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    Study on the Model of Target Acquisition in Electronic Antagonism Environment
    电子对抗环境下的目标探测模型研究
    Radar Countermeasure Environment Simulated Model
    雷达对抗环境仿真模型
    The Path Planning for Robot Soccer Under Antagonistic Environment
    对抗环境下足球机器人路径规划
    Research and Application on Mutil-agent Coordination Model Based on DFL in Antagonistic Environment and Non-antagonistic Environment
    基于DFL的多Agent在对抗环境和非对抗环境中的协调模型及应用研究
    Based on multi-agent system, and with the introduction of multi-agent system's architecture, coordination and cooperation, this dissertation gives a thorough and systematic research on the information fusion of multi-robot system, the tasks distribution and programming of multi-robot coordination, and the multi-robot under oppositional environment.
    本文以多机器人系统为研究背景,结合MAS(即多智能体系统)的体系结构以及协调与合作技术,针对多机器人系统中信息的融合,多机器人协调中的任务分配与规划,对抗环境下的多机器人协调等问题对进行了深入研究,提供了有效的解决方案,主要工作和贡献如下:
    RoboCup (Robot World Cup) is the typical multi-agent system. The RoboCup Simulation advances the research of decision and cooperation in Multi-Agent System in a real-time and adversarial environment, by providing a standard problem.
    RoboCup(robot world cup),即机器人世界杯足球赛,是典型的多Agent系统,它通过提供一个标准的实验测试平台,促进了多Agent系统在实时对抗环境下决策与合作问题的研究。
    The article introduces fundamental concept of radar and radar countermeasure and the primary sort of radar countermeasure,clarifies the electromaghnetic signal environment that radar and radar countermeasure equipment will confront in rada countermeasure envioroment,and presents the simulated model that the radar countermeasure simulated experiment required.
    介绍了雷达和雷达对抗的基本概念以及雷达对抗的基本分类 ,阐明了雷达对抗环境下雷达和雷达对抗设备分别所面临的电磁信号环境以及雷达对抗仿真试验所需的仿真模型。
    The Study on Fuze Strategy in the Presence of ECM Environmental Threat
    引信电子对抗环境威胁及其对策研究
    The Development of Simulation Software for Surface to Air Missile Weapon System under ECM Circumstance Based on STAGE
    基于STAGE的电子对抗环境下地空导弹武器系统仿真软件研制
    Research on Operational Effectiveness Evaluation of UAV in Attack-detense Encounter Interaction
    攻防对抗环境下无人侦察机作战效能评估
    Simulation of Target Auto-Tracking System in Confrontation Environment
    对抗环境中坦克自动跟踪系统仿真
    Developments of Vehicle Tracking Telemetry Command and Communication Techniques Under Environments of Electronic Countermeasure
    电子对抗环境下飞行器测控通信技术的发展
    Research on Network Security Evaluation Technology Based on Attack-defense Confrontation
    攻防对抗环境下的网络安全态势评估技术研究
    Efficient, simple and compact laser sources of simultaneous emissions at multiple wavelengths have also shown lots of application foregrounds in many fields, such as optical communication, photodynamic therapy (PDT), optical calculation, military interaction, environmental monitory, laser remote sensing, laser radar, spectroanalysis, medical instrumentation, and scientific research.
    紧凑、高效的多波长同时输出激光光源在光通讯、光动力医疗、光计算、军事对抗、环境监测、激光遥测、激光雷达、光谱分析等领域也有着非常广泛的应用前景。 目前,关于全固态多波长激光器的研究工作也很多。
    In this paper, based on dynamic fuzzy logic, we proposed a mutil-agent coordinate work model in antagonistic environment and non-antagonistic environment in dealing with the mutil-agent system's work mechanism.
    本文基于动态模糊逻辑理论,针对多Agent系统中在对抗和非对抗环境中的工作机理,建立了多Agent基于对抗和非对抗环境的协调工作模型,主要包括如下几个方面的工作:
    The RohoCup Simulation, which aims at fostering the research on the decision and cooperation in Multi-Agent System in a real-time and adversarial environment by providing a standard problem, has become one of the hotspots in Artificial Intelligence, Robotic, etc.
    通过提供一个标准的实验测试平台,促进多智能体系统在实时对抗环境下决策与合作问题的研究,机器人足球仿真比赛成为了当前智能机器人领域的一个研究热点。
    The key question is that, government must lay a set of measures, which encourage firms to take prevented attitude to environmental question rather than counter environmental regulation.
    问题的关键是,政府必须实施一套鼓励企业对待环境问题采取预防的态度而不是对抗环境法规的措施。
    A soccer robot system is the typical multi-agent system, where each robot in a team cooperates with its teammates under a real-time oppositional environment to fulfill specific objectives.
    足球机器人系统是典型的多智能体系统,它要求多个机器人在实时对抗的环境中协作完成一个共同的任务,为研究多机器人的协作与控制提供了理想平台。
    Presently, the key points focus on research area of online learning, real-time strategy under counteractant environment, and the cooperation and collaboration among agents, including the research of dynamic cooperation mechanism, collaboration strategy and advanced offensive and defensive strategy.
    目前的主要难点在于在线学习、对抗环境下的实时战略研究和Multi-agent间的合作、协作方法的研究。 包括动态协调机制、协商策略和高级攻防战略的应用研究等。
    Signal-transduction pathways converge ultimately at the level of transcriptional activation to produce specific patterns of gene expression in response to environmental stimuli.
    信号转导途径集中在转录水平对细胞进行调控,通过转录激活特异基因的表达对抗环境刺激因子的作用。
 

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