虚拟化层对基础的硬件接口进行规范化，所以虚拟机可以在不同的硬件平台之间无缝地移动。
The virtualization layer standardizes the underlying hardware interfaces, so virtual machines can be moved seamlessly across different hardware platforms.
扩展网络公司正在为通用动力公司的WIN - T硬件平台与加速器操作系统开发接口。
Expand Networks is porting the Accelerator Operating System to General Dynamics' WIN-T hardware platform.
接口库主要由两部分组成：特定硬件平台MPC555 的底层功能驱动函数库和针对汽车电子开发领域的特定算法接口库。
The interface library mainly contains two part of compositions, which are drive function of MPC555 hardware platform and particular algorithm interface library aiming at the autocar development realm.
系统具有高度可伸缩性，统一的管理平台，灵活的内容分发子系统，广泛的硬件、应用和内容支持，丰富的接口等特点。
The system is highly expandable. Also, it has uniform management platform, flexible content distribution system, widespread support of hardware, application and content, rich interface and so on.
本文首先设计了用于CAN总线和RS- 485总线向以太网转换的接口转换卡，构建了无缝通信系统的硬件平台。
First, an interface convert card is designed, which can convert can field bus and RS-485 bus to Ethernet. This card will build up the hardware platform of the seamless communication system.
在理解了仪器平台和各个仪器模块的硬件电路的基础上，提出软件设计方法并实现了基本接口功能。
Upon understanding the instruments platform and each instrument module hardware circuits, the author gives software design scheme and realizes the fundamental instrument interface function.
在此硬件平台通讯中，采用了基于网络的TCP／IP协议，设计了单片机与网络的硬件接口。
TCP/IP protocol based on network is adopted and interface between microcontroller and network hardware is designed in the hardware platform communication.
文中提出了基于SOC的可配置微机保护硬件平台的设计方法和具体实现，该平台由FPGA和微处理器以及相关接口构成。
A reconfigurable Hardware Platform Based on SOC Design for Digital Protective Relay is presented. It combines the FPGA and the Flash MCU and related interface circuit.
硬件设计方面采用DSP芯片TMS320F206为核心处理器，建立起基本的采样、控制、通信和人机接口硬件平台。
With regards to the hardware design, a DSP chip TMS320F206 is adopted as CPU, and builds a hardware platform of sample, control, communication and human interface.
系统主要利用CMOS摄像机、高性能CPLD、ARM7芯片以及以太网接口芯片作为硬件平台。
This system made use of CMOS digital camera, high performance CPLD, ARM7 chip and Ethernet chip as its hardware platform.
硬件采用便携式工控机、通信接口卡和数据采集接口卡，软件基于虚拟仪器开发平台开发。
Hardware is designed based on portable industrial PC, data communication card and data acquisition card. Software is developed with virtual instrument development platform.
硬件平台还集成了液晶、触摸屏等人机接口和嵌入式GPS模块，同时提供了USB主机、SD卡扩展接口。
The platform integrates some devices, such as the interface between human-machine (LCD and Touchpad), embedded GPS module. And it provides some extended interface such as USB Host, SD Card.
设计的硬件平台具有较高的通用性，包括多种接口方式，方便以后扩展。
The design of the hardware platform in this paper has high versatility, which includes a variety of interfaces, facilitates for future expansion.
硬件抽象层利用底层微内核提供的API对底层硬件和外设进行访问和控制，提供一个抽象硬件平台和统一的硬件接口。
We provided an abstract hardware platform and a unified hardware interface by the use of the underlying microkernel APIs for the underlying hardware and peripherals to access and control.
本论文主要基于IP交换的硬件平台中的接口板的设计和实现。
This paper mainly discusses the design and realization of the hardware board based on IP exchange.
在不同的软件或硬件平台上，外部运算系统接口和应用程序接口是不同的。
External operating system interfaces and application programming interfaces (APIs) are different on different hardware and software platforms.
在软硬件开发平台的基础上，本文还详细介绍了硬件接口层的软件设计和应用层的软件开发和设计过程。
On the basis of both the hardware and software development platform, this paper introduces the detailed software design process of hardware abstract layer and system application layer.
并在MPC860T硬件平台上设计路由器接口驱动程序的实验基础上，提出了一种新的有效的通过对报文缓冲区的管理来解决路由器的接收活锁问题的方法。
Based on MPC860T SCC driver design experiment, this paper brings forward a new and effective solution using buffer management strategy to eliminate routers receive livelocks.
并在MPC860T硬件平台上设计路由器接口驱动程序的实验基础上，提出了一种新的有效的通过对报文缓冲区的管理来解决路由器的接收活锁问题的方法。
Based on MPC860T SCC driver design experiment, this paper brings forward a new and effective solution using buffer management strategy to eliminate routers receive livelocks.
应用推荐