Positive <Emphasis Type="Italic">L</Emphasis><Subscript>1</Subscript>-gain filter design for positive continuous-time Markovian jump systems with partly known transition rates

The paper is concerned with the problem of positive L ₁-gain filter design for positive continuous-time Markovian jump systems with partly known transition rates. Our aim is to design a positive full-order filter such that the corresponding filtering error system is positive and stochastically stable with L ₁-gain performance. By applying a linear co-positive Lyapunov function and free-connection weighting vectors, the desired positive L ₁-gain filter is provided. The obtained theoretical results are demonstrated by numerical examples.     

基于驱动的进程创建监控的实现

介绍了驱动开发技术背景及应用,讲述SSDTHOOK方法,实现监控NtCreateProcessEx系统服务。RING3应用程序和驱动程序的交互,RING3应用程序和驱动程序的同步实现基于驱动的进程创建监控。     

以校企合作培养为契机 探索创新型人才培养模式

针对当今社会对软件工程专业人才培养提出的新需求,以校企联合培养班"订单式"培养为契机,以市场为导向,从设置柔性课程体系入手,全面实施教学改革,探索创新人才培养模式。     

SSO功能实现中的数据整合方案初探

SSO(Single Sign On)是并购整合后期的技术整合中必须要实现的一个功能,而通常不能直接将并购者的用户数据与被并购者的用户数据直接合并,本文着重分析了在实现SSO数据整合中可能存在的问题,并针对各个问题给出了初步的解决方案.     

软件工程双语教学实践与探讨

针对软件工程课程本身的特点,对软件工程双语教学的必要性﹑可行性进行分析。通过软件工程专业课程双语教学的实践,探讨双语教学的经验和体会。并结合一般本科院校的实际,从教学方式、考试、教材、教室等多个方面提出具体的改进措施。     

基于路径维持概率的Ad Hoc跨层路由方案

本文基于路由稳定性,提出了一种基于路径维持概率的Ad Hoc网络跨层路由方案,根据节点间距离的大小,改变节点的发射功率,有效地减小了节点的功耗。仿真结果表明了该方案的有效性,并节省了功耗。     

基于Struts 2拦截实现角色管理与应用系统的解耦

基于Struts 2拦截技术,实现角色的权限管理子系统与应用子系统部分的解耦,可以大大减少需求变更所带来的开发成本和代价,并且可以使权限管理子系统重复利用。该方法已经在实际项目中得到了应用。     

A data collection protocol for real-time sensor applications

The nature of many sensor applications as well as continuously changing sensor data often imposes real-time requirements on wireless sensor network protocols. Due to numerous design constraints, such as limited bandwidth, memory and energy of sensor platforms, and packet collisions that can potentially lead to an unbounded number of retransmissions, timeliness techniques designed for real-time systems and real-time databases cannot be applied directly to wireless sensor networks. Our objective is to design a protocol for sensor applications that require periodic collection of raw data reports from the entire network in a timely manner. We formulate the problem as a graph coloring problem. We then present TIGRA (Timely Sensor Data Collection using Distributed Graph Coloring) — a distributed heuristic for graph coloring that takes into account application semantics and special characteristics of sensor networks. TIGRA ensures that no interference occurs and spatial channel reuse is maximized by assigning a specific time slot for each node. Although the end-to-end delay incurred by sensor data collection largely depends on a specific topology, platform, and application, TIGRA provides a transmission schedule that guarantees a deterministic delay on sensor data collection.