基于TCP/IP拥塞控制的算法研究

在WPAN上使用TCP的关键在于拥塞控制，根据TCP的拥塞控制机制，通过分析拥塞控制的闭环控制原理、TCP／IP拥塞控制所使用的典型技术，研究TCP／IP拥塞控制在无线网上应用的算法。     

杭州城市交通拥挤现状及对策

在分析杭州市交通供需现状的基础上,提出了规划多中心结构和混合功能区,以减少不必要的出行以及合理配置交通源,并对改善中心区交通提出切实可行的对策。     

外军舰船综合通信系统技术分析

综合通信系统是舰船的“中枢神经”。文章从欧洲和美国海军舰艇的综合通信系统技术的分析入手,研究了舰船通信系统的发展趋势,提出了对我军舰船通信系统建设的建议。     

将触摸屏查询系统应用于医保患者实时费用核查的设计实践

本文重点介绍了采取新的思路将现有医院触摸屏查询系统扩展运用于住院医保患者自付费用的实时核查,并将运算结果进一步共享运用在医院信息系统(HIS)各个功能模块。     

网络化作战系统——指挥控制中枢的革命

综合比较综合控制式作战系统与网络化作战系统（NOS）,阐述应用网络化作战系统所拥有的崭新的作战效能、前所未有的抗损能力及快捷的应变能力。综合分析网络化作战系统出现的背景,着重论述开发网络化作战系统对提升作战系统效能及解决装备建设问题的优势所在,即可解决装备发展周期过长问题,小型作战平台普及及指挥系统问题,以及传统技术体系对装备发展机制的束缚问题。     

舰载作战系统新一代网络技术发展探讨

着重分析了目前舰载作战系统的网络结构，指出了所存在的不足，介绍了目前较流行和成熟的商用网络传输体制，分析了今后新一代作战系统网络技术的发展趋势，提出了利用合适的成熟商用网络传输体制进行二次开发，并在此基础上构建开放式RPR弹性分组环网络，给出了网络拓扑结构。     

浅谈轨道交通数据网的建设

分析了轨道交通单独组建数据网的必要性,并从从数据网传输技术的选则,网络的拓扑结构、节点设备的选择、网络的可靠性和 QoS 实现手段等方面阐述轨道交通数据网络的设计思路。     

船舶液力耦合器的人工神经网络的数学建模

从船舶动力装置动态建模与仿真的实际需求，引出了其主要部件之一的液力耦合器数学建模在稳／动态特性研究中的重要性，以及利用其试验曲线(输入特性形式)作为数据源去构建准稳态数学模型的困难之处：寻找一种通用的数学表达形式，以实现①液力耦合器在额定工况及其附近的试验曲线的内插与外廷；②过渡工况液力耦合器数学模型的设计(如液力耦合器接合和脱开过程其滑差从100％向额定滑差值方向的变化)。本文介绍了人工神经网络方法在液力耦合器动态建模中的应用。文章先介绍了其数学建模的思路和要点：①选择人工神经网络算法(包括传递函数)与结构(人工神经网络隐含层数目和神经元个数)；②提高人工神经网络泛化能力的措施；③利用专业知识扩充人工神经网络训练用的数据样本。然后叙述了其数学模型在某船舶动力装置稳态、动态特性计算机仿真研究中的某些有意义的结果：①正常航行(四机双桨)稳态工况时各车令下液力耦合器的滑差；②不同螺旋桨螺距下的液力耦合器接合过程的滑差变化；③怠速→前进五的急加速过程的滑差变化。     

Driver requirements and road traffic informatics

Initially the driver's role as a link in the driver-vehicle-road-traffic control-chain is discussed in a historical perspective. The gradual changes and the advantages and problems arising from these changes are discussed from behavioural point of view.Then the driver tasks are analyzed. A separation is made between trip planning, navigation, road following, traffic interaction, rule compliance, other than traffic tasks, car handling and speed choice. The relations between and the weights of these subtasks are discussed. Some existing driver behaviour models are reviewed in relation to the above mentioned tasks.Finally an effort is made based on the analyses of driver tasks and driver models to specify some general and some more specific potential advantages and problems with expected future RTI-systems.     

Japanese perspective of driver information systems

A perspective view of of Japanese R&D activities of Driver Information Systems is given from the standpoint of developing joint projects by public and private sectors. First, a brief history of the R&D activities is illustrated from above mentioned standpoint. Then, two major projects, AMTICS and RACS, and the social backgrounds of these projects are explained. In order to give a clear idea of both projects some technical details are treated.Based on the history and the present status of the developments, the basic design conceptions of Japanese Driver Information Systems are explained and several factors or reasons which have influenced to the design conception are discussed. Then, the promoting systems of the R&D activities are generally explained and present status of the projects and future problems in developing more advanced systems are also handled. A brief discussion on the establishment of international standard is also mentioned as a final comment.