A Good Ally - Norway and International Statebuilding in Afghanistan, 2001-2014

The article examines the findings of the Commission of Inquiry established by the Norwegian government in 2014 to evaluate all aspects of Norway’s civilian and military contribution to the international operation in Afghanistan from 2001 to 2014. Concerned with the wider implications of the Commission’s findings, it focuses on two issues in particular: (1) Norway’s relations with the US, a close and long-standing strategic ally whose resources, capabilities and dominance of decision-making dwarfed that of all other coalition partners in Afghanistan; and (2) Norway’s record in the province of Faryab, where, from 2005 to 2012, a Norwegian-led Provincial Reconstruction Team was charged with bringing security, good governance and development to the province. How Norway prioritised and managed relations with the US highlights and helps to problematise the challenges – political, practical and moral – facing small and medium-sized powers operating in a coalition alongside the US. Norwegian efforts in Faryab are revealing of the dilemmas and contradictions that plagued and, ultimately, fatally undermined the international intervention as a whole. As such, Norway’s experience provides a microcosm through which the inherent limitations of the attempt to transfer the structures of modern statehood and Western democracy to Afghanistan can be better understood.     

当代西方城市安全观念变迁

城市安全问题伴随着城市的产生而出现,近年来随着城市化进程在全球范围迅猛推进,城市安全问题显得尤为重要与紧迫。资本、人口向城市大量集聚,城市物质空间结构和城市社会结构巨变,城市整体建成环境及其依托的自然生态环境恶化趋势明显,城市安全脆弱度增大,当代城市安全面临新的挑战。西方发达国家对当代城市安全问题的新动向极为关注,对城市安全观念作了深入全面的拓展研究。从城市安全动态发展的视角,对相关文献进行梳理与总结,考察当代西方城市安全观念研究变迁态势,以期为我国城市安全问题的研究深化提供有益的借鉴和启示,推动我国城市化进程的健康和可持续发展。     

多传感器组合导航系统评述

介绍了组合导航系统的重要性、发展现状和发展趋势。根据导航与目标跟踪的区别与联系,从多传感器组合导航系统研究的角度出发,在概念理解、模型建立和系统结构等方面做了详细的评述,提出了多传感器导航信息融合系统的功能模型,分析了位置融合级的结构模型。     

The building evacuation problem with shared information

In this article, the Building Evacuation Problem with Shared Information (BEPSI) is formulated as a mixed integer linear program, where the objective is to determine the set of routes along which to send evacuees (supply) from multiple locations throughout a building (sources) to the exits (sinks) such that the total time until all evacuees reach the exits is minimized. The formulation explicitly incorporates the constraints of shared information in providing online instructions to evacuees, ensuring that evacuees departing from an intermediate or source location at a mutual point in time receive common instructions. Arc travel time and capacity, as well as supply at the nodes, are permitted to vary with time and capacity is assumed to be recaptured over time. The BEPSI is shown to be NP‐hard. An exact technique based on Benders decomposition is proposed for its solution. Computational results from numerical experiments on a real‐world network representing a four‐story building are given. Results of experiments employing Benders cuts generated in solving a given problem instance as initial cuts in addressing an updated problem instance are also provided. © 2008 Wiley Periodicals, Inc. Naval Research Logistics, 2008     

一种改进的事件驱动系统框架

在给出事件驱动系统安全漏洞的基础上,指出了产生漏洞的根本原因是:系统忽视了输入系统的事件序列之间存在的相关性;系统无条件信任任何事件源产生的事件.针对这两个原因,相应提出了事件序列形式安全分析模型及基于事件源的可信度评估模型,依据这两个模型,构建了一种改进的事件驱动系统框架.     

潜射鱼雷在引导兵力通报下的远距攻击

在分析引导兵力通报情况下鱼雷远距攻击流程的基础上,建立了引导兵力通报下鱼雷远距攻击中的有关数学模型,并对鱼雷远距攻击命中概率进行了计算分析,对鱼雷在引导兵力通报下远距攻击的作战使用提出了对策建议。     

公安现役部队文化建设途径探析

加强公安现役部队文化建设,必须把握文化建设的方向,坚持社会主义核心价值体系,坚持抵制腐朽文化的影响和继承与创新的统一;必须抓住文化建设的关键环节,坚持以人为本,注重结合部队职能任务,建设学习型警营;必须筑牢文化建设的基础支撑,注重队伍建设,加大基础设施建设和制度建设。     

浅谈计算机与信息战

探讨了计算机和计算机技术与信息战的关系以及在现代军事系统和民用系统中的地位和作用。并提出了信息战的概念模型、基本特征和实践效果。旨在加速信息技术的大力发展和应用,以适应未来信息战、信息化和数字化的需求。     

水声传感器信息处理技术

水声传感器信息融合是为潜艇、水面舰艇提供完整、准确、清晰战术态势的关键技术。结合各类声纳的特点,研究数据互联,水下被动定位与跟踪算法,纯方位系统的可观测性,跟踪坐标系的选择以及机动目标跟踪,是解决水声传感器信息处理的关键。首先对前人在这些方面的工作进行了总结和评述,然后根据现代海战的战术背景分析了水声传感器信息处理存在的一些技术难点和值得进一步研究的问题。     

Bayes信息融合方法在雷达故障诊断中的应用

根据雷达系统诊断信息多样化的特点,重点考虑雷达的BIT信息、FMECA信息、FTA信息和案例信息,提出将各类信息根据对故障现象的影响程度进行归一化处理,然后利用Bayes证据理论的方法将归一化后的信息进行融合处理,得到的结果进行故障诊断的方法,该方法可以克服各类故障信息中的量纲不一致性,可以提高诊断的可信度,降低诊断的不确定度,是一个比较理想的方法。