展望21世纪的安全业

本文为预测21世纪安全描述了一幅生动的前景：安全概念将融入企业文化的主流，某些特殊行业的安全认证将逐渐普及，安全和环境课题将被全球性高度，应用人体工程学解决安全和健康方面问题，要使“企业安全和健康标准”成为各行业的核心标准。

步履蹒跚的中国网络安全业

一个是几乎70亿美元的市场,一个是0.5亿美元的市场,这就是全世界计算机网络安全市场与中国的反病毒市场的对比。中国的网络安全市场,只有世界市场的一百四十分之一。不过,中国是网络安全市场潜力最大的国家,随着各种瓶颈的解除,中国网络安全也将迎来飞速发展的春天。

绿盟科技问鼎云安全

2008年，云计算和云安全的概念开始成为网络安全业界热议的话题，包括微软在内的国际知名厂商已开始布局云计算，并称云计算是该公司下一个十年“称霸”的证据。云计算一旦实现，将催生新的“云”环境下的网络安全技术的创新与调整。近期，绿盟科技公司宣布正式启动其云安全计划，率先成为国内第一家进入云计算和云安全领域的网络安全厂商。

2017年网络安全:小招管大用

引言：2016年对信息安全界来说很重要，虽然其中的多数消息并不那么令人鼓舞。但过去的一年确实给网络安全业界带来了一些值得回味的时刻。在昂首步入新的一年之际，所有的安全专家都应当有所思考，有所准备。因而，此文讨论的问题即使不属于你娶在2017年的工作重点，也不妨作为参考。

2017年上半年的网络有多安全?

安全事件已经成为新闻头版的常客。今年以来,连续爆发Wanna Cry、Petya、Not Petya等重大网络安全事件,各种社会经济活动、IT和安全团队都备经战火洗礼。值得关注的是,分析师们开始把网络攻击事件和严重级别的飓风相提并论,全球造成的经济损失可能高达500多亿美元。在各种新技术快速演化、威胁环境快速演化的大背景下,不断重新审视网络安全业界的各种实践、技术和系统组态、生态环境等无疑是非常有意义、有必要的。

立体防护实现学校网络安全大跨步

网络安全宛如没有硝烟的战役,本质是攻防双方的对抗,攻防之战,速度为王。2016年4月19日,习总书记在与网络安全业界人士座谈会上明确指出:“加快构建关键信息基础设施安全保障体系,全天候全方位感知网络安全态势,增强网络安全防御能力和威慑能力.”

纵深防御“烧”来战火——安氏领信谋划IPS市场

在网络安全业界,IPS和IDS只有一字之差;从功能原理上说,两者都具有深度包检测、协议异常分析、审计取证管理等,但IPS所具备的阻断功能,已使其成为网络安全中的又一杀手锏。

Evaluation and simulation analysis of China's copper security evolution trajectory

Copper metal is one important raw material of national economy, and its security is tightly linked with industrialization process. A comprehensive security evaluation index system, including three first class indicators, nine second class indicators and fourteen third class indicators, was constructed based on the pressure-state-response （PSR） model. And efficacy coeff^cient method was adopted in dimensionless treatment and entropy method was used to obtain the weight. Then, the data of China＇s copper from 1992 to 2011 were studied and collected. By processing these data, a comprehensive safety index of China＇s copper was got. The results showed that the comprehensive safety index of China＇s copper rose from its low point. The safety pressure state of China＇s copper was improved. The safety state of China＇s copper continued to be tight. The response state continued to rise. The overall situation of China＇s copper safety was improving, but still not optimistic.

Security investment and information sharing for complementary firms with heterogeneous monetary loss

Two complementary firms＇ information sharing and security investment are investigated. When two complementary firms with heterogeneous assets are both breached, it is assumed that they suffer different losses which are associated with their information assets. Some insights about optimal strategies for the firms and the attacker are obtained by the game theory, which forms a comparison with those derived from substitutable firms, and those derived from complementary firms with homogenous loss. In addition, both the unit transform cost of investment and the extent of firms＇loss affect the optimal strategies.Assuming that firms can control information sharing, security investments and both of them, respectively, the effect of the social planner is further analyzed on the information sharing, firms＇ aggregate defence, the aggregate attack and social total cost. Finally, some policy advice is provided through numerical simulation. Results show that firms are willing to choose security investment centrally rather than individually, but an intervention in information sharing by the social planner may not necessarily be preferable.

不一样的乐捷不一样的巡展

据美国电脑经济公司统计,2001年仅全球电脑病毒所导致的经济损失就高达129亿美元。在我国,信息安全业已成为保障经济顺利发展的关键因素,各级企事业单位对安全问题的关注也正持续增长。互联网和内部网络的安全问题也就愈发显得重要。

迪普科技受邀参加2016 GNTC全球网络技术大会

2016年12月7日，2016GNTC全球网络技术大会在北京盛大开幕。迪普科技受邀参加本次大会，并在授证仪式上获得IPv6Ready Phase-2认证证书。本次GNTC大会以“新技术·新架构·新网络”为主题．邀请了来自中国工程院、中国科学院、中国通信学会、中国航天、MEF、IAB、IEEE等多位专家莅临并就全球网络技术的发展趋势发表演讲。中国三大运营商及网络安全业内的各大厂商与应用单位也齐聚北京，亮相大会。

Bifurcation and catastrophe of seepage flow system in broken rock

The study of dynamical behavior of water or gas flows in broken rock is a basic research topic among a series of key projects about stability control of the surrounding rocks in mines and the prevention of some disasters such as water inrush or gas outburst and the protection of the groundwater resource. It is of great theoretical and engineering importance in respect of promo- tion of security in mine production and sustainable development of the coal industry. According to the non-Darcy property of seepage flow in broken rock dynamic equations of non-Darcy and non-steady flows in broken rock are established. By dimensionless transformation, the solution diagram of steady-states satisfying the given boundary conditions is obtained. By numerical analysis of low relaxation iteration, the dynamic responses corresponding to the different flow parameters have been obtained. The stability analysis of the steady-states indicate that a saddle-node bifurcaton exists in the seepage flow system of broken rock. Consequently, using catastrophe theory, the fold catastrophe model of seepage flow instability has been obtained. As a result, the bifurcation curves of the seepage flow systems with different control parameters are presented and the standard potential function is also given with respect to the generalized state variable for the fold catastrophe of a dynamic system of seepage flow in broken rock.

Informationization of coal enterprises and digital mine

Analyzed the main problems which were found in current conditions and prob- lems of informationization in coal enterprises.It clarified how to achieve informationization in coal mine and put forward a general configuration of informationization construction in which informationization in coal enterprises was divided into two parts: informationization of safety production and informationization of management.Planned a platform of inte- grated management of informationization in coal enterprises.Ultimately,it has brought forward that an overall integrated digital mine is the way to achieve the goal of informa- tionization in coal enterprises,which can promote the application of automation,digitaliza- tion,networking,informaitionization to intellectualization.At the same time,the competi- tiveness of enterprises can be improved entirely,and new type of coal industry can be supported by information technology.

Looking ahead to significant improvements in mining safety and health through innovative research and effective diffusion into the industry

Mining safety and health improvements over the past decades are remarkable by many metrics, and yet the expectation of society, and the goal of the mining industry, is zero harm. If we examine the underlying enablers for the significant gains that have been achieved, the key role that research to help understand the causes of problems and to develop lasting solutions is clear. Many of the remaining challenges have been resistant to solutions by various approaches. Some, such as fatalities and injuries from ground control or powered haulage are prominent year after year. Different approaches are indicated and new solutions will be required if we are to achieve a goal of zero harm. These will originate with research, but into which topics, and what are some of these different approaches? This paper examines the current state of mine safety in the United States and highlights areas of significant opportunity for research that will lead to solutions. The likely direction of research that will enable realization of the ‘‘zero harm'' goal is described in terms of evolutionary and revolutionary approaches. Both are important, but the author's view is that some of the largest gains will be made with trans-disciplinary approaches that break from the past. Topical areas of research are suggested and several research questions are given to illustrate the direction of future research in mining safety and health.

Application of fuzzy integrated evaluation in the safety of coal industry of China

Based on fuzzy integrated evaluation theory, the safety of coal industry was analyzed, the factors affecting the safety of coal industry was considered, and its fuzzy in- tegrated estimating theory and results were given. Finally this paper proposed a new method of industry safety estimation. According to this method, we can integrate the fac- tors affecting coal industry and deal with the parameters and targets of evaluating factors by quantitative analysis, thus give a scientific and reasonable safety degree analyzing evaluation.

Analysis on the synergistic effect of sustainable development of coal industry under 1.5 ℃ scenario

Based on the coal demand under the 1.5 ℃ scenario, the amount of coal production in China was estimated in this study. According to the mutual relationship between the factors influencing coal production, an econometric model was constructed based on simultaneous equations, and the synergistic effect of each factor on the coal industry was estimated under the 1.5 ℃ scenario. Then, predictions were respectively made in the five aspects： coal production, coal science and technology progress, employment number, safe production level, and occupational health level, in different scenarios from 2016 to 2050. The results showed that before 2040, the comprehensive negative effect of the 1.5 ℃ situation is more than or equals to the positive effect. The 1.5 ℃ scenario has the biggest negative impact on employment, whose solution should be the focus. By 2050, the positive effects of the 1.5℃ scenario exceed the negative effect because of the enhancement in technical level and in the attention given to the whole production. Safety is improved, and health defects decline and the most obvious positive effect is on the ecological environment. The decrease of coal production will reduce the ecological environmental damage and significantly improve the ecological environment. In general, the prediction of 1.5 ℃ scenario promotes the increase of scientific production capacity and promotes the orderly development of coal. It has strengthened the safety and health protection degree, made the coal industry more efficient and competitive, and avoided or reduced the impact of coal development on the ecological environment and achieved environmental friendliness. However, the 1.5 ℃ situation also increases the employment pressure of the society, which affects the economic development of the major coal producing areas, but the situation can be overcome through the transformation and upgrading of the region. Finally, the impacts of various factors under the 1.5 ℃ scenario were evaluated through a unified comparison of the synergistic effect monetization using the cost and payment willingness methods. Based on the research results, suggestions on the regulation of coal production were proposed relating to resettlement of workers, protection of the ecological environment, and improvement of workers＇ health.

A practical application of photogrammetry to performing rib characterization measurements in an underground coal mine using a DSLR camera

Understanding coal mine rib behavior is important for inferring pillar loading conditions as well as ensuring the safety of miners who are regularly exposed to ribs. Due to the variability in the geometry of underground openings and ground behavior, point measurements often fail to capture the true movement of mine workings. Photogrammetry is a potentially fast, cheap, and precise supplemental measurement tool in comparison to extensometers, tape measures, or laser range meters, but its application in underground coal has been limited. The practical use of photogrammetry was tested at the Safety Research Coal Mine, National Institute for Occupational Safety and Health(NIOSH). A commercially available, digital single-lens reflex(DSLR) camera was used to perform the photogrammetric surveys for the experiment. Several experiments were performed using different lighting conditions, distances to subject,camera settings, and photograph overlaps, with results summarized as follows: the lighting method was found to be insignificant if the scene was appropriately illuminated. It was found that the distance to the subject has a minimal impact on result accuracy, and that camera settings have a significant impact on the photogrammetric quality of images. An increasing photograph resolution was preferable when measuring plane orientations; otherwise a high point cloud density would likely be excessive. Focal ratio(F-stop) changes affect the depth of field and image quality in situations where multiple angles are necessary to survey cleat orientations. Photograph overlap is very important to proper three-dimensional reconstruction, and at least 60% overlap between photograph pairs is ideal to avoid unnecessary post-processing. The suggestions and guidelines proposed are designed to increase the quality of photogrammetry inputs and outputs as well as minimize processing time, and serve as a starting point for an underground coal photogrammetry study.

The Economic Rationality and Institutional Driving Force of Edible Agro-products Enterprises Adopting ISO9000 Standards

This paper analyzed the economic rationality and institutional driving force of edible agro-products enterprises adopting ISO9000 standards,and built the theoretical analysis framework of enterprises adopting ISO9000 standards.The results indicated that the enterprises adopted ISO9000 standards form a variety of promoting product quality and safety business strategy options based on the considerations that getting economic efficiency and the access to resources.Based on the results,some recommendations were given for stimulating enterprises to adopt ISO9000 standards.