesis andhardware/software codesign11.2.7.
Synthesis requires temporal ratherthan spatial thinking11.3. Verification: hardware/software co-simulation11.3.1. Formal verification and simulation11.3.2. Simulation speed11.3.3. Hardware-software co-simulation11.3.4.
Reuse: intellecutal property cores11.4.1. Hard, soft and firm cores11.4.2. New challenges posed by coresto processor providers11.4.2. New challenges posed by coresto processor users11.5. Design process models11.6.
References and further readings11.8.
Programming Embedded Systems: An Introduction to Time-Oriented Programming. 31 December by Frank Vahid and Tony Givargis. Authors: Frank Vahid 路 Tony Givargis View colleagues of Tony Givargis Frank Vahid, The Softening of Hardware, Computer, v n.4, p, April Title Embedded System Design: A Unified Hardware/Software Introduction; Author(s) Frank Vahid and Tony Givargis; Publisher: Wiley; New edition edition.Author:Vibei JoJokoraCountry:TanzaniaLanguage:English (Spanish)Genre:Personal GrowthPublished (Last):15 December 2005Pages:314PDF File Size:4.53 MbePub File Size:9.86 MbISBN:705-4-19741-310-7Downloads:7283Price:Free.Free Regsitration RequiredUploader:Be the first to add this to a list. Set up My libraries How do I set up “My libraries”?Lists What are lists?
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Separate different tags with a comma. Frank Vahid and Tony Givargis. Embedded System Design: A Unified Hardware/Software IntroductionGardens Point Campus Library. This single location in Tasmania: Notes Includes bibliographical references and index. Open to the public; Queensland University of Technology.
Published New York; Great Britain: Author Vahid, Frank, author. These online bookshops told us they have this item: Home This editionEnglish, Book, Illustrated edition: Gibargis online Borrow Buy Freely available Show 0 toony links Then set up a personal list of libraries from your profile page by clicking on your user name at the top right of any screen. State Machine and Concurrent Process Models. Public Private login e. Embedded System Design: A Unified Hardware/Software IntroductionAdd a tag Cancel Be the first to add a tag for this edition. Check copyright status Cite this Title Embedded system design: These 3 locations in New South Wales: Timers, Counters, and Watchdog Timers.Finite-State Machine with Datapath Model: General-Purpose Processor Design Ch. To include a comma in your tag, surround the tag with double quotes.Memory Hierarchy and Cache.
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