| Description |
1 online resource (xxviii, 400 pages) : illustrations |
| Bibliography |
Includes bibliographical references and index. |
| Contents |
Introduction; History of Embedded Linux; Why Embedded Linux?; Embedded Linux Versus Desktop Linux; Frequently Asked Questions; Embedded Linux Distributions; Porting Roadmap; ; Getting Started; Architecture of Embedded Linux; Linux Kernel Architecture; User Space; Linux Start-Up Sequence; GNU Cross-Platform Toolchain; ; Board Support Package; Inserting BSP in Kernel Build Procedure; The Boot Loader Interface; Memory Map; Interrupt Management; The PCI Subsystem; Timers; UART; Power Management; ; Embedded Storage; Flash Map; MTD-Memory Technology Device; MTD Architecture; Sample MTD Driver for NOR Flash; The Flash Mapping Drivers; MTD Block and Character Devices; Mtdutils Package; Embedded File Systems; Optimizing Storage Space; Tuning Kernel Memory; ; Embedded Drivers; Linux Serial Driver; Ethernet Driver; I2C Subsystem on Linux; USB Gadgets; Watchdog Timer; Kernel. |
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Modules; ; Porting Applications; Architectural Comparison; Application Porting Roadmap; Programming with Pthreads; Operating System Porting Layer (OSPL); Kernel API Driver; ; Real-Time Linux; Real-Time Operating System; Linux and Real-Time; Real-Time Programming in Linux; Hard Real-Time Linux; ; Building and Debugging; Building Kernel; Building Applications; Building Root File System; Integrated Development Environment; Debugging Virtual Memory Problems; Kernel Debuggers; Profiling; ; Embedded Graphics; Graphics System; Linux Desktop Graphics-The X Graphics System; Introduction to Display Hardware; Embedded Linux Graphics; Embedded Linux Graphics Driver; Windowing Environments, Toolkits, |
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And Applications; Conclusion; ; uClinux; Linux on MMU-Less Systems; Program Load and Execution; Memory Management; File / Memory Mapping-The Intricacies of mmap(); in uClinux; Process Creation; Shared Libraries; Porting Applications to uClinux; XIP-eXecute In Place; Building uClinux Distribution; ; APPENDICES; A Booting Faster; Techniques for Cutting Down Bootloader Initialization; Tuning Kernel for Decreased Boot-Up Time; Tuning User Space for Decreased Boot-Up Time; Measuring Boot-Up Time; ; B GPL and Embedded Linux; User-Space Applications; Kernel; Points to Remember; Notes. |
| Subject |
Linux.
|
|
Linux. |
|
Linux |
|
Operating systems (Computers)
|
|
Embedded computer systems.
|
|
Systèmes d'exploitation (Ordinateurs) |
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Systèmes enfouis (Informatique) |
|
operating systems. |
|
Embedded computer systems |
|
Operating systems (Computers) |
| Added Author |
Lad, Amol.
|
|
Neelakandan, Sriram.
|
| Other Form: |
Print version: Raghavan, P. (Pichai), 1973- Embedded Linux system design and development. Boca Raton, FL : Auerbach Publications, 2006 0849340586 (DLC) 2005048179 (OCoLC)61151605 |
| ISBN |
1420031619 (electronic bk.) |
|
9781420031614 (electronic bk.) |
|
(alk. paper) |
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