结合视频压缩的理论以及IP核设计中对于仿真验证的要求，本文设计了视频压缩IP核FPGA仿真验证平台。
According to the theory in video compression as well as the simulation and verification requirement in IP core designing, the FPGA based IP core simulation platform is developed.
论述了无人作战飞机自主着陆研究中所涉及到的关键技术，并设计和建立了“基于视觉的无人作战飞机自主着陆实时仿真验证平台”。
A real time simulation test-bed for vision-based autonomous landing of Unmanned Combat Aerial Vehicles (UCAVs) was proposed, which can verify key techniques involved in autonomous landing.
为了调试和验证这种新的水下导航系统，开发了水下运载体导航系统仿真平台。
In order to debug and verify this underwater navigation system, the simulation platform of navigation system for underwater vehicle is developed.
验证结果表明，仿真系统能够完成操纵显控台的全部功能，为设计全自动测试平台奠定了基础。
The result of the validation shows the simulation system can realize all the functions of the console, and lay a foundation for designing an automatic test platform.
使用NS2仿真平台对MEAC算法的各个部分进行验证，结果显示MEAC算法降低了能耗达到了能量有效的目标。
Using NS2 simulation platform verify MEAC algorithm various parts, the result shows that MEAC algorithm reduces energy consumption, and reaches the goal of energy efficient.
它作为引战系统的集成仿真平台，可进行多方案选优和系统级的评估，快速验证引战系统总体性能是否达到设计要求。
As a kind of integral simulation platform, it can be used to implemented system evaluation and multi-scheme selection to validate the performance of fuse-warhead system.
本文对水下航行器制导控制半实物仿真系统的结构和功能作了详细介绍，并以此半实物仿真系统为试验平台，通过试验对实时调度算法进行应用和验证。
This paper introduces the frame and function of underwater vehicle control and guidance hardware-in-the-loop simulation system in detail, which actor as the test flat, through.
能方便地验证电路原理和开发、设计新电路，为电子电路设计、仿真实验提供了一个新的平台。
It can also conveniently verify circuit principles and research and develop new circuits, so that it provides a new method for electronic circuit design and simulation testing.
采用商用货价产品技术(COTS)构建原型仿真平台，对提出的多传感器管理系统体系结构进行原型仿真，验证了该设计的有效性。
A prototype simulation platform has been constructed with COTS components, on which the above mentioned multi-sensor management hierarchy is simulated and its effectiveness is verified.
实验表明，VOD系统用户行为仿真平台客观的反映了VOD系统的用户行为，同时还为其他算法研究和算法验证提供方便易用的基础。
The simulation indicates that the platform objectively reflects the user actions in VOD system, and it is also provide an easy-used basic for designing and validating the algorithms.
通过建立SDH芯片验证平台和SDH芯片测试平台，实现IP软核的功能仿真、时序仿真和芯片性能测试。
With the establishing of verification and test platform for SDH chip, We realize the function simulation, timing simulation and performance test of the IP soft-core.
实测结果表明，模拟分析结果与试验结果基本吻合，验证了仿真平台的可靠性和适用性。
Experimental results show that simulation results are basically consistent with the test results. These results show the simulation platform is reliable and have good applicability.
在完成该单元的RTL级设计的基础上，进一步构建了该单元及整个系统的功能仿真平台，在该平台上验证了设计的正确性。
This paper constructs the function simulation platform for buffer manager and the whole system, and validates the design on the platform after the RTL design.
我们首先通过数值仿真验证了标定方法的可行性，接着在本文的三维激光测量系统平台上进行了实验。
First, we validated the feasibility of the calibration method by simulated data, and then, we carried out experiments on the platform of 3d laser scanning system.
并基于直流输电开发研究平台，对三相接地故障激发的铁心饱和不稳定现象进行了仿真研究，验证了该方法的正确性。
Then base on the former research platform, an simulation of the core saturation instability caused by three-phase grounding fault is processed, thus the new judgment method is validated.
在污水处理过程仿真平台展开验证 工作，对生化需氧量BOD的软测量进行建模，获得了良好的实验结果。
The simulation on the platform of sewage disposal is made for the soft sensor model of biochemical oxygen demand (BOD) and some better results are obtained.
本文中，我们参照LTE的技术规范以及3GPPRAN4工作组的提案搭建了一个链路级仿真器，然后以此作为仿真平台来验证所提出的算法。
We refer to LTE's specifications and proposals of 3GPP RAN4 WG to construct a link level simulator. And then use it as the platform to validate the proposed algorithms.
依据分析结果，建立合理的仿真实验对分析进行验证，采用NS - 2平台，对照之前的分析结论进行仿真。
Based on the results of analysis, use NS-2 simulation platform, establish some reasonable simulate experiment to test and verify the above conclusions of analysis.
最后在虚拟仿真平台上结合地形勘察案例验证了任务调度算法，结果证明AUV能够在无人干预下自主地完成整个使命。
The task coordination algorithm was tested according to a terrain scanning scenario in a virtual system and demonstrated that an AUV can fulfill its mission autonomously.
论文基于ADVISOR仿真平台，开发了复合电源电动汽车仿真模型，并综合国内外常用的行驶工况对该模型进行了验证。
The Paper based on simulation platform of ADVISOR, and developed a simulation model of hybrid power ev, and integrated domestic and foreign common driving cycles to validate the model.
最后，基于模块化业务动态更新平台，本文设计和实现了网上书店仿真实验系统，来验证平台的可用性和正确性。
Finally, base on the modular business dynamic update platform, this paper designs and implements a network bookstore system to verify the usability and accuracy of the platform.
基于结构参数，采用简洁的直线电机推力模型，建立了平台的动力学模型，并通过仿真和扫频实验对所建模型加以验证。
Finally, based on the structural parameters and the simple force model of the linear motor, the dynamics models of the stage is built and verified using simulation and sweep testing.
本文使用NS2作为网络仿真实验平台对上述研究进行了验证和分析，实验结果表明：结合负载有助于提高RED的稳定性，降低丢包率；
We use NS2 as the simulation platform to verify the research mentioned above, the simulation results show that the utilization of load in RED can improve the stability of RED and reduce its drop rate;
在理论研究和仿真验证的基础上，本文进行了实验系统的硬、软件设计，并搭建了新型能量回馈牵引整流系统的实验平台。
Based on the theoretical study and simulation before, the paper finished the hardware and software design, built the new energy feedback traction rectifier experiment system.
在仿真部分，扩充了NS2仿真平台上已有的功能模块，从而验证了所提出的自适应门限预切换机制的性能。
For simulation, the existing functional modules on NS2 simulation platform are expanded, so that the performance of the mechanism with adaptive threshold is verified.
最后通过仿真实例验证了评估系统设计的合理性和可信性，证明其可以作为机载火控雷达预研论证、改造升级的重要研究平台。
Simulation example shows that design of the evaluation system is reasonable and reliable. It can be an important research platform of airborne fire-control radar's pre-research and upgrades.
最后通过仿真实例验证了评估系统设计的合理性和可信性，证明其可以作为机载火控雷达预研论证、改造升级的重要研究平台。
Simulation example shows that design of the evaluation system is reasonable and reliable. It can be an important research platform of airborne fire-control radar's pre-research and upgrades.
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