鹰之翔

1 RTL8761A芯片手册 2 RTL8761B芯片手册 3 驱动源码 4 固件

本文档包含 1 edid-editor-white-paper，常用解析edid工具（https://download.youkuaiyun.com/download/gjianw217/89893130） 2 HDMI EDID1.4规范，同5 3 understandingedid，即edid的图形化解析 4 VESA-EEDID-A1，即官方有关edid基础部分的定义 5 VESA-EEDID-A2，即官方有关edid扩展部分的定义 6 高清多媒体接口(HDMI)EDID规范详解，中文有关edid的详细解析

本文件包含如下4个edid编辑工具 CustomResolutionUtility 可以编辑 EEditGold_1p02p014强烈推荐，分析edid裸数据好帮手 Moninfo AW EDID Editor

在codeblock开发环境下，要想编译socket示例，就需要第3方socket库，即libws2_32.a库，经测试在win10环境下，可用示例代码见： https://blog.youkuaiyun.com/gjianw217/article/details/139459028

LED驱动控制芯片:其中包含CT1628,FD620,FD650,PT6964,SM1628常用的文档，大同小异

三星DDR存储芯片文档，K4B4G1646E-BYK0，256 X16 4Gb DDR3 DRAM

罗升阳，2007年毕业于浙江大学计算机系，2010年毕业于上海交通大学计算机系，在国内知名IT技术社区优快云上发表了数十篇高质量的Android系统原创性文章，并且开设博客专栏--《老罗的Android之旅。 在内容上，本书结合使用情景，全面、深入、细致地分析Android系统的源代码，涉及到Linux内核层、硬件抽象层（HAL）、运行时库层(Runtime)、应用程序框架层(Application Framework)以及应用程序层(Application)。 在组织上，本书将上述内容划分为初识Android系统、Android专用驱动系统和Android应用程序框架三大篇章。初识Android系统篇介绍了参考书籍、基础知识以及实验环境搭建；Android专用驱动系统篇介绍了Logger日志驱动程序、Binder进程间通信驱动程序以及Ashmem匿名共享内存驱动程序；Android应用程序框架篇从组件、进程、消息以及安装四个维度来对Android应用程序的框架进行了深入的剖析。

分别包含中文版本和英文版本 《Just for Fun: The Story of an Accidental Revolutionary》，是Linux内核的创建者林纳斯·托瓦兹（Linus Torvalds）的自传。这本书由他和大卫·戴蒙德（David Diamond）联合撰写，叙述林纳斯·托瓦兹从小的成长历程、创建Linux内核、Git的过程以及软件世界的江湖恩怨。全书主体部分采用一问一答的访谈形式，由戴蒙德在他们的的汽车旅行过程中记录完成；另外一部分收录了林纳斯的几篇专题论述文章，比如作者关于软件版权的一些批判性意见。

linux驱动圣经之一 Chapter 1, “Introduction”, starts our tryst with Linux. It hurries you through downloading the kernel sources, making trivial code changes, and building a bootable kernel image. Chapter 2, “A Peek Inside the Kernel” , takes a brisk look into the innards of the Linux kernel and teaches you some must-know kernel concepts. It first takes you through the boot process and then describes kernel services particularly relevant to driver development such as kernel timers, concurrency management, and memory allocation. Chapter 3, “Kernel Facilities ”, examines several kernel services that are useful components in the tool box of driver developers. The chapter starts by looking at kernel threads, which is a way to implement background tasks inside the kernel. It then moves on to helper interfaces such as linked lists, work queues, completion functions, and notifier chains. These helper facilities simplify your code, weed out redundancies from the kernel, and help long-term maintenance. Chapter 4, “Laying the Groundwork” , builds the foundation for mastering the art of writing Linux device drivers. It introduces devices and drivers by giving you a bird's eye view of the architecture of a typical PC-compatible system and an embedded device. It then looks at basic driver concepts such as interrupt handling and the kernel’s device model. Chapter 5, “Character Drivers” , looks at the architecture of character device drivers. Several concepts introduced in this chapter such as polling, asynchronous notification, and I/O control, are relevant to subsequent chapters as well, since many device classes discussed in the rest of the book are ‘super’ character devices. Chapter 6, “Serial Drivers” , explains the kernel layer that handles serial devices. Chapter 7 , “Input Drivers” , discusses the kernel’s input subsystem that is responsible for servicing devices such as keyboards, mice, and touch screen controllers. Chapter 8, “The Inter-Integrated Circuit Protocol ”, dissects drivers for devices such as EEPROMs that are connected to a system’s I2 C bus or SMBus. This chapter also looks at other serial interfaces such as SPI bus and 1-wire bus. Chapter 9, “PCMCIA and Compact Flash ”, delves into the PCMCIA subsystem. It teaches you to write drivers for devices having a PCMCIA or Compact Flash form factor. Chapter 10, “Peripheral Component Interconnect”, looks at kernel support for PCI and its derivatives. Chapter 11, “Universal Serial Bus” ,explores USB architecture and explains how you can use the services of the Linux-USB subsystem to write drivers for USB devices. Chapter 12, “Video Drivers” , examines the Linux-Video subsystem. It finds out the advantages offered by the frame buffer abstraction and teaches you to write frame buffer drivers. Chapter 13, “Audio Drivers” ,describes the Linux-Audio framework and explains how to implement audio drivers. Chapter 14, “Block Drivers” ,focuses on drivers for storage devices such as hard disks. In this chapter, you will also learn about the different I/O schedulers supported by the Linux Block subsystem. Chapter 15, “Network Interface Cards” , is devoted to network device drivers. You will learn about kernel networking data structures and how to interface network drivers with protocol layers. Chapter 16, “Linux without Wires” , looks at driving different wireless technologies such as Bluetooth, Infrared, WiFi, and cellular communication. Chapter 17, “Memory Technology Devices”, discusses flash memory enablement on embedded devices.The chapter ends by examining drivers for the Firmware Hub found on PC systems. Chapter 18, “Embedding Linux” , steps into the world of embedded Linux. It takes you through the main firmware components of an embedded solution such as bootloader, kernel, and device drivers. Given the soaring popularity of Linux in the embedded space, it’s more likely that you will use the device driver skills that you acquire from this book to enable embedded systems. Chapter 19, “Drivers in User Space”, looks at driving different types of devices from user space. Some device drivers, especially ones that are heavy on policy and light on performance requirements, are better off residing in user land. This chapter also explains how the Linux process scheduler affects the response times of user mode drivers. Chapter 20, “More Devices and Drivers” , takes a tour of a potpourri of driver families not covered thus far, such as Error Detection And Correction (EDAC), FireWire, and ACPI. Chapter 21, “Debugging Device Drivers” , teaches about different types of debuggers that you can use to debug kernel code. In this chapter, you will also learn to use trace tools, kernel probes, crash-dump, and profilers. When you develop a driver, be armed with the driver debugging skills that you learn in this chapter. Chapter 22, “Maintenance and Delivery” , provides perspective on the software development life cycle. Chapter 23, “Shutting Down” , takes you through a checklist of work items when you embark on Linux-enabling a new device. The book ends by pondering What next?

本书内容基于Linux4.x内核，主要选取了Linux内核中比较基本和常用的内存管理、进程管理、并发与同步，以及中断管理这4个内核模块进行讲述。全书共分为6章，依次介绍了ARM体系结构、Linux内存管理、进程调度管理、并发与同步、中断管理、内核调试技巧等内容。本书的每节内容都是一个Linux内核的话题或者技术点，读者可以根据每小节前的问题进行思考，进而围绕问题进行内核源代码的分析。 本书内容丰富，讲解清晰透彻，不仅适合有一定Linux相关基础的人员，包括从事与Linux相关的开发人员、操作系统的研究人员、嵌入式开发人员及Android底层开发人员等学习和使用，而且适合作为对Linux感兴趣的程序员的学习用书，也可以作为大专院校相关专业师生的学习用书和培训学校的教材。

本压缩包包含关于H264通用的6个进阶文档，分别为： 1 《H.264_MPEG-4 Part 10 White Paper》 2 《Video coding using the H.264 MPEG-4 AVC compression standard》 3 《H.264 and MPEG-4 video compression》 4 《Overview of the H.264_AVC Video Coding Standard》 5 《Overview and Introduction to the Fidelity Range Extensions》 6《H.264_MPEG-4 AVC Reference Software Manual》

对学习、研究图像识别的人有一定的用。此系统一共有2个，他们文件相互独立，可分别下载运行，也可都下载。此为文件2.

对学习、研究图像识别的人有一定的用。此系统一共有2个，他们文件相互独立，可分别下载运行，也可都下载。此为文件1.

ubuntu下安装ffmpeg和X264之ffmpeg源码，

ubuntu下安装ffmpeg和X264之ffmepg源码，

ubuntu下安装ffmpeg和X264，最新的X264源码

ubuntu下安装ffmpeg和X264之yasm1.2.0,可以提高运行效率

最新的Delphi编程助手，可在Win7、XP系统下运行，只要下载，点击安装exe文件，重新启动Delphi便可以使用。其重主要的功能就是在编写代码的时候，自动补全代码，非常好用。 可运行在Delphi5\Delphi6\Delphi7以及最新的Delphi2010上。

数学真题,内含有答案分析,详细解说!还有丰富重难点讲解,对考研要求140分的同学应该能起到一定作用!

这是一个集单片机各应用方面的工具软件,里面含有各种小软件,它们是我们应用单片机开发过程中,不可少的@

很好很方便的汉字取模软件 这是一个汉多功能的汉字转化成数字码的软件,方便你使用!

这是一个高频发射机与接收机的课程设计论文,即里面含有收音机和发射台等相关资料.