智能光传送网络通过数字包封技术、控制平面技术和系列服务接口，可以很好地满足上述需求。
Intelligent optical transport network can satisfy above requirements well by adopting data wrapping technology, control plane technology and series service interfaces.
介绍了自动交换光网络ASON的概念、组成、控制平面技术、生存技术以及对ason节点的要求等。
This article introduces ASON of its concept, composition, control plane technology, survival techniques and node requirements etc.
自动交换光网络(ason)是一种新型的光网络技术，控制平面的引入必然导致传统光传送网网络管理系统产生重大变革。
ASON is a new optical network technology. Introduction of control plane in ASON will bring significant reform to optical transmission network management system.
动态平面控制技术能够克服这一缺陷。
The dynamic surface control(DSC) technique can overcome this shortcoming.
部署路由和信令协议、作为一种可行的技术来实现自动化，以及运行长期部署的控制平面软件等SDN应用已经有了很大的需求。
The application of SDN to deployed routing and signaling protocols and as a viable technology to automate and operate long deployed control plane software is now really gaining traction.
首先介绍ASON的总体结构及其构件，重点介绍ASON中涉及到的关键技术，包含传送平面、控制平面和管理平面。
This paper introduces the architecture and its components ASON focus on key technologies involved in the ASON. Transport Plane contain, control plane and management plane.
研究目的：通过理论研究，对无碴轨道施工平面控制测量的主要技术标准提出适宜的建议。
Research purposes: Through the theoretical research, this paper puts forward some suitable suggestions on the main technical standards of horizontal control survey for ballastless track construction.
基于滑模控制技术，确保了该控制器能驱赶系统状态达到事先指定的滑动超平面，从而获得预期的动态性能。
Based on the sliding mode control technique, the controller can drive the system into a pre-specified sliding hyperplane to obtain the desired dynamic performance.
系统还包括平面形状控制、动态规程自动设定和控制轧制技术，构成一个较完善的控制系统。
Plan view control, dynamic regulation automatic setting system and controlled rolling technology are also included in this system.
所以结合实际，开发基于智能控制技术的平面交叉口的交通信号控制系统以满足当前的交通需要。
Therefore, According to the fact, we exploitured the traffic signal control system of the grade intersection which is based on intelligent control technology to satisfy the current traffic demand.
基于GMPLS技术，建立了新的高速宽带光因特网节点结构，分析和讨论了基于GMPLS的光因特网的控制平面的特征。
On the basis of GMPLS technology, it establishes a novel node structure of high-speed broadband Optical Internet.
路由技术作为智能光网络控制平面的一项重要的核心技术，是智能光网络标准化工作的重点和难点。
As a core technology on the control plane of intelligent optical network, routing technology is the stress and difficulty for standardization of intelligent optical network.
先简要介绍了整个LOBS技术和LOBS的测试平台，然后给出了LOBS网络控制平面上协议的具体实现。
The LOBS and its testbed are firstly introduced and then describe the implement of signaling protocol in LOBS control plan.
研究微米级磁致伸缩微位移机构的控制技术，设计并实现了一个二维平面行走伸缩机构的PWM脉冲驱动控制系统。
The control mechanism of magnetostrictive microdisplacement actuator is investigated. A PWMbased system to control a microdisplacement actuator of two dimensions is designed and implemented.
研究微米级磁致伸缩微位移机构的控制技术，设计并实现了一个二维平面行走伸缩机构的PWM脉冲驱动控制系统。
The control mechanism of magnetostrictive microdisplacement actuator is investigated. A PWMbased system to control a microdisplacement actuator of two dimensions is designed and implemented.
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