Chinese translation for "cooperative communication"

合作通信

Related Translations:

cooperatives:  合作制

cooperative learning:  合作学习法

cooperative plan:  合作计划

cooperative arrangement:  合作安排

cooperative venture:  合作

cooperative savings:  共同储蓄存款

users cooperative:  消费合作社

cooperative association:  合作团体合作协会

cooperative ability:  群体合作能力

agricultural cooperative:  农业合作社

Example Sentences:

	1.	A research of combining detection algorithms in cooperative communications 一种协同通信中的联合检测算法研究
	2.	Automatic recognition of modulation signals is the key problem in non _ cooperative communication systems . it is the required function of software defined radio receiver 信号调制样式的自动识别是非协作通信中的主要问题,也是软件无线电接收机必备的功能之一。
	3.	The automatic recognition scheme and parameters estimation have been verified with matlab simulation , which have made a foundation for further research of non - cooperative communication and software defined radio 本论文通过matlab语言仿真验证上述调制方式的自动识别以及参数估计算法,为进一步研究非协作通信和软件无线电奠定了基础。
	4.	Classroom use of the program involves students in cooperative communication ; in the integration of spatial , logical , and computational reasoning ; and in the use of a variety of mathematics to foster conceptual understanding 无论是学生之间的合作交流的过程中，还是学生在整和空间，逻辑，和推理运算中，以及在多种数学应用中注重培养对概念的理解的过程中，都包含在这种程序的使用范围内。
	5.	Additionally , since direct spread spectrum sequence ( dsss ) signal has an ultra - low power spectrum density , finding approaches to detect it and estimate its parameters in the non - cooperative communication system is a great challenge for applications 另外, dsss信号由于具有极低的功率谱密度,如何在非协作通信中不知道扩频序列的前提下对其进行检测和估计,是一个具有很强应用背景的课题。
	6.	Finally , the paper studies the dsss signal detection and its parameter estimation in non - cooperative communication using the strong self - correlation of spread spectrum sequence . these parameters are the carrier frequency , baud period , chip period and chip sequence 最后,利用扩频序列的强自相关特性,研究了直接序列扩频信号在非协作通信中的检测和参数估计问题,研究的参数包括:载频、符号周期、码片周期和扩频码序列。
	7.	2 ) based on the study and analysis of many security architecture standards , the security region and the defense layer are introduced , the information category , the threatening level and the security protection level ( spl ) are put forward , the methods and requires of the security analysis are discussed in this paper . 3 ) based on the security architecture model and the security analysis , the graded requires of the security management and the security technology is presented , so the security design of the cissa and the choice of security produces can be done conveniently . 4 ) a cooperative communication platform is designed and implemented to ensure the dynamic and cooperative ability of above cissa model 针对计算机信息系统安全体系模型和实施标准的不足，本文紧密围绕分层、分级、动态防御以及协同通信平台等关键技术开展研究工作，所做的工作主要集中在： 1 )在深入研究了当前各种流行的安全体系模型基础上，提出了用于指导计算机信息系统安全体系建设的动态纵深防御安全体系模型； 2 )在对各种安全体系标准进行研究与分析的基础上，引入了安全域和安全防护层次的概念，提出了信息类别、威胁级别和安全保障级别的定义，阐述了进行计算机信息系统安全分析的方法和要求； 3 )在安全体系模型和安全分析的基础上，提出了安全管理及安全技术的分级要求，从而便于进行计算机信息系统的安全设计以及产品的选型； 4 )设计并基本实现了用于保障上述安全体系动态协同能力的协同通信平台。
	8.	The defense - in - dynamic & depth cissa model and the cooperative communication platform which are put forward in this paper have been applied into " the network intrusion detection , the warning and the security management technology " ( 863 program ) , which lays the foundations for the successful examination of 863 experts 本文所提出的动态纵深防御安全体系模型以及协同通信平台，已经在“网络入侵检测、预警和安全管理技术(战略预警) ” ( “十五” 863计划)中得到了应用，为863项目顺利通过验收打下了坚实的基础。
	9.	The potential applications of amr include both civil and military communication , especially non - cooperative communications and communication confrontation , such as identifying signals , supervising signals , distinguishing interference , electronic confrontation , analyzing military threat , etc . on the basis of our analysis to the existing research on feature abstraction , the related feature abstraction methods are optimized in this paper , resulting several effective methods such as the feature abstraction based on transformation domain , stepped voltage level analysis , normalized carrier - free spectral energy analysis , squared signal and fourth powered signal analysis , etc . both the decision theory based on recognition algorithms and the artificial neural network ( ann ) based on recognition algorithms is analyzed , and the former is selected as it is more appropriate for this research 调制类型的自动识别广泛应用于民用通信与军用通信，尤其是对于非合作性通信、通信对抗，比如：信号确认、信号监控、干扰辨识、电子对抗、软件无线电、电子救援、通信对抗、军事威胁分析等。本论文在分析现有研究的基础上，借鉴了已有的特征提取方法，对相关调制类型特征提取方法进行了优化，使用了一些有效的方法，如基于变换域特征提取方法、梯层电平分析方法、剔除载波后的归一化频域能量分析方法、信号平方后的频谱分析方法、信号四次方后的频谱分析方法等。通过对基于决策理论和基于人工神经网络两种识别算法进行分析，本论文选择了较适合的基于决策理论的识别算法。

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