TAILIEUCHUNG - Coin-Cell-Powered Embedded Design

Trademark Information: PIC, PICmicro, nanoWatt Technology, PICkit 2, MPLAB, C18, MPASM, MPLINK are trademarks of Microchip Technology Incorporated in the United States and other countries. All other trademarks mentioned in this book are property of their respective companies. The author makes no warranty of any kind, expressed or implied, with regard to the program code contained in this book. The author shall not be liable in any event arising out of the use of this program code. | Coin-Cell-Powered Embedded Design John B. Peatman Professor of Electrical and Computer Engineering Georgia Institute of Technology 2008 by John B. Peatman All rights reserved. Qwik Low Books 1418 Iroquois Path NE Atlanta Ga 30319 770 457-6133 jpeatman@ Trademark Information PIC PICmicro nanoWatt Technology PICkit 2 MPLAB C18 MPASM MPLINK are trademarks of Microchip Technology Incorporated in the United States and other countries. All other trademarks mentioned in this book are property of their respective companies. The author makes no warranty of any kind expressed or implied with regard to the program code contained in this book. The author shall not be liable in any event arising out of the use of this program code. ISBN 978-0-9799770-0-8 9 8 7 6 5 4 3 2 1 This book is available as a print-on-demand paperback book from or as a free download along with supporting material from To six former students who changed the direction of my professional life Jim Carreker and Neal Williams 1968-1969 Joe Bazzell and Larry Madar 1989-1990 Rawin Rojvanit and Chris Twigg .

• Tiếng Anh thương mại
• Embedded
• Design
• author
• Computer
• Electrical
• Technology
• Embedded hardware
• Embedded hardware basics
• Logic circuits
• Embedded processors
• Embedded board buses
• Memory systems
• Lecture Embedded systems
• Bài giảng Hệ thống nhúng
• Embedded systems
• Embedded bus protocols
• Bus communication protocols
• CAN bus protocol
• Embedded systems attributes
• Assembly language programming
• Computer engineering curriculum
• Embedded software engineering
• History and future
• Embedded system variation
• Generic embedded system
• Common design requirements
• Telegraph development challenges
• Embedded software engineering
• Embedded softwarearchitectures
• Round robin
• Function queue scheduling
• Real time operating systems
• Selecting an architecture
• Journal of Chemistry
• Fabrication of silver nanoparticles embedded polymer masterbatchs
• Excellent antibacterial performance
• Silver nanoparticles embedded polymer masterbatchs
• The silver nanoparticlesembedded polyethylene
• Gram negative Escherichia Coli
• S quasinormally embedded
• Generalized supersolvably embedded
• Super generalized
• Supersolvably embedded
• Generalized hypercenter
• IFRIC Interpretation
• International Financial Reporting Interpretations Committee
• Báo cáo tài chính quốc tế
• Embedded derivatives
• Reassessment of embedded derivatives
• IFRIC Interpretation 9
• Analysis in embedded systems
• Choosing a microcontroller
• Other design decisions
• The essence of microcontroller networking
• Other useful hardware design tips
• Operating system
• Lecture Operating system principles
• Hệ điều hành
• Computer system
• Embedded operating systems
• Operating systems
• Lecture Operating systems
• Embedded Linux
• Timing constraints
• Journal of technology and science education
• Online discussion forums
• Embedded streamed videos on distance courses
• Embedded streamed videos
• Online discussion forums generates educatonal dialogue
• Design of portable embedded system
• Implementation of portable embedded system
• Real time traffic sign detection and recognition
• Support vector machine
• Techniques including adaptive chromatic color segmentation
• Introduction to Assembly Language
• Assembly code
• Machine code
• Implementing C language constructs
• Control flow
• Stack pointer
• Input/Output
• Interrupt/exception handling
• Handling multiple input sources
• Time sharing
• High level operation
• OS/scheduler data structures
• Memory protection
• Concurrency basics
• Shared memory
• Shared variables
• Dekker’s algorithm
• Atomic read modify write instructions
• Blocking locks
• Condition variables
• Non negative integer
• Signal condition
• Real time scheduling
• Real time systems
• Precise timing constraints
• Hard real time tasks
• Conventional scheduling algorithms
• Scheduling algorithms
• Non real time systems
• Real time scheduling algorithms
• Real time scheduling problem
• Maximum lateness
• Timeline scheduling
• Rate monotonic scheduling
• Resource access protocols
• Priority inversion
• Non preemptive protocol