The Knowledge Age or the Age of Ignorance and the Decline of Freedom?

Increasingly knowledge has become a determining factor in achieving life’s potential and is the currency of the age. Without access to Information an individuals’ knowledge base cannot be enriched and without knowledge the individual becomes increasingly powerless. Advances in technology have provided opportunities for some to add to their stock of knowledge but access to sources of information is uneven and can lead to social unrest. The availability of information is an important factor in managing change and empowering citizens. The question about information and power then becomes one of ownership or sovereignty of the information. If we are to create an open society then we need to ensure that there is open access to knowledge through flexible and intelligent information systems that are available for all. In this paper we consider if we are truly entering the knowledge age or the age of ignorance.     

刚性系统数字仿真算法

介绍刚性的本质,综述刚性算法、间断处理、实时算法、微分代数问题、稳定性、并行算法的一些结果,给出在这个领域的进一步研究的建议。     

A New Discipline of Science-The Study of Open Complex Giant System and Its Methodology

This paper introduces the conception of open complex giant system and the methodology for dealing with the system, with stress on its profound significance in development of science and technology. The authors conclude that the reductionism underlying the exact science is not suitable to open complex giant system, and the only feasible alternative is the meta-synthetic engineering from the qualitative to the quantitative.     

基于系统分析理论的回溯法在高校排课中的应用

综合在排课算法设计过程中的实际情况,回溯算法在实际排课中得到了广泛的运用,同时从系统分析理论角度来看回溯算法也是系统分析理论在实际运用中在计算机科学方面的完美展现;运用回溯算法并遵循高校排课的基本原则,利用队列、堆栈、课程相关等概念,给出了一个回溯算法运用在高校排课系统上的具体实现。     

自动测试领域中的人工智能技术

人工智能技术的发展为目前自动测试系统存在的问题提供了一种新的解决方法。本文首先介绍现有自动测试系统存在的不足;然后讨论人工智能技术在用于监控的自动测试系统——BIT装置中的不同应用类型和基本的开发思想;最后通过描述基于规则专家系统的主要框架,分析用于维护的经验专家系统的优缺点,并在此基础上讨论集成诊断专家系统的设计思想、主要特点和当前面临的困难。     

-S控制图的多功能程序系统

本文讨论了—S控制图的统计原理及其多功能程序系统.介绍了该程序系统的结构、功能、程序主框图和使用特点,并提供了一个应用实例。     

从空间机器人的研究和应用谈谈工程系统工程

由于空间环境使空间机器人具有一些地面机器人所没有的特点,研制各种空间应用机器人,不断推进空间科学技术的发展,是一个复杂的人-机-环境系统工程。本文应用系统工程的观点,初步分析了空间机器人系统,包括机器人学科层次体系,空间环境一般特点与空间机器人,人-机-环境系统,工程系统工程一般方法论,以及空间机器人系统工程步骤。     

系统药物学

系统药物学,是在系统水平认识药物,研究药物作用的系统性、多组分药物系统、和药物信息分子。系统药物学包括计算系统药物学、实验系统药物学及系统药物治疗学,需要引入新的思路、技术、算法与软件、设备等。中药现代化的方向是系统药物学,中药西化只是其组成部分之一。同时,要西药中化,西药中化与中药西化将成为构建系统药物学理论体系的重要组成部分。本文还讨论了系统药物学研究对药物发现和个性化治疗的意义。     

基于神经网络的无心磨床建模及其控制系统

提出了无心磨床的神经网络控制方案，并通过建模对控制系统进行了仿真，仿真结果证明该方案是切实可行的。     

A conceptual discussion on electromagnetic units – Extending mechanical units towards a global system of units

A comparative review of the different systems of units that are most usual in electromagnetism leads to the proposal of a new system of units. In this system, the gravitational constant acquires the role of an interaction constant, both for gravitational and electromagnetic interaction, as a result of a redefinition of electric charge. In this way, the new system of units extends in a natural manner to mechanics. The comparison between the gravitational and electromagnetic interactions is of particular relevance.