复杂规划问题的证据合成寻优方法及在电源规划中的应用

模拟人类寻优思维,将下降可行方向推广为证据合成网络,构造了证据合成算法和相应交互式寻优方法,并应用于电源规划问题     

新一代交通仿真技术综述

简要回顾了国内外交通仿真技术的发展历程,总结了新世纪以来新一代交通仿真技术的主要特点。然后,比较分析了当前主流交通仿真模型的特性,并对交通仿真应用程序接口、硬件在环和软件在环交通仿真、在线交通仿真等面向智能交通系统应用的高级仿真技术进行了深入解析。最后,根据我国交通仿真研究和应用的现状,在符合我国交通特性的基础仿真模型研究、交通仿真系统的开发模式、在线仿真技术的开发方法等方面提出了改进建议。

Abstract：

The historical course of traffic simulation in China and abroad was briefly reviewed firstly,and some major features of the new generation traffic simulation technology since 21st century were summarized then. Afterwards,the simulation model characteristics of some prevailing traffic simulation models were comparably analyzed,and several advanced traffic simulation techniques for ITS applications were expatiated,including traffic simulation API,hardware-in-the-loop traffic simulation,software-in-the-loop traffic simulation,online traffic simulation. Finally,based on the state-of-the-practice of traffic simulation in China,some suggestions were given on fundamental simulation modeling fitting for Chinese traffic characteristics,development modes of traffic simulation system,development methodologies of online traffic simulation,etc.     

Best weight pattern evaluation based security constrained power dispatch algorithm

This paper presents a methodology which determines the allocation of power demand among the committed generating units while minimizes number of objectives as well as meets physical and technological system constraints. The procedure considers two decoupled problems based upon the dependency of their goals on either active power or reactive power generation. Both the problems have been solved sequentially to achieve optimal allocation of active and reactive power generation while minimizes operating cost, gaseous pollutants emission objectives and active power transmission loss with consideration of system operating constraints along with generators prohibited operating zones and transmission line flow limits. The active and reactive power line flows are obtained with the help of generalized generation shift distribution factors （GGDF） and generalized Z-bus distribution factors （GZBDF）, respectively. First problem is solved in multi-objective framework in which the best weights assigned to objectives are determined while employing weighting method and in second problem, active power loss of the system is minimized subject to system constraints. The validity of the proposed method is demonstrated on 30-bus IEEE power system.     

AADL模型的ada代码自动生成及集成技术

基于模型驱动架构MDA方法，对AADL进行了研究，提出了AADL模型元素同ada语言元素之间的映射规则。开发了AADL模型的ada代码自动生成器Generator—ada，最后以实例证明将AADL模型自动转换为可执行的ada代码的有效性。     

浅淡高校理工科食品专业实验教学与实践基地教学的结合

结合吉首大学食品科学与工程学院在实验教学与实践基地教学相结合方面的教学实践,提出了高校培养应用型食品专业人才的具体做法和教改重点.     

应用电子技术专业实践教学体系构建的探索与实践

科学合理的实践教学体系是实现高职教育人才培养目标的关键。依据高职教育的人才培养目标，结合应用电子技术专业人才的需求特点和就业岗位情况，构建了由基本技能、专业技能、综合应用技能及创新技能四个实训模块组成的实践教学体系，并提出了实现高质量实践教学的保障措施。     

对高校音乐素质教育课艺术实践环节的研究

摘要：目前高校音乐素质教育课严重缺乏实践性，学生掌握的理论知识不能通过艺术实践活动来得到验证和提高。本文通过阐述高校音乐素质教育课的艺术实践意义来展开对高校艺术实践活动发展方向的研究。     

量子通信实用化现状分析与探讨

量子密钥分发和量子隐形传态不断取得的新突破,使量子通信实用化问题日益成为关注的焦点。本文简析了量子通信研究的发展历程,并对量子通信的实用化现状进行了概括：实用化量子密钥分发技术已近在眼前,但量子隐形传态的实用化仍尚需时日。针对认识和理解量子通信时的典型误区,本文做了简要澄清。根据量子通信实用化发展态势,为我国量子通信的发展提出了4点对策和建议     

智能电网基本理念阐释

由于可再生能源开发利用的快速发展,世界各国面临着可再生能源如何接入及充分利用等一系列问题,而智能电网则是应对这些挑战的有效战略措施.智能电网具有强大的功能、显著的综合效益和广阔的发展前景,是世界电网发展的趋势.但是智能电网不是一个单纯的技术问题,它涉及许多重要的基本理念.厘清这些理念对于科学高效地实施智能电网、对于技术创新和产业发展至关重要.为此本文从智能电网的特点、智能电网的总体设想和技术内涵、与智能电网相关的技术、智能电网的近期与远期目标以及在实施智能电网时需要注意的事项等方面阐释了智能电网的基本理念.     

基于模拟退火算法的风-光热打捆发电系统成本优化

以风-光热打捆发电系统为研究对象,完全消纳风电为研究背景,提出一种以互联系统单位发电成本最小为目标,系统正常运行为约束,模拟退火算法优化光热电站出力为手段的优化控制策略.仿真结果表明,在允许条件下,所提出的优化控制策略可以有效降低风-光热打捆发电系统的单位发电成本.