实施科教兴市战略促进经济结构调整和产业升级

通过分析长治市经济结构调整走过的路程，指出近年来长治市依靠科技进步实施相应科技工程，为经济结构高速和产业升级起到了巨大的促进作用，同时提出营造良好的社会环境，是经济结构调整和产业升级顺利进行并取得成功的重要保证。     

浅谈专升本《高等数学》课的辅导

结合专升本《高等数学》考试的特点,从基础知识复习、专题强化训练和模拟强化复习三个阶段探讨了专升本《高等数学》辅导课的三轮复习法.     

Application of Fiber-Optical Techniques in the Access Transmission and Backbone Transport of Mobile Networks

Abstract

Fixed access networks widely employ fiber-optical techniques due to the extremely wide bandwidth offered to subscribers. In the last decade, there has also been an enormous increase of user data visible in mobile systems. The importance of fiber-optical techniques within the fixed transmission/transport networks of mobile systems is therefore inevitably increasing. This article summarizes a few reasons and gives examples why and how fiber-optic techniques are employed efficiently in second-generation networks.     

超频的研究与实践

本文讨论了超频原理，BIOS升级及外频／倍频／电压的设定，并强调了CPU散热的重要性。     

The PHENIX forward spectrometer upgrade

The forward spectrometer upgrade of the PHENIX detector aims to add capabilities at forward rapidities to: probe nucleon structure through W production and promptphotons in polarized p + p, study nucleon structure in nuclei at high parton densities in p + A collisions through the measurement of γ and π⁰ in the forward region, greatly extend the acceptance for high p _T γ-jet measurements (jet tomography) in A + A, and increase our capabilities to measure the production quarkonium states by giving sensitivity to the χ _c through the J/ψ + γ channel. for the PHENIX Forward Upgrade Collaboration Presented in the Poster Session “Future Experiments and Facilities” at the 18th International Conference “Quark Matter 2005”, Budapest, Hungary, 4–9 August 2005.     

U盘版的DOS启动盘制作方法

本文主要介绍U盘DOS启动盘的制作步骤、方法及注意事项。     

利用截取BIOS13H中断实现硬盘写保护功能

本文利用截取BIOS13H中断实现了硬盘的写保护功能，并给出了例程．     

远距离红外通讯接口的硬件设计与使用

设计了一种新型红外线发射电路和接收电路,并通过对红外线接口进行恰当的配置, 使微机能在12 m 距离内能可靠地工作,通讯速度为 115 kbps, 达到了红外数据协会( Infrared data association) 远距离标准.     

有关计算机专业中几个相似概念的探讨

全面地讨论了计算机专业中CMOS与BIOS、扫描码与ASCⅡ码这两对概念的区别和联系,使之更加形象、易于理解。     

Complexity of Reducing the Delay between Two Nodes by Node-based and Edge-based Upgrading Strategies

For a pair of nodes s, t in an undirected graph G = (V, A) and a given level U of allowable delay, we would like to modify the network by node-based or edge-based upgrading strategies to make the delay between s and t not greater than U. In this paper, we present some NP-hard results for the delay improvement problems.