Fault‐tolerant display image‐data‐manipulation unit for system‐on‐panel

Abstract— Bit‐partitioned and conventional shifts, as well as type transformations of multimedia data, are frequently used for display image‐processing systems. A data manipulation unit with fault‐recovery capability based on redundancies is proposed for system‐on‐panel with low processing technology yield. Utilizing data manipulations that are similar to normal shift operation, a proposed data‐manipulation unit is designed with a few additional paths added to the existing barrel shifter. The design methodologies are verified with FPGA and the performance is evaluated in terms of the advantages.     

基于Internet/Intranet的命令通道机制人人交互与协作系统模型

本文提出了一个降低网络信息传输量、提高交互与协作质量的模型.文中详细描述了模型的组成,并以三个用户节点为例说明了系统的交互与协作过程.最后给出了系统的软件结构图,并说明了各个模块所完成的功能.     

一类非线性系统的分步变换伪线性化方法

给出了单输入非线性系统的分步变换伪线性化方法及其算法。首先将原系统变换为标准型。利用（1）中的算法,可以获得将标准型变换为伪标准型的变换阵T。在第一步变换下,原系统的部分状态已经获得精确线性化,并且分步变换算法比由原系统直接伪线性化的算法简单,单杆倒立摆的计算机仿真表明了该算法的有效性。     

LIGA技术及其在制造可动微结构件中的应用

介绍了将LIGA技术及其与牺牲层技术相结合 ,制造可动微结构的工艺方法。并给出了可实现摆动、转动的可动微结构———微执行器、微传感器和三维加速度传感器的制造过程等应用实例     

基于阶跃响应的非自衡对象预测控制

针对现有非自衡对象DMC算法预测模型不易建立的局限性,提出一种基于非自衡对象阶跃响应的DMC算法。分析与仿真结果表明,该算法对于设定值变化和输入扰动均无控制余差,且预测模型易于建立。     

利用演化神经网络研究有机污染物色谱保留值

利用分子连接性指数作为分子的描述性参数,定量刻画两类主要环境污染物的分子结构,通过演化神经网络分别建立了多环芳烃（PAH）和酚两类有机污染物的结构与色谱保留值之间的定量关系。计算过程中,采用留十法（Ieave-10-out）对所有化合物进行了计算,并将计算值与实验值进行了比较。     

粉煤灰磁化肥对杂交水稻效应研究

粉煤灰磁化肥在水稻土上对水稻作物试验结果表明：粉煤灰磁化肥在水稻土上一般用量为９２６ｋｇ／ｈｍ２左右．粉煤灰磁化肥比对照增产２７．７％,增产１９７７．８ｋｇ／ｈｍ２;比当地农民习惯施肥增产１０．６％,增产８７０ｋｇ／ｈｍ２;　比未磁化粉煤灰复混肥增产５．９％,增产５０７　ｋｇ／ｈｍ２．最高产量施用粉煤灰磁化肥为１１６９　ｋｇ／ｈｍ２,水稻产量为９２５３　ｋｇ／ｈｍ２;最佳产量施用粉煤灰磁化肥为９２６　ｋｇ／ｈｍ２,水稻产量为９１３１　ｋｇ／ｈｍ２．粉煤灰磁化复混肥在改善水稻生物学及经济性状,提高叶绿素含量和光合速率方面有显著的效应．     

基于Web Service的跨企业工作流管理系统模型研究

传统的工作流技术局限于企业内部的应用集成,对跨企业之间的互操作缺乏有效的支持,在分析介绍现在工作流和WebService技术的基础上,提出了一种基于WebService的跨企业工作流管理系统模型,该模型很好的解决了企业间工作流系统的信息集成。     

ACSP: A novel security protocol against counting attack for UHF RFID systems

Current research on UHF RFID system security mainly focus on protecting communication safety and information privacy between a pair of specific tags and its corresponding interrogation reader. However, instead of stealing detailed private information of tags, adversaries may just want to estimate the cardinality of tags, which is named counting attack. Unfortunately, most existing protocols are vulnerable to counting attack. To defend against this attack, in this paper we propose ACSP, a novel Anti-Counting Security Protocol. ACSP employs session identifier and provides a corresponding authentication metric to verify the commands sent by the reader. To handle counting attack, ACSP periodically updates the session identifier, and securely identifies tags with encryption. We evaluate the performance of ACSP through theoretical analysis and qualitative comparison. Results show that ACSP can efficiently withstand counting attack as well as defending against regular security threats as existing protocols.