浅析以法律形式控制网络军备竞赛的必要性

网络战是近年来全球军事界相当热的话题,其作为一种全新概念的组织机构,已经开始登上了军事舞台。美国、韩国等国家先后宣布组建网络司令部,引起了全球网络军备竞赛的热潮。文章探讨网络军备竞赛的发展现状和特点,分析以法律形式进行控制的必要性,能够全面系统的了解网络军备竞赛所带来的严重危害,为控制军备竞赛的对策和决策提供一些建议。     

一种基于预测滤波器的自适应卡尔曼滤波算法

针对系统过程噪声统计特性不确切或未知的条件下,研究了一种基于预测滤波器的自适应卡尔曼滤波算法。由预测滤波器实时估计系统模型误差及其协方差矩阵,再用其修正系统状态预测值及预测误差协方差矩阵,从而自适应调节卡尔曼增益。将该算法应用于弹载SINS/GPS紧耦合组合导航系统并与普通卡尔曼滤波、基于新息的移动开窗自适应卡尔曼滤波进行了对比,仿真结果说明该自适应滤波算法具有更高的可靠性和精度。     

都市圈石漠化区域采石场的生态恢复方法与措施探讨

都市圈石漠化区域采石场往往由于过度开发且未采取有效的恢复措施,致使生态环境破坏严重,严重影响了都市圈的生态环境和经济发展.在分析都市圈石漠化区域采石场生态恢复特点的基础上,论述了其生态恢复的基本方法及工程技术措施,指出都市圈石漠化区域采石场生态恢复应依据都市圈发展总体规划和景观生态学、景观建筑学及美学原理,采用开发性治理方法,综合运用多种工程技术措施恢复植被、整治水土流失并进行景观再造,从而满足都市圈对于景观的要求,提高土地利用价值,促进都市圈社会经济发展和城市生态环境建设.     

C~3I系统试验评估方法

C3I系统试验评估是C3I系统外场试验中非常重要的一个环节.结合C3I系统外场试验的试验需求,建立了一套相对比较完整的、包含了C3I系统评估方法、评估指标体系和指标计算模型三要素在内的C3I系统试验评估体系.利用模糊的概念和变权评估方法,改进了传统的层次分析法,提出了一种变权模糊层次分析法作为C3I系统评估方法.最后,通过某防空情报指挥系统外场试验评估实例验证了该评估体系的正确性和科学性.所设计的C3I系统试验评估体系技术先进、科学实用,对C3I系统外场试验鉴定具有比较重要的指导意义.     

坦克分队战术仿真训练系统的设计与实现

分布交互式作战仿真系统通过网络把不同的模拟单元连接在一起,为受训人员提供虚拟的作战训练环境,系统的运行成本低,能提供比实战演习更多的训练环境和内容.为了满足我军坦克兵部队战术训练的实际需要,设计开发了坦克分队战术仿真训练系统.讨论了该系统的设计与开发,首先介绍系统的总体结构和功能,然后详细讨论系统具体设计和实现.该系统已推广部队使用,应用效果良好.     

对我国农村环境污染防治对策的系统分析

分析了现阶段我国农村环境污染的主要特点，并对农村环境污染防治的宏观对策进行了系统性分析。由手农村污染严重、防治形势严峻且比城市环境污染情况复杂，在制定农村环境污染防治对策时，需要运用系统工程原理全方位、全过程分析实际情况，制定整体效果最优的系统化对策组合，并注意对策措施的系统性、协调性、连续性和针对性。     

Alleviating time inconsistent behaviors via a competition scheme

Under quasi‐hyperbolic discounting, the valuation of a payoff falls relatively rapidly for earlier delay periods, but then falls more slowly for longer delay periods. When the salespersons with quasi‐hyperbolic discounting consider the product sale problem, they would exert less effort than their early plan, thus resulting in losses of future profit. We propose a winner‐takes‐all competition to alleviate the above time inconsistent behaviors of the salespersons, and allow the company to maximize its revenue by choosing an optimal bonus. To evaluate the effects of the competition scheme, we define the group time inconsistency degree of the salespersons, which measures the consequence of time inconsistent behaviors, and two welfare measures, the group welfare of the salespersons and the company revenue. We show that the competition always improves the group welfare and the company revenue as long as the company chooses to run the competition in the first place. However, the effect on group time inconsistency degree is mixed. When the optimal bonus is moderate (extreme high), the competition motivates (over‐motivates) the salesperson to work hard, thus alleviates (worsens) the time inconsistent behaviors. © 2017 Wiley Periodicals, Inc. Naval Research Logistics 64: 357–372, 2017     

C3I系统评价可信性分析方法

C3I系统评价结果的可信性分析是C3I系统理论研究中的一个重要问题.首先论述了C3I系统评价结果可信性分析的主要内容,然后提出了一种定性分析的主观确认法和定量分析的统计检验法相结合的可信性分析方法,并给出了系统评价结果的可信度的计算方法.     

Layers of Experiments with Adaptive Combined Design

In the field of nanofabrication, engineers often face unique challenges in resource‐limited experimental budgets, the sensitive nature of process behavior with respect to controllable variables, and highly demanding tolerance requirements. To effectively overcome these challenges, this article proposes a methodology for a sequential design of experiments through batches of experimental runs, aptly named Layers of Experiments with Adaptive Combined Design (LoE/ACD). In higher layers, where process behavior is less understood, experimental regions cover more design space and data points are more spread out. In lower layers, experimental regions are more focused to improve understanding of process sensitivities in a local, data‐rich environment. The experimental design is a combination of a space‐filling and an optimal design with a tuning parameter that is dependent on the amount of information accumulated over the various layers. The proposed LoE/ACD method is applied to optimize a carbon dioxide (epet‐CO2) assisted deposition process for fabricating silver nanoparticles with pressure and temperature variables. © 2015 Wiley Periodicals, Inc. Naval Research Logistics 62: 127–142, 2015     

基于集对分析的海上油料补给方法选择优化

针对各种复杂环境对海上油料补给方法选择的不确定性影响,在分析海上油料补给方法选择影响因素的基础上,确定了海上油料补给方法选择的属性要素,运用集对分析理论建立了海上油料补给方法选择的优化模型;采用变异系数法计算属性权重,通过构建海上油料补给方法选择的正、负理想方案,确定了各备选方案与理想方案之间的联系度。算例分析结果表明,将集对分析运用于海上油料补给方法的选择,能够有效降低多种复杂因素对油料补给方法选择的不确定性影响。