Considering the problem of not providing energy model in OPNET, a modeling method in WSN is presented.
针对OPNET未提供能量模型的问题，提出无线传感器网络OPNET能量建模方法。
This paper introduces a method for modeling broadcast protocols in OPNET by illustrating a simulation for a new real-time Ethernet MAC protocol.
本文以一种新型的实时以太网介质访问控制协议的仿真为例，介绍总线型协议建模方法，详细描述了OPNET的建模仿真过程。
A new network simulation tool OPNET is introduced, which is used in information transmission simulation of a practical substation communication network.
同时介绍了一种新型的网络仿真工具OPNET，并采用该软件对典型变电站信息的网络传输进行了实例仿真。
The simulation results have certain reference value to new network planning and design, also to people who use OPNET to carry on the network simulation.
所做工作对于初期网络规划设计具有一定的参考价值，对使用OPNET进行网络仿真也具有一定借鉴意义。
Through OPNET simulation, show that the dynamic routing algorithm has a smaller interstellar delay, to meet the LEO satellite mobile communication systems.
通过在OPNET中仿真验证，该动态星际路由算法具有较小的用户通话时延，能够满足低轨移动通信系统的需求。
This paper introduces the main processes for simulating TDMA technology using OPNET. The simulation results demonstrate that protocol is correct and effective.
文中详细介绍了用OPNET仿真实现TD MA多路访问技术的主要过程，仿真结果验证了协议的正确性和有效性。
The paper considers traffic stream theory as directive thinking and designs network road traffic stream simulating platform using OPNET network simulating software.
以交通流理论为指导思想，提出采用OPNET网络仿真软件设计网络道路交通流仿真平台。
OPNET is an excellent network simulation software which can help researchers to design, construct, analyze and manage the architecture, device and application of networks.
OPNET是一款优秀的网络仿真软件，其优点是帮助研究人员进行网络结构、设备和应用的设计、建设、分析和管理。
And then time slot allocation algorithms and routing protocols based on directional antenna are designed for IFDL. At last performance of the network is simulated with OPNET.
然后设计、提出了基于定向天线的适用于机间数据链的时隙分配算法及路由协议并利用OPNET仿真软件验证了网络性能。
This article studies the three modeling mechanisms of the OPNET based on the research of the system modeling: the network modeling, the node modeling and the process modeling.
在对系统建模进行研究的基础之上，通过对通信网络仿真软件OPNET的三层建模机制：网络建模、节点建模、进程建模进行了研究。
It makes use of the interface ICI of OPNET which is a noted network simulation software to simulate the reality to transmit process of security information of data in the paper.
通过对著名的网络仿真软件OPNET的IC I接口来进行数据的安全信息传送过程的仿真实现的分析和研究，寻找到一种可以运用于信息安全模型仿真的新方法，从而简化信息安全模型仿真过程中的复杂编程。
Some proposals are also discussed to improve the LEACH routing protocol. At the same time a universal and scalable LEACH protocol's simulation platform is established using OPNET.
同时在网络仿真软件OPNET下搭建了一个具有良好通用性和可扩展性的LEACH协议仿真平台。
The process of the background traffic modeling is described in Chapter 3 in detail, and solves admirably the technology problem about the interface of traffic data and OPNET software.
第三章详尽地叙述了模型的建立过程，极好地解决了流量数据输入时与网络仿真软件OPNET接口的技术问题。
Firstly the network model and energy model of LEACH are briefly described, then modeling steps of LEACH based on OPNET are introduced, lastly the simulation result is presented and analyzed.
首先本文简要描述了LEACH协议的网络模型以及能量模型，随后介绍了利用OPNET进行LEACH协议建模的步骤，最后给出并分析了仿真结果。
OPNET provides a comprehensive development environment supporting the modeling of networks and distributed systems, and HLA provides a Co-simulation platform for different simulation entities.
OPNET网络仿真软件为网络和分布式系统仿真提供了功能强大的开发环境，HLA体系结构为不同的仿真实体提供了协同仿真的平台。
OPNET is a set of network simulation tools, and can be an efficiency platform for researching network storage performance, by developing and improving the existing protocol and equipment model.
OPNET是一套网络仿真工具，通过对现有协议、设备模型进行开发和改进，可以使其成为一个研究网络存储系统性能的高效平台。
Founded in 1991, OPNET Technologies Co. , Ltd. (OPNET) specializes in designing, manufacturing and marketing telecommunication transmission products for access networks and inter-office networks.
荣群电讯股份有限公司创始于1991 年，公司目标为设计、制造及销售世界顶级的宽频多重服务接取网路及光纤传输系统，产品市场遍及全球。
Founded in 1991, OPNET Technologies Co. , Ltd. (OPNET) specializes in designing, manufacturing and marketing telecommunication transmission products for access networks and inter-office networks.
荣群电讯股份有限公司创始于1991 年，公司目标为设计、制造及销售世界顶级的宽频多重服务接取网路及光纤传输系统，产品市场遍及全球。
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