Hardware Abstraction Layer

英 [ˈhɑːdweə(r) æbˈstrækʃn ˈleɪə(r)]

美 [ˈhɑːrdwer æbˈstrækʃn ler]

n.  硬件抽象层

计算机

双语例句

• At the end of paper, realizes a Hardware Abstraction Layer based on RICP on Terabit router, researches the key technique which guarantee the high performance internal communication and efficient interface device management.
  最后在T比特路由器上实现了基于RICP的硬件抽象层，并研究了其实现的关键技术，保证了路由器高效可靠的内部通信及对接口设备的有效管理。
• And the speech synthesis system transplantation work is in the hardware abstraction layer of Android system and finally provide synthesis API interface to the application layer in the form of dynamic libraries.
  在Android系统硬件抽象层中进行语音合成系统的移植最终以动态库的形式给应用层提供语音合成API接口。
• This paper uses the method of embedded system, which uses the hardware abstraction layer to separate the hardware and software application.
  本文引入嵌入式系统分层结构方法，用硬件抽象层把硬件驱动层和应用层分开，使应用软件脱离硬件的限制。
• Study of Vital Technologies in Hardware Abstraction Layer for High-performance Routers
  高性能路由器硬件抽象层的关键技术研究
• The main content of the dissertation is studied as follows: Low-cost, high precision and high sensitivity of fluorescence detection method; Weak signal processing technology; Portable low-power embedded systems technology; Embedded system hardware abstraction layer design.
  主要研究了低成本、高精度和高灵敏度的荧光探测方法、微弱信号处理技术、便携嵌入式系统的低功耗技术以及嵌入式系统硬件抽象层的设计。
• The following flags control vertex processing behavior for the hardware abstraction layer ( HAL) and reference devices.
  下面的标识为硬件抽象层和引用设备控制顶点处理的行为。
• Research on Embedded System Hardware Abstraction Layer and Application in Development Process
  嵌入式系统硬件抽象层研究及其在开发过程中的应用
• As a software layer between embedded operation system and hardware in embedded system, HAL ( Hardware Abstraction Layer) is a key problem of embedded application.
  在嵌入式系统中，硬件抽象层作为嵌入式操作系统和硬件之间的软件层次是嵌入式应用的一个关键问题。
• The hardware abstraction layer mainly realizes the boot technology of the operating system.
  硬件抽象层主要实现的是操作系统的引导技术。
• The results of analyzing its functions show that Hardware Abstraction Layer has resolved the problems of high-performance router distributed architecture in aspects of generalization, openness and extensibility.
  功能分析结果表明，硬件抽象层的实现，解决了高性能路由器分布式体系结构的通用性、开放性和扩展性问题，其测试结果满足IPv6路由器的性能需求。