工业热电偶、热电阻自动检定装置

将传统的手动热电偶、热电阻检定装置改进为自动检定装置，实现了自动连续检定。     

网络嗅探技术

嗅探(Sniffer)技术是网络安全攻防技术中很重要的一种。通过它可以获取网络中大量的信息。文中首先分析了嗅探的原理和危害，并介绍了几种常见的嗅探器，最后提出一些解决嗅探的对策。     

面向对象的柔性设计与控制理论(IV)

将可视化的面向对象技术应用到计算机控制领域,借助COM(CompoundObjectModel)思想,实现了计算机控制的可视化和模块化的应用平台,用户可根据自己需要通过已有的模块随意搭建各种计算机控制系统,实现了控制系统的“设计灵活、简洁、方便;控制实时、智能、鲁棒”。     

基于判断矩阵的软件评价指标权重分配方法

本文主要讨论判断矩阵的性质和特点，阐明了利用判断矩阵为软件质量评价指标分配权重的原理，对一致性较差的判断矩阵给出了修正方法，最后给出了权重分配方法。     

仿人抽象逻辑推理控制器的研究

人能够通过观察被控量变化的速度、大小、方向,完成对一个复杂系统的控制。文中定义了被控量偏差变化的大小、方向、速度三个特征量,运用LVQ神经网络做控制器,充分模拟人的控制经验与技巧,取得了较好的控制效果。     

A dual neural network for redundancy resolution of kinematically redundant manipulators subject to joint limits and joint velocity limits

In this paper, a recurrent neural network called the dual neural network is proposed for online redundancy resolution of kinematically redundant manipulators. Physical constraints such as joint limits and joint velocity limits, together with the drift-free criterion as a secondary task, are incorporated into the problem formulation of redundancy resolution. Compared to other recurrent neural networks, the dual neural network is piecewise linear and has much simpler architecture with only one layer of neurons. The dual neural network is shown to be globally (exponentially) convergent to optimal solutions. The dual neural network is simulated to control the PA10 robot manipulator with effectiveness demonstrated.     

迅速掌握8088/8086指令系统的教学方法

介绍了一种快速掌握汇编语言指令系统的方法,对学生学习汇编语言程序设计有一定的帮助。     

小波分析在三维地形数据简化中的应用研究

研究了小波分析在三维地形数据简化中的应用。在分析了小波多分辨率分析理论的基础上,重点探讨了小波多分辨率分析理论在三维地形简化中的应用,提出了实现三维地形数据简化的一种新的方法。     

Surface Plasmon Resonance Enhanced Scattering of Au Colloidal Nanoparticles

Abstract Suspended gold nanoparticles have been synthesized via electrochemical method.The strongest resonance scattering peak is at 485 nm, which results from the surface plasmonresonance. When the excited wavelength is at 242 nm (12.4×10~(14) Hz), there have been a 1/2fraction frequency scattering peak at 485 nm (1/2×12.4×10~(14) Hz) and a 1/3 fraction frequencyscattering peak at 726 nm (1/3×12.4×10~(14) Hz) displayed. Emission spectra with different particlediameters were compared, the intensity of scattering light increases with the particle size. Thefrequency-dependent scattering average cross section of small particle was calculated from Mietheory. The model calculation is in agreement with the experimental results.