“互联网+学习通”混合式教学模式的构建策略——以内科护理学为例

针对内科护理学教学中存在的问题,本文基于“互联网+学习通”平台开展混合教学模式的教学改革,通过线上线下教学相结合的方式,提升学生对该课程的学习兴趣和学习动力,提高课堂教学效果,加深学生对内科护理学知识的学习与理解。

“互联网医院+村医通+云门诊”在县域疫情防控中的探索与实践

目的探索“互联网医院+村医通+云门诊”在县域内疫情防控中的应用。方法通过“互联网医院+村医通+云门诊”网联县镇村,构建县镇村三级健康服务体系,打通健康“最后一公里”,探索“县级强、镇级活、村级稳、上下联、信息通、模式新”健康服务新路子,让群众少跑腿看好病,有效应对突发公共卫生事件。结果在此次新冠肺炎疫情防控中,高州市依托“互联网医院+村医通+云门诊”全面覆盖县镇村,实行“分级诊疗+分级隔离”,筑牢了农村疫情防控网,同时,借助互联网,在正常开展诊疗活动中,严防严控,实现了住院病人无一感染,国家卫健委基层卫生健康司在官网点赞并向全国推介基层抗疫的“高州模式”。结论“互联网医院+村医通+云门诊”在县域内能有效防控疫情和应对突发公共卫生事件。

基于“互联网+学习通”混合式教学模式的妇产科护理学教学改革与实践

针对妇产科护理学理论教学中存在的问题,基于“互联网+学习通”进行教学方法改革,通过线上线下混合式教学模式,加强课程思政教育,以课前诊断、课中精讲、课后拓展3个环节促进学生掌握知识,建立交流讨论学习模式,并通过创新创业思维训练,全面提升学生的学习能力,提高妇产科护理专门人才培养的质量。

一网一点通——互联网知识简明读本

“全面建设小康社会”已成为我们的共同意愿。面对激烈的竞争，适应科技进步、社会发展，改变我们目前工作、学习、生活的状态，迅速、不断地提高自身的科学素养、业务能力与生产技能，实现我们存在的社会价值，是我们每个人当前都要面临的问题。“行万里路，读万卷书”。网络信息技术的迅速发展，使我们获取知识与信息、掌握动态与技能、提高能力的方式在发生根本性的变化。

上网一点通——互联网知识简明读本

“全面建设小康社会”已成为我们的共同意愿。面对激烈的竞争，适应科技进步、社会发展，改变我们目前下作、学习、生活的状态，迅速、不断地提高自身的科学素养、业务能力与生产技能，实现我们存在的社会价值，是我们每个人当前都要面临的问题。“行万里路，读万卷书”。网络信息技术的迅速发展，使我们获取知识与信息、掌握动态与技能、提高能力的方式在发生根本性的变化。

中国主要城市轨道交通覆盖通勤空间特征研究

在编制城市轨道交通线网规划,研究轨道交通对城市形态的影响、分析轨道交通对居民的服务能力时,常常缺少量化指标,面临数据不足或精度低、城市间横向比较能力弱等问题。从通勤视角出发,基于互联网通勤数据和城市轨道交通运营数据,选择轨道交通覆盖人口比例作为指标,通勤椭圆作为城市形态可视化方法,研究轨道交通与职住关系对城市发展的影响,并对轨道交通覆盖通勤人口比例的含义和实际应用进行解读。在此基础上,分析了其与轨道交通客运强度的关系,总结了所反映的轨道交通车站周边职住特征、轨道交通建设边际效应以及对通勤空间范围和公共交通通勤效率的影响。

抓住改革之机 开拓融合之道——关于媒体融合发展的三个问题

新闻传播、文化传播、信息传播是与国家大局密切相关的,当然要在"四个全面"战略下行动。摆在我们面前的任务,就是以深化改革、融合发展为重点,构建适应"四个全面"重大战略的现代传播体系,全面提升我国媒体的竞争力、公信力、影响力。习近平同志指出:推动传统媒体和新兴媒体融合发展,要遵循新闻传播规律和新兴媒体发展规律,强化互联网思维,坚持优势互补、一体发展,坚持先进技术支撑、内容建设为根本。

电路与模拟电子技术教学改革与实践

针对我校计算机类专业电路与模拟电子技术的教学现况的分析和研究,结合渝东北工业行业和我校实际,提出了适应新时代课程的教学改革,采用“互联网+学习通”混合式新型教学模式,对教学内容的重构、教学方法和实验教学的改革与实践。通过改革,学生自主学习和自信心得到加强,扭转了学习风气,学习效果明显好转。

Network Security Incidents Frequency Prediction Based on Improved Genetic Algorithm and LSSVM

Since the frequency of network security incidents is nonlinear,traditional prediction methods such as ARMA,Gray systems are difficult to deal with the problem.When the size of sample is small,methods based on artificial neural network may not reach a high degree of preciseness.Least Squares Support Vector Machines (LSSVM) is a kind of machine learning methods based on the statistics learning theory,it can be applied to solve small sample and non-linear problems very well.This paper applied LSSVM to predict the occur frequency of network security incidents.To improve the accuracy,it used an improved genetic algorithm to optimize the parameters of LSSVM.Verified by real data sets,the improved genetic algorithm (IGA) converges faster than the simple genetic algorithm (SGA),and has a higher efficiency in the optimization procedure.Specially,the optimized LSSVM model worked very well on the prediction of frequency of network security incidents.

Modeling and Characterizing Internet Backbone Traffic

With enormous growth of the number of Internet users and appearance of new applications, characterization of Internet traffic has attracted more and more attention and has become one of the major challenging issues in telecommunication network over the past few years. In this paper, we study the network traffic pattern of the aggregate traffic and of specific application traffic, especially the popular applications such as P2P, VoIP that contribute most network traffic. Our study verified that majority Internet backbone traffic is contributed by a small portion of users and a power function can be used to approximate the contribution of each user to the overall traffic. We show that P2P applications are the dominant traffic contributor in current Internet Backbone of China. In addition, we selectively present the traffic pattern of different applications in detail.

An Overview of Internet of Vehicles

The new era of the Internet of Things is driving the evolution of conventional Vehicle Ad-hoc Networks into the lnternet of Vehicles （IoV）. With the rapid development of computation and communication technologies, loV promises huge commercial interest and research value, thereby attracting a large number of companies and researchers. This paper proposes an abstract network model of the IoV, discusses the technologies required to create the IoV, presents different applications based on certain currently existing technologies, provides several open research challenges and describes essential future research in the area of loV.

A Novel Direct Anonymous Attestation Protocol Based on Zero Knowledge Proof for Different Trusted Domains

In order to solve the issue that existing direct anonymous attestation (DAA) scheme can not operate effectively in different domains,based on the original DAA scheme,a novel direct anonymous attestation protocol used in multi domains environment is proposed and designed,in which,the certificate issuer located in outside of domain can be considered as a proxy server to issue the DAA certificate for valid member nodes directly.Our designed mechanism accords with present trusted computing group (TCG) international specification,and can solve the problems of practical authentication and privacy information protection between different trusted domains efficiently.Compared with present DAA scheme,in our protocol,the anonymity,unforgeability can be guaranteed,and the replay-attack also can be avoided.It has important referenced and practical application value in trusted computing field.

From the Far Side of the Moon: Delay/DisruptionTolerant Networking Communications via Lunar Satellites

Delay/Disruption-Tolerant Networking(DTN) originated from research on Interplanetary Internet and still today space applications are the most important application field and research stimulus. This paper investigates DTN communications between the Earth and the far side of the Moon, by means of a lunar orbiter acting as relay. After an introductory part, the paper presents a comprehensive analysis of the DTN performance that can be achieved on the identified communication scenario. The focus is on the evaluation of the stateof-the-art ability of Interplanetary Overlay Network(ION), the NASA DTN implementation of Bundle Protocol(BP) and Contact Graph Routing(CGR), to meet the many challenges of the space communication scenario investigated(and more generally of a future interplaynetary Internet): intermittent links, network partitioning, scarce bandwidth, long delays, dynamic routing, handling of high priority and emergency traffic, interoperability issues. A study of security threats and Bundle Security Protocol(BSP) countermeasures complete the work.The many results provided, confirm the essential role of DTN in future space communications.

Application Scenarios and Enabling Technologies of 5G

Fast growth of mobile internet and internet-of-things has propelled the concept formation and research on 5G wireless communications systems which are to be standardized around 2020(IMT-2020).There will be diverse application scenarios expected for 5G networks.Hence,key performance indicators(KPIs) of 5G systems would be very diverse,not just the peak data rate and average/edge spectral efficiency requirements as in previous generations.For each typical scenario,multiple technologies may be used independently or jointly to improve the transmission efficiency,to lower the cost,and to increase the number of connections,etc.Key enabling technologies are discussed which include massive MIMO,ultradense deployment specific techniques,nonorthogonal transmission,high frequency communications,etc.

Internet Plus and Networks Convergence

This paper discusses the relationship between Internet plus and networks convergence and highlights the development of ICT industry and the process of networks convergence. Based on lnternet plus and the theory of networks convergence, this paper suggests to implement Internet plus action plan as a strategy to accelerate the construction of networks and application of Internet, promote the traditional industry reform with ICT, increase competitive efficiency, standardize the market competition, and then realize the Internet plus strategy and networks convergence.

Experimental study of channel delay impact on throughput performance of TCP and its extensions in space

Substantially long round trip time (RTT) in space channel hurts TCP interactions between the sending and receiving ends, and limits the usefulness and effectiveness of TCP feedback. Space Communication Protocol Standards-Transport Protocol (SCPS-TP) is a Transmission Control Protocol (TCP) enhancement method aimed at improving its performance in space and interplanetary Internet and is expected to have capability of being feasible applied to experimental evaluation of the effectiveness of SCPS-TP in coping with long channel delay. This paper presents an experimental evaluation of channel delay impact on throughput performance of SCPS-TP over LEO/GEO-stationary space links using a test-bed, compared with the widely deployed TCP.

From ＂Fast-Thinking＂ to ＂Slack-tivism＂： Remarks Concerning the Web-Mediated Social Space

The invention of the World Wide Web, especially the Web 2.0, originally led some sociologists to believe that this tool would have favoured the creation of a ＂collective intelligence＂ able to spread and increase the level of democracy in the society. Nowadays, as a matter of fact, Information and Communications Technologies （ICTs） continue excluding part of the population and contribute to a top-down organisation of the main streams of information neutralising active potentialities and risking, paradoxically, to isolate users who are not aware of the mechanisms of the lnternet. The ＂doxic＂ acceptance of web contents, structures, and tools indeed precludes some kinds of knowledge and some different models of participation, with significant consequences on the social construction of reality. As a result, a tendency emerges towards a virtual-only participation and the click-tivism seems more and more to be turning into a form of slack-tivism.

Error Outage Probabilities of Dual-Hop Relay Channels in a Poisson Interference Field

In the promising cooperative communication systems,network performance is mainly affected by interference instead of noise.In this paper,we consider the performance degraded by the Poisson filed interference in the dual-hop relay channels.We focus on the discussions of error outage probability (EOP) performance with a selective-decode-and-forward (SDF),amplify-and-forward (AF),or fixed-decode-and-forward (DF) cooperation protocol.Finally,the simulation results present the performance with different cooperation protocols with interference in a Poisson field.

High Throughput Satellite System Capacity Analysis and Application Forecast

With the development of large numbers broadband Internet access,global satellite communications is moving towards High Throughput Satellites(HTS).Now,USA,Canada,Europe,Thailand,Japan,United Arab Emirates,Australia have already developed HTS systems.However,there is little research to analyze the factors influencing high throughput.Thus,from the design perspective,the throughput of HTS and influencing factors are calculated and compared at a system level.Finally,the application of HTS is analyzed and forecasted.

Research on the Development Direction of Traditional Broadcast Television Movie Media under Background of New Media and Internet

In this paper, we conduct research on the development direction of traditional broadcast television movie media under background of new media and lnternet. In recent years, with the computer technology network communication technology and constant innovation rapid development of digital technology, digital new media got rapid development. Under the digital new media industry has gradually become the core industry of 21 st century knowledge economy and the new economic growth point. But there are still some problems in the digital of new media development. How to treat these problems to take effective countermeasures is vital to healthy development of the new media. Our research proposes corresponding guidance and the perspective on the development orientation which acts as the paradigm and the guideline.