Chapter 1. Introduction Section 1.1. Why Linux? Section 1.2. Embedded Linux Today Section 1.3. Open Source and the GPL Section 1.4. Standards and Relevant Bodies Section 1.5. Chapter Summary Chapter 2. Your First Embedded Experience Section 2.1. Embedded or Not? Section 2.2. Anatomy of an Embedded System Section 2.3. Storage Considerations Section 2.4. Embedded Linux Distributions Section 2.5. Chapter Summary Chapter 3. Processor Basics Section 3.1. Stand-alone Processors Section 3.2. Integrated Processors: Systems on Chip Section 3.3. Hardware Platforms Section 3.4. Chapter Summary Chapter 4. The Linux KernelA Different Perspective Section 4.1. Background Section 4.2. Linux Kernel Construction Section 4.3. Kernel Build System Section 4.4. Obtaining a Linux Kernel Section 4.5. Chapter Summary Chapter 5. Kernel Initialization Section 5.1. Composite Kernel Image: Piggy and Friends Section 5.2. Initialization Flow of Control Section 5.3. Kernel Command Line Processing Section 5.4. Subsystem Initialization Section 5.5. The init Thread Section 5.6. Chapter Summary Chapter 6. System Initialization Section 6.1. Root File System Section 6.2. Kernel's Last Boot Steps Section 6.3. The Init Process Section 6.4. Initial RAM Disk Section 6.5. Using initramfs Section 6.6. Shutdown Section 6.7. Chapter Summary Chapter 7. Bootloaders Section 7.1. Role of a Bootloader Section 7.2. Bootloader Challenges Section 7.3. A Universal Bootloader: Das U-Boot Section 7.4. Porting U-Boot Section 7.5. Other Bootloaders Section 7.6. Chapter Summary Chapter 8. Device Driver Basics Section 8.1. Device Driver Concepts Section 8.2. Module Utilities Section 8.3. Driver Methods Section 8.4. Bringing It All Together Section 8.5. Device Drivers and the GPL Section 8.6. Chapter Summary Chapter 9. File Systems Section 9.1. Linux File System Concepts Section 9.2. ext2 Section 9.3. ext3 Section 9.4. ReiserFS Section 9.5. JFFS2 Section 9.6. cramfs Section 9.7. Network File System Section 9.8. Pseudo File Sys

破解：Product选择Embedded Workbench for MSP430 V4.11B,已经测试过可以用 IAR Embedded Workbench for MSP430 V4.20软件下载 受上传大小限制 分5部分 上传

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电磁波智能matlab代码自动化嵌入式系统计算天线轴向比的实现 介绍 该项目是一个自动测试系统，使用旋转探针方法来计算任何给定测试天线的轴向比。 该系统还计算了足够的参数来生成天线的辐射功率模式。 轴比的准确值决定了发射天线的极化。 基于使用我开发的这个测试系统在特定条件下实现的极化类型将有助于推导出微带贴片天线的计算和制造参数，这些天线用作合成Kong径雷达 (SAR) 传感器或微波遥感卫星（如 SAR 卫星）中的收发器. 硬件测试设置 可以移动以改变发射和接收天线之间距离的天线装置。 发射天线：用于测试目的的螺旋天线（圆极化）偶极天线和环形天线 接收天线：喇叭天线 阿杜诺乌诺 TB6600 步进电机驱动器 NEMA 17 /NEMA 21 步进电机 N9916A Fieldfox 频谱分析仪，是德科技 SMA 连接器和以太网电缆 软件 Arduino IDE 软件 加工工具软件 MATLAB 旋转探针系统/方法 该方法广泛用于计算发射天线的不同特性和参数。 在这种方法中， 需要测试或表征的天线固定在天线夹具机构上。 该天线由合适的馈电技术馈电并辐射电磁波。 在接收端，在这种情况下最

博文附带的示例源代码http://blog.csdn.net/dreamliner/archive/2009/05/30/4226625.aspx

Designing Embedded Hardware steers a course between those books dedicated to writing code for particular microprocessors, and those that stress the philosophy of embedded system design without providing any practical information. Loaded with real examples, this book also provides a roadmap to the pitfalls and traps to avoid. If you want to build your own embedded system, or tweak an existing one, this invaluable book gives you the understanding and practical skills you need.

Table of Contents Chapter 1 Software Engineering of Embedded and Real-Time Systems Chapter 2 Embedded Systems Hardware/Software Co-Development Chapter 3 Software Modeling for Embedded Systems Chapter 4 Software Design Architecture and Patterns for Embedded Systems Chapter 5 Real-Time Building Blocks: Events and Triggers Chapter 6 Hardware’s Interface to Embedded Software Chapter 7 Embedded Software Programming and Implementation Guidelines Chapter 8 Embedded Operating Systems Chapter 9 Software Reuse By Design in Embedded Systems Chapter 10 Software Performance Engineering for Embedded Systems Chapter 11 Optimizing Embedded Software for Performance Chapter 12 Optimizing Embedded Software for Memory Chapter 13 Optimizing Embedded Software for Power Chapter 14 Human Factors and User Interface Design for Embedded Systems Chapter 15 Embedded Software Quality, Integration and Testing Techniques Chapter 16 Software Development Tools for Embedded Systems Chapter 17 Multicore Software Development for Embedded Systems Chapter 18 Safety-Critical Software Development Chapter 19 Intellectual Property Chapter 20 Managing Embedded Software Development Chapter 21 Agile Development for Embedded Systems Chapter 22 Embedded Software for Automotive Applications Chapter 23 Programming for I/O and Storage Chapter 24 Embedded Software for Networking Applications Chapter 25 Linux for Embedded Systems

SIM800C指令集，开发查询

Unity 3d 浏览器插件 Embedded Browser(3.1.0)

运行嵌入式Apache Felix OSGI容器的示例Spring Boot Web应用程序 这个想法是能够： 加载运行嵌入式Felix Framework的基本Spring Boot App。 使用标准的注解（例如Spring Web控制器和ServletFilter等），使用普通jar添加功能 自动检测并提供嵌入式静态资源 Sprint Boot 将应用程序入口点创建为@SpringBootApplication 自定义Spring Boot启动横幅 将Spring默认日志记录配置为在资源中使用log4j2.xml 为Felix框架添加一种在内部环境中使用Spring引导属性的方法 费利克斯 创建FelixService作为Spring Service Component和ApplicationReadyEvent事件侦听器以对其进行初始化 配置Felix以加载一些预定