【今日新增】CCF推荐期刊专刊信息5条

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全文截稿：2017-10-01

期刊：IEEE Network

专刊：Security and Privacy of Connected Vehicular Cloud Computing

领域：计算机网络

难度：★★★

影响因子：2.54

网址：http://www.comsoc.org/netmag/

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As a special cloud computing platform, Connected Vehicular Cloud Computing (CVCC), which seamlessly combines cloud computing and VANETs, has been recently proposed to accelerate the adoption of VANETs, and extended the traditional cloud infrastructure consisting of a majority of stationary nodes to the edge of vehicles. CVCC is a mobile computing paradigm, which consists of in-motion vehicles cooperating with each other to achieve a bunch of practical applications, such as collaborative package delivery and information dissemination. Essentially, CVCC coordinates the computing, communication, sensing, and storage resources of the vehicles on the road to balance the service requirements and the hardware limitation.

This special issue covers the most recent research results that address security and privacy issues of CVCC. We solicit papers covering various topics of interest that include, but not limited to the following:

- Encrypted search in Connected Vehicular Cloud Computing

- Secure outsourcing computing in Connected Vehicular Cloud Computing

- Secure data storage in Connected Vehicular Cloud Computing

- Access control and anonymization in Connected Vehicular Cloud Computing

- Authentication and authorization in Connected Vehicular Cloud Computing

- Data provenance in Connected Vehicular Cloud Computing

- Integrity verification in Connected Vehicular Cloud Computing

- Real-time security monitoring in Connected Vehicular Cloud Computing

- Useable security in Connected Vehicular Cloud Computing

- Implementation and testbed for secure Connected Vehicular Cloud Computing

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摘要截稿：2017-07-15

全文截稿：2017-10-01

期刊：IEEE Security & Privacy

专刊：AI Ethics: The Privacy Challenge

领域：网络与信息安全

难度：★★★

影响因子：0.902

网址：https://www.computer.org/web/computingnow/securityandprivacy

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The Future of Privacy Forum and the Vrije Universiteit Brussel (VUB) Privacy Hub are partnering with IEEE Security & Privacy in a call for papers focused on AI Ethics: The Privacy Challenge. Researchers are encouraged to submit interdisciplinary works in law and policy, computer science and engineering, social studies, and economics for publication in a special issue of IEEE Security & Privacy. Authors of selected submissions will be invited to present their work in a workshop, which will be hosted by the VUB on 7 November 2017, in Brussels, Belgium.

Successful submissions will address the following issues:

- Privacy values in design

- Algorithmic due process and accountability

- Fairness and equity in automated decision making

- Accountable machines

- Formalizing definitions of fairness and equity

- Societal implications of autonomous experimentation

- Deploying machine learning and AI to enhance privacy

- Societal implications of autonomous experimentation

- Cybersafety

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全文截稿：2017-10-13

期刊：IEEE Internet Computing

专刊：Evolution of Rack-Scale Systems

领域：计算机网络

难度：★★★★

影响因子：1.4

网址：https://www.computer.org/internet-computing/

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In just the past few years, advances in software and hardware technology have enabled new computing paradigms and new applications making use of rack-scale computing environments. These include super-fast interconnects, new memory devices and architectures, and ever-changing software models. For instance, we recently witnessed a strong shift from virtual machines to containers as the model for deploying software in shared environments.

This special issue will include papers from both industry and academia that encompass the recent evolution of rack-scale systems, in the context of Internet computing. Topics include (but are not limited to) the following:

1.Applications and use cases

- data-intensive analytics and graph processing

- financial, medical, and transportation scenarios

2.Systems software stack

- operating systems

- virtual machines (VMs), containers, unikernels and microservices

- persistency libraries and inter-process communication (IPC) stacks

3.Architecture

- memory/storage architectures

- switches, routers, and software-defined networking

- accelerators

4.Technologies

- nonvolatile memory

- photonic interconnects

- system on a chip

5.Characteristics

- security

- reliability (such as erasure coding)

- scale and performance

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全文截稿：2018-02-01

期刊：IEEE MultiMedia

专刊：5G Multimedia Communications: Theory, Technology, and Application

领域：计算机图形学与多媒体

难度：★★★

影响因子：1.361

网址：https://www.computer.org/multimedia-magazine/

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As multimedia systems, services, and applications increasingly become a part of daily life, researchers are exploring 5th-generation wireless communication networks on many fronts. 5G networks must accommodate higher mobile data volumes, user data rates, and numbers of connected devices, and at the same time offer lower end-to-end latency. New theories and technologies are producing diverse multimedia applications, including services for surveillance, entertainment and social media, voice and video, medical imaging, business transactions, and Internet-of-Things-based streams. Traditional multimedia communications and processing schemes can't effectively compress, encode, transmit, process, synchronize, store, and mine all of this multimedia information, so there's a growing demand for developing and designing theories, technologies, and applications for 5G multimedia communications.

This special issue solicits state-of-the-art approaches and technical solutions in the area of 5G multimedia communications. The issue will provide a compelling forum for researchers and practitioners to present their results. Original contributions (not under review by another journal) are solicited in relevant areas, including

- architectures for 5G multimedia communications,

- end-to-end QoE support for wireless and mobile communications,

- security and privacy in 5G multimedia communications,

- multimedia delivery over 5G wireless networks,

- compressing and coding multimedia data in the 5G environment,

- parallel and distributed computing for multimedia over 5G wireless networks, and

- novel and interesting applications in 5G multimedia communications.

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全文截稿：2018-02-15

期刊：IEEE Network

专刊：Integration of Satellite and 5G Networks

领域：计算机网络

难度：★★★

影响因子：2.54

网址：http://www.comsoc.org/netmag/

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The aim of this special issue is to gather advances in satellite and terrestrial networking technologies illustrating the large spectrum wherein 5G and satellite can be suitably and efficiently integrated in a unique system platform. As such, it is expected that contributions will bring a sound balance between academic research and industrial development in order to provide a reference point for the know-how in this sector.

We solicit high-quality original research papers on aspects of integrated terrestrial -satellite 5G networks including but not limited to the following topics:

- Role of satellites in 5G networks

- Heterogeneous terrestrial / satellite 5G network architectures

- Air interface harmonization between terrestrial 5G and satellite systems

- Regulatory impacts of 5G spectrum allocation on  satellite/terrestrial integration

- Satellite network space segment architectures (GSS, NGSS)

- Integration of 5G and unmanned aerial systems (UAS) to extend service coverage

- Satellite network ground segment architectures

- Information Centric Networking (ICN) architectures to enable Future Internet over federated satellite - 5G networks

- End-to-end dynamic resource allocation building on novel network slicing techniques

- Advanced satellite payload architectures (e.g., OBP with virtual hosted payloads) to improve resource allocation flexibility on an end-to-end basis

- Mobile edge computing to enhance quality of experience (QoE) of mobile users attached to terrestrial and satellite networks.

- Network function Virtualization (NFV) and Software-defined networking (SDN) in converged multi-tenant satellite and terrestrial networks

- Network Coding and multi-path offloading techniques for optimized backhauling

- Opportunistic and Cognitive Communications for spectrum sharing over satellite and 5G segments

- Intelligent / smart antennas to enable optimal share of the capacity offered by satellite and 5G terrestrial backhaul segments.