信息物理系统

信息物理系统（CyberPhysicalSystem，CPS）是一个以环境感知为基础，深度融合了计算、通信和控制功能的智能无线化网络系统。

Cyber Physical System ( CPS ) is a kind of intelligent wireless network system . It deeply merges the function of computation , communication and control at the base of context-aware .

随着物联网、信息物理系统（CPS）等新概念、新技术的出现，人机交互技术的重要性更加凸显。

With the appearance of the Internet of things and the cyber physical systems ( CPS ), Human-computer interaction technology is more important in our lives .

最后，对信息物理系统中控制问题的研究提出建议。

Finally , some suggestions on the CPS control are provided .

而无线传感器网络是信息物理系统重要的组成部分。

Wireless sensor network is an important part of Cyber-physical systems .

信息物理系统是计算，网络和物理世界的统一体。

Cyber-physical systems are integrations of computation , networking , and physical worlds .

在信息物理系统中，信息计算过程和物理控制过程彼此之间通过有线和无线网络交互，并且系统也在网络空间中操控物理实体。

In CPSs , computation process and physical control process interact with each other through wired and wireless networks , and CP-S will operate the physical entities in cyberspace .

在信息物理系统中如何能够减少不必要的能量消耗，保证较小的传输延时，提高网络的整体性能，是目前所面临的首要挑战。

The primary challenge at present is how to cut down unnecessary energy consumption , guarantee less time lapse in transmission , and improve the overall performance of the network .

信息物理系统是一个高度复杂的物理系统，物联网被认为是信息物理系统的一种简约应用。

CyberPhysical System ( CPS ) is a kind of very complex physical system , and the Internet of Things ( IOT ) is looked as a simplified application of CPS .

继计算机和互联网之后，信息物理系统是集成计算、通信和控制于一体的下一代信息技术核心，该系统由于其巨大的应用前景而日益受到业内的关注。

After the computer and the Internet , Cyber-Physical Systems ( CPS ) will be the core of the next generation of information technology , integrated computation , communication and control in one body . It has been aroused increasing concern by the industry because of its great application prospects .

信息物理融合系统（CPS，cyberphysicalsystems）是一个综合信息世界、物理世界和控制过程的多维复杂系统，实现大型工程系统的动态控制、信息服务和实时感知。

Cyber Physical Systems ( CPS ) are multi-dimensional complex systems of comprehensive cyber world , physical world and control process , and realize dynamic control , information services and real-time sensing of large-scale engineering systems .

信息物理融合系统（CPS系统）被认为是下一代嵌入式系统，具有广阔的应用前景。

Cyber-Physical Systems ( CPS ) are considered to be the next-generation embedded systems and have broad application prospects , which involve deep interactions between computation cores , communication networks and physical environments .

阐明了基于这种思想构建的信息物理融合系统所拥有的特点和构建原则。

Clarify the characteristics of the physical integration of systems built based on this idea and principles .

实现基于序关系的多种解释为信息物理融合系统的信息世界结构化的分层次来进行分析计算。

Many based on the order relation interpreted as physical fusion system structured hierarchical world of information for analysis and calculation .

给出本文对信息物理融合系统物理世界的构建思想，利用多智能体模仿人体神经元连接方式，构建了信息物理融合系统的物理世界。

Given in this paper , the use of Multi-Agent System thought to mimic the human neuron connections , build the physical world of CPS .

微分逻辑以数学方程为基础来对信息物理融合系统进行描述，对系统的各属性规约并验证其正确性。

Differential logic is based on the mathematical equation to describe the hybrid system , and it stipulates each system property and verify its correctness .

最后通过实时推理验证控制系统的性能，说明逻辑分析方法对信息物理融合系统的合理性及可行性。

Finally , test the control system through the performance of real-time reasoning to say that logic analysis method of information is reasonable and feasible to hybrid system .

固态量子点系统是最有可能实现量子信息处理的物理系统之一，因此在量子点系统中的量子信息处理成为近几年研究的热点。

Solid state system is one of the most promising physical systems for realizing quantum information processing , so the research in quantum dot ( QD ) system of quantum information processing has become the hot topic in recent years .

高速发展的信息技术挑战着物理系统的信号处理能力，传统的信号处理模式已经不能适应如此海量的数据，因此压缩感知理论框架被提出。

The signal processing ability of physical systems now faces to the challenge of the rapid development of information technology , the traditional signal processing technology is not suitable for such vast amounts of processing data , thus compressive sensing theory is proposed .

如今理论上对量子信息处理的探讨进行得如火如荼，为了证明在信息操纵和信息传输上量子力学具有着非常巨大的潜力，人们也急切的寻找着能实现量子信息处理的物理系统。

Nowadays the processing of quantum information is theoretically under intense investigation , people are eagerly to find physical system to testify potential improvements offered by quantum mechanics to the manipulation and the transmission of information .