计算机系统维护专业《实用工具软件》课程如何突现本专业特色

系统维护专业开设三年以来,计算机实用工具软件课程的重要性大家认识日益加深,但是如何使计算机系统维护专业《实用工具软件》课程突现本专业特色仍是一个难题。围绕此“难题”,计算机系统维护专业团队在2007级、2008级两级教学中进行了改革实践,走出了具有专业特色的《实用工具软件》课程教学改革道路。本团队从课程性质、开设学期、教学内容及学时分配、教学模式和教学方法改革、师资、配套硬件环境等方面进行了改革实践,并取得了显著的效果。     

用贝叶斯网络建模和推理

贝叶斯网络跨越了包括人工智能（AI）、统计学、认知科学及哲学在内的多个领域。贝叶斯网络是上个世纪70年代末80年代初在AI领域经历的一场危机中由J．Pearl引入的。他主张利用概率论作为似真推理的基础，并且开发了贝叶斯网络作为表示及计算概率置信的实用工具。     

基于TMS320LF2407的DSP实验系统设计

基于TMS320LF2407的DSP实验系统属于一种综合的教学实验系统，有丰富的外围扩展资源，可以完成多种与DSP相关算法和编解码通信试验。它既满足大中专院校DSP技术实验的验证性要求，又可以让学生在这个平台上进行自主设计，还可作为科研人员进行DSP开发的实用工具。     

Control of vehicle platoons for highway safety and efficient utility: Consensus with communications and vehicle dynamics

Platoon formation of highway vehicles is a critical foundation for autonomous or semiautonomous vehicle control for enhanced safety,improved highway utility,increased fuel economy,and reduced emission toward intelligent transportation systems.Platoon control encounters great challenges from vehicle control,communications,team coordination,and uncertainties.This paper introduces a new method for coordinated control of platoons by using integrated network consensus decisions and vehicle control.To achieve suitable coordination of the team vehicles based on terrain and environmental conditions,the emerging technology of network consensus control is modified to a weighted and constrained consensus-seeking framework.Algorithms are introduced and their convergence properties are established.The methodology employs neighborhood information through on-board sensors and V2 V or V2 I communications,but achieves global coordination of the entire platoon.The ability of the methods in terms of robustness,disturbance rejection,noise attenuation,and cyber-physical interaction is analyzed and demonstrated with simulated case studies.