嵌入式Linux系统的DHCP研究

嵌入式系统和Linux的有机结合，成为后PC时代计算机最普遍的应用形势。Linux所具备的稳定、高效、易定制、易裁减、硬件支持广泛等特点，结合其所独具的免费、开放源代码等特征，使得Linux在近几年内迅速崛起成为嵌入式领域的一批黑马。基于嵌入式Linux进行嵌入式设备开发，具有其它开发平台所不能比拟的优势。本研究以分析和实验为基础，基于Linux开发平台，研究了嵌入式设备联网中的TCP／IP协议栈中的DHCP的结构和运行原理，定制了适合嵌入式设备的DHCP程序。     

Transitioning to the Embedded Librarian Model and Improving the Senior Capstone Business Strategy Course

In collaboration with a strategy professor, a research librarian at a four-year SACS and AACSB-accredited Southern college transitioned from the one-time library instruction model to the role of an embedded librarian within a senior-level capstone course over a multi-year transition period. Through the use of multiple quantitative and qualitative assessment instruments, as well as anecdotal comments, and finally pre- and post-test student satisfaction and learning surveys, the library instruction and course requirements were revised. This course's implementation formed the basis of a campus-wide effort to embed librarians within on-campus and online/hybrid courses. Conclusions, discussion and areas for future research are included.     

《嵌入式操作系统》课程实践教学研究

计算机操作系统相关课程是计算机专业的主干课程之一。为适应物联网发展需要,对《嵌入式操作系统》课程实践教学进行了研究,并给出了每个环节的教学方案。     

嵌入式数字兆欧表的设计

列车的绝缘值是列车安全运行的重要因素之一,是列车每次进出库都必须检测的项目。本文设计的嵌入式数字兆欧表是一种对列车各项绝缘参数进行检查的专用设备,以ARM为核心控制单元,具有自动保存数据功能,通过USB接口与计算机通讯实现数据传输,便于绝缘电阻测量数据的信息管理。嵌入式数字兆欧表具有测量精度高、性能稳定、操作简单、显示直观、实用性强、携带方便等特点,符合计算机技术的发展趋势。     

高校教学参考信息服务保障体系与E-learning平台整合服务研究——高校图书馆资源服务嵌入高校教学过程模式探索

文章总结了高校图书馆服务面临的问题与挑战,分析了高校图书馆开展教学支持服务的现状。通过CALIS高校教学参考信息服务保障体系与E-learning平台的整合实践,探索了图书馆如何为高校教学提供支持服务,将自身的资源与服务嵌入到教学环境中去的途径。     

基于E-learning的高校图书馆嵌入式教学服务研究

论文从E-learning及高校图书馆嵌入式教学服务的现状入手,分析了高校图书馆基于E-learning的嵌入式教学服务的主要模式,提出E-learning环境下高校图书馆开展嵌入式教学服务应建立图书馆与教师及学校相关部门的合作机制,保持高效地协作;鼓励学科馆员积极参加培训,提升自身素质;及时评估,改进教学效果,提高教学质量。     

The emergence of openness: How and why firms adopt selective revealing in open innovation

Open innovation is often facilitated by strong intellectual property rights (IPRs), but it may also function, and even be boosted, when firms deliberately waive some of their IPRs. Extant literature has pointed out the potential benefits of such behavior, but falls short of explaining what triggers firms to practice it in the first place and to maintain or extend it. Since the waiving of IPRs runs counter to common views on strategy and competition and to engrained practices, this is a non-trivial question. To address it, we conduct an empirical study in a segment of the computer component industry which traditionally has taken a rather proprietary stance. With the advent of the open source operating system Linux, firms increasingly waived their IPRs on software drivers. We trace and analyze this process using both qualitative and quantitative methods. Our results indicate that component makers went through a learning process, which led some to realize how selectively waiving IPRs may be beneficial for their business. We uncover customer demand pull as the initial trigger and observe how a positive feedback loop sets in subsequently, leading to a further increase in the use of selective revealing. Overall, we find that openness develops into a new dimension of competition. We discuss the implication of our findings for research on open innovation and highlight how they impact managers in practice.     

基于ARM和RTOS的嵌入式GUI的移植及应用

通过对μC／OS～Ⅱ实时操作系统和GUI图形界面在S3C44BOX上的移植,可以实现系统启动加栽Bootloader、μC／OS～Ⅱ操作系统的移植、串口程序的通讯、GUI图形界面的应用等功能,使系统软件平台的设计与应用范围有较大的拓展。     

嵌入式系统C语言编程方法研究

嵌入式系统是当前最热门最有发展前途的IT应用领域之一。嵌入式系统用在一些特定专用设备上,通常这些设备的硬件资源（如处理器、存储器等）非常有限,并且对成本很敏感,有时对实时响应要求很高。特别是随着消费家电的智能化,嵌入式更显重要。未来的物联网时代,射频识别技术都是基于嵌入式的基础上在互联网上完成的一个通信技术。     

一种嵌入式芯片IP核-I2C接口的仿真验证方法

基于Synopsys公司的12C接口的IP核,给出了该IP在中断／查询模式下和DMA模式下的验证方法。该嵌入式芯片的I2C接口与芯片外的一片EEPROM相接,芯片内置ARM对12C接口的相应寄存器进行配置,通过I2C接口与EEPROM之间的通信来实现该接口IP高效的验证。