网络入侵检测的快速规则匹配算法

在分析入侵检测系统的基础上,指出现有规则匹配算法的不足.提出一种新的规则匹配算法,该算法主要利用非精确匹配技术,缩小入侵分类的检测范围,达到快速匹配的目的.根据不同的安全性要求设置不同的门限值,该算法可用于预测适合不同门限值的可疑入侵行为.     

军队信息安全保密疏导策略研究

“严密防范网络泄密‘十条禁令”’的出台,切断了军内涉密信息与互联网络之间的流通途径,及时遏制了我军网络失泄密案件频发的态势。然而,“十条禁令”是只堵不疏的措施,给广大官兵的工作和学习带来了诸多不便。针对“十条禁令”前提下的信息安全保密疏导策略,提出了一系列方法和措施,为广大官兵安全地共享互联网资源寻求途径,这些措施对消除部队信息安全保密隐患,从根本上保障我军信息安全保密具有现实意义。     

中外警卫人员格斗技能训练现状及发展趋势

警卫人员技能训练质量决定着执行警卫任务质量的好坏乃至成功与否,其中格斗技能训练在警卫执勤中起着重要的基础作用。针对中外警卫人员格斗技能训练的现状、特点等进行对比,并对中外警卫人员格斗技能训练的发展趋势进行前瞻性研究和探索,为今后警卫格斗技能训练的科学发展提供参考。     

新形势下警卫工作应树立的理念

在新形势下,警卫工作面临着许多新情况、新问题、新挑战,威胁警卫安全的因素增多,警卫工作的难度增大。做好新形势下的警卫工作,应树立根据岗位素质需求招募警卫人员的理念,确保忠诚可靠的思想政治工作理念。完全贴近实际与实战的训练理念,情报信息主导警卫勤务的理念,无缝衔接、零差错率的工作标准理念,科技制胜、不惜重金的装备保障理念。     

一种面向公共服务的跨域授权模型的研究及实现

文章提出一种基于策略的RBAC的跨域统一授权模型,在基于策略的RBAC单域授权模型的研究基础上,扩展单域模型为多域模型,通过授权控制中心之间建立跨域级联机制,构成广域授权网络,实现面向多应用系统、大型公共服务域的跨域统一自动授权机制.     

公安警卫部队信息化建设的现状及发展前景

近年来,警卫部队信息化建设取得了显著成果,有了长足的发展,但也存在着一些问题。正确看待警卫信息化建设的现状,有助于警卫部队信息化建设发展前景的展望。     

弹药集装单元储存静力学有限元分析

以简单的六面体结构为基础,以“铝板-聚氨酯泡沫材料-铝板”复合板材为弹药集装单元的主体材料,结合弹药集装单元的承载能力要求,建立弹药集装单元的基本模型。通过其在储存状态下的静力学有限元分析,了解3种不同堆垛情况下,弹药集装单元的应力与应变情况,为进一步研究弹药集装单元结构强度提供理论依据。     

Nitro-tetrazole based high performing explosives: Recent overview of synthesis and energetic properties

Heterocyclic skeleton (Azoles) and different energetic groups containing high performing explosives are highly emerged in recent years to meet the challenging requirements of energetic materials in both military and civilian applications with improved performance. For this purpose tetrazole (Azole) is identified as an attractive heterocyclic backbone with energetic functional groups nitro (-NO₂), nitrato (-ONO₂), nitrimino (-NNO₂), and nitramino (–NH–NO₂) to replace the traditionally used high performing explosives. The tetrazole based compounds having these energetic functional groups demonstrated advanced energetic performance (detonation velocity and pressure), densities, and heat of formation (HOF) and became a potential replacement of traditional energetic compounds such as RDX. This review presents a summary of the recently reported nitro-tetrazole energetic compounds containing poly-nitro, di/mono-nitro, nitrato/nitramino/nitrimino, bridged/bis/di tetrazole and nitro functional groups, describing their preparation methods, advance energetic properties, and further applications as high-performing explosives, especially those reported in the last decade. This review aims to provide a fresh concept for designing nitro-tetrazole based high performing explosives together with major challenges and perspectives.     

Study on energy release characteristics of reactive material casings under explosive loading

Reactive Materials (RMs), a new material with structural and energy release characteristics under shock-induced chemical reactions, are promising in extensive applications in national defense and military fields. They can increase the lethality of warheads due to their dual functionality. This paper focuses on the energy release characteristics of RM casings prepared by alloy melting and casting process under explosive loading. Explosion experiments of RM and conventional 2A12 aluminum alloy casings were conducted in free field to capture the explosive fireballs, temperature distribution, peak overpressure of the air shock wave and the fracture morphology of fragments of reactive material (RM) warhead casings by using high-speed camera, infrared thermal imager temperature and peak overpressure testing and scanning electron microscope. Results showed that an increase of both the fireball temperature and air shock wave were observed in all RM casings compared to conventional 2A12 aluminum ally casings. The RM casings can improve the peak overpressure of the air shock wave under explosion loading, though the results are different with different charge ratios. According to the energy release characteristics of the RM, increasing the thickness of RM casings will increase the peak overpressure of the near-field air shock wave, while reducing the thickness will increase the peak overpressure of the far-field air shock wave.     

装备制造基础数据治理体系建设研究

数据治理是数据管理的核心职能。装备制造业务涉及设计、生产、试验、综合保障以及计划管理各方面,相关数据类型繁多,产生和积累了大量业务数据。但由于目前大部分军工企业的数据标准化体系不健全,导致基础数据质量不高。本文通过借鉴、数据治理等技术,研究构建具备数据治理、数据标准、数据架构、数据安全、数据质量、数据应用等核心能力,三位一体并覆盖装备制造全寿命周期的数据治理体系,同时,依据装备数据管理规范和标准开发面向装备领域的流程化数据治理服务平台,以实施统一编码,打通流程和数据,为装备制造各阶段的信息共享、追溯、统计分析提供数据基础,促进设计研发、生产制造和运营管理的有效集成,从而有效发挥数据效能,提升军工企业的信息化高端收益水平。