Mobile and Pervasive Computing.
移动和普适计算。
Pervasive computing is a near synonym for ubicomp.
普适计算是ubicomp的同义词。
A framework for managing pervasive computing is presented.
提出了用于管理普适计算的框架。
Pervasive computing is the trend of development for computing mode.
普适计算是计算模式的发展趋势。
Check out the latest developments at IBM's Pervasive Computing site.
请在IBM的普及计算站点查看最新的开发情况。
Service Discovery is one of fundamental techniques of pervasive computing.
服务发现技术是普及计算领域中的一项基本技术。
It also runs on platforms ranging from mainframes to pervasive computing devices.
它可以运行在从大型机到普通的计算设备等多种平台之上。
Pervasive computing is making e-business an "any place, any time" phenomenon.
普遍的计算使电子商务变成“任何地点，任何时间”的现象。
This paper proposes a new pervasive computing paradigm: transparence computing.
本文提出一种新的普适计算模式：透明计算。
XYZ Ltd. manufactures PDAs, wearable computers, and other pervasive computing devices.
XYZLtd. 是一家生产PDA，可佩戴的计算机，及其它普及计算设备的公司。
Users can access resources and obtain services anytime anywhere in pervasive computing environment.
在普适计算环境中，用户能够在任何时间任何地点访问资源，获得服务。
What seems to be lacking is a suitable abstraction for programming pervasive computing environments.
看上去缺少的东西正好适合于编程普及运算环境。
Users can access resources and obtain services anytime and anywhere in pervasive computing environment.
在普适计算环境中，用户能够在任何时间、任何地点访问资源，获得服务。
Smart space which is an important branch, speaks volumes for the characteristics of pervasive computing.
智能空间作为普适计算的一个重要分支能充分的反映普适计算的特征。
In this paper, after analyzing the characteristics of pervasive computing, we present a formal trust computing model.
本文在分析普适计算的信任特征后给出了适合该环境的信任计算模型。
With the arrival of pervasive computing new layers of functionality can be added to everyday objects and environments.
随着计算机技术的普及，新型的功能也能被添加到日常生活的物件和环境中去。
The subscription application developed in this tutorial is part of a demo created by the Pervasive Computing demo Team.
本指南中开发的订阅应用程序是Pervasive ComputingDemoTeam所创建的示例的一部分。
The middleware supporting context-aware application is the important platform under the pervasive computing environment.
支持情境感知的中间件是普适计算环境下重要的应用支撑平台。
This paper puts forward a formal context model based on ontology, which is suitable for pervasive computing environment.
提出了一个适合普适计算环境的、基于本体的形式化的上下文感知模型。
It is unsuitable for pervasive computing environment which entities are strangers to use traditional identity-based authentication.
可是传统认证是基于身份的认证，不适合普适环境中对陌生实体的认证。
As a new computing paradigm, pervasive computing has many challenges, such as seamless mobility, adaptability and heterogeneity, etc.
作为一种新型计算模式，普适计算有许多重要课题需要研究，例如无缝移动等等。
This paper is to advocate the application of pervasive computing to the library management and the establishment of library smart space.
根据普适计算的特征，提出一个建设图书馆智能空间的参考模型。
Absrtact: Pervasive computing is a new computing mode, the aim of which is to provide services anytime, anywhere, based on users' demands.
摘要：普适计算是一种新的计算模式，目的是根据用户需要提供随时随地的服务。
Pervasive computing makes it possible to get the necessary information services any time anywhere via various intelligent computing devices.
普及计算使人们能通过各类智能计算设备，随时随地获得各种所需的信息服务。
A programmer armed with a J2EE client, and the packages of the Device Manager API can quickly get started exploring the IBM pervasive computing universe.
拥有J2EE客户端和设备管理器api包的程序员很快就可以开始研究IBM普及计算领域。
These devices can be PDAs, handheld PCs, wireless laptops, cell phones, set-top boxes, in-vehicle information systems, and other devices for pervasive computing.
这些设备是个人数据助理(PDA)、手持PC、无线笔记本电脑、蜂窝式移动电话(cell phone)、置顶盒(set - top box)、车辆内部的信息系统和用于普及计算的其他设备。
Integrated with sensor, computation and wireless communication technologies wireless sensor network is a typical application of the pervasive computing mode.
集成了传感、计算和通信技术的无线传感器网络是普适计算模式的一种典型应用。
Trustworthy scheme, which is a hot-spot in the research of pervasive computing, can guarantee everywhere and invisible computing model in pervasive computing.
普适计算的可信保证是无时无处不在而又不可见的计算方式得以实施的重要保障，是普适计算领域的研究热点。
Trustworthy scheme, which is a hot-spot in the research of pervasive computing, can guarantee everywhere and invisible computing model in pervasive computing.
普适计算的可信保证是无时无处不在而又不可见的计算方式得以实施的重要保障，是普适计算领域的研究热点。
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