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World of wireless mobile and multimedia networks. IEEE International Symposium on a World of Wireless Mobile and Multimedia Networks最新文献

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Message from the general chair 主席的口信
P. Mohapatra
The IEEE WETICE conference brings together researchers from around the world to share the latest advances in the field of enabling technologies for collaboration. It provides a high-quality forum for research in the theory and the practice. These are the proceedings of IEEE WETICE 2013, held for the first time in Hammamet, Tunisia, in June 2013. It is an honor for our ReDCAD laboratory to have been selected to organize and host this event and for me to act as General Chair.
IEEE WETICE会议汇集了来自世界各地的研究人员,分享协作技术领域的最新进展。它为理论和实践研究提供了一个高质量的论坛。这是2013年6月首次在突尼斯Hammamet举行的IEEE WETICE 2013年会议记录。我们的ReDCAD实验室很荣幸被选中组织和主持这次活动,我也很荣幸担任总主席。
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引用次数: 0
Adaptive Routing in Disruption Tolerant Networks 中断容忍网络中的自适应路由
José Irigon de Irigon
Routing in Disruption-Tolerant Networks has been researched for over 15 years. Several proposed algorithms exploit the predictive behavior of mobile devices in order to maximize a desired metric (e.g., delivery probability) and minimize waste of resources. However, even devices that follow a highly predictive mobility model might have its behavior temporarily altered due to external events such as accidents, natural conditions, mechanical failures, etc. Some routing approaches for predictive networks are not able to make use of the available knowledge to support the routing decision. Others are not able to adapt under context change. In this work, we present the initial phase of our research and the necessary steps towards an adaptive DTN protocol for challenging networks that is able to exploit available knowledge and adapt under context changes.
容中断网络中的路由已经研究了15年以上。一些提出的算法利用移动设备的预测行为,以最大化期望的度量(例如,交付概率)和最小化资源浪费。然而,即使是遵循高度预测性移动性模型的设备,也可能由于事故、自然条件、机械故障等外部事件而暂时改变其行为。一些用于预测网络的路由方法不能利用现有的知识来支持路由决策。其他人则无法适应环境的变化。在这项工作中,我们介绍了我们研究的初始阶段,以及针对具有挑战性的网络的自适应DTN协议的必要步骤,这些网络能够利用现有知识并根据环境变化进行适应。
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引用次数: 1
The Fifth IEEE Workshop on Smart Vehicles: Connectivity Technologies and its Applications (SmartVehicles'18) 第五届IEEE智能汽车研讨会:连接技术及其应用(SmartVehicles’18)
R. Bruno, G. Bansal, Mate Boban, P. Pantazopoulos
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引用次数: 0
The Seventh IEEE Workshop on the Internet of Things: Smart Objects and Services (IoT-SoS 2108) 第七届IEEE物联网研讨会:智能对象和服务(iot - sos2108)
Giacomo Tanqanelli
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引用次数: 0
Message from the Panel Chairs 小组主席的讲话
M. Papadopouli, Yue Gao
The following topics are dealt with: mobile computing; mobile radio; Internet of Things; protocols; wireless LAN; optimisation; wireless sensor networks; telecommunication traffic; telecommunication network routing.
涉及以下主题:移动计算;移动广播;物联网;协议;无线局域网;优化;无线传感器网络;电信流量;电信网络路由。
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引用次数: 0
Dependable Internet of Things 可靠的物联网
K. Römer, A. Banchs
Wireless networked embedded systems are increasingly used for safety-critical applications such as smart production or networked cars, where failures may have severe impact. Therefore, strict dependability requirements have to be met. This is difficult to achieve, however, as these applications often operate in harsh environments or are exposed to attacks. In this talk we present recent research results obtained in the Dependable Things research center at TU Graz which aims at increasing the dependability of the IoT for safety-critical applications. Specifically, we present a single-anchor approach to robust and accurate localization using UWB, a method to analyze software for potential side-channel leakage, and an approach to automatically learn models of protocols used in the IoT in order to formally verify their correct implementation and interoperability. There is consensus among the relevant industry and standardization communities that a key element in 5G mobile networks will be network slicing. The idea is to allow the mobile infrastructure to be “sliced” into logical networks, where each slice is a collection of resources and functions that includes software modules running at different locations as well as the nodes' computational and communication resources. The intention is to tailor each slice to support a specific service, providing only what is necessary for the service while avoiding unnecessary overheads and complexity. This provides a basis for efficient infrastructure sharing among diverse entities, ranging from classical or virtual mobile network operators to new players that simply view connectivity as a service, where each of these entities may be running one or more slices. This talk will focus on the key enablers for network slicing and the research challenges involved in realizing this technology. Current standardization activities will be reviewed along with the contributions of major research projects, such as the H2020 5G-NORMA and 5G-MoNArch projects. A key problem underlying network slicing is enabling efficient sharing of mobile network resources. Various approaches considered in 3GPP will be analysed, ranging from per-reservation based schemes (where network slices reserve the required resources in advance) to others based on network shares (where resources are allocated based on predetermined shares). The performance and behavior of the various approaches will be studied based on analytical tools including optimization, game theory and machine learning. Buildig on these analyses, we will provide some insights on the stability, peformance, optimality and level of customization enabled by the various approaches.
无线联网嵌入式系统越来越多地用于安全关键应用,如智能生产或联网汽车,其中故障可能会产生严重影响。因此,必须满足严格的可靠性要求。然而,这很难实现,因为这些应用程序通常在恶劣的环境中运行或暴露于攻击之下。在这次演讲中,我们介绍了格拉茨工业大学可靠事物研究中心最近获得的研究成果,该研究旨在提高物联网在安全关键应用中的可靠性。具体来说,我们提出了一种使用超宽带实现鲁棒和精确定位的单锚方法,一种分析软件潜在侧信道泄漏的方法,以及一种自动学习物联网中使用的协议模型的方法,以便正式验证其正确实现和互操作性。相关行业和标准化团体一致认为,5G移动网络的关键要素将是网络切片。这个想法是允许移动基础设施被“切片”成逻辑网络,其中每个切片是资源和功能的集合,包括在不同位置运行的软件模块以及节点的计算和通信资源。其目的是定制每个切片以支持特定的服务,仅提供服务所需的内容,同时避免不必要的开销和复杂性。这为不同实体之间的有效基础设施共享提供了基础,从传统的或虚拟的移动网络运营商到简单地将连接视为服务的新参与者,其中每个这些实体可能运行一个或多个片段。本讲座将重点讨论网络切片的关键促成因素以及实现该技术所涉及的研究挑战。目前的标准化活动将与主要研究项目(如H2020 5G-NORMA和5G-MoNArch项目)的贡献一起进行审查。网络切片的一个关键问题是实现移动网络资源的有效共享。本文将分析3GPP中考虑的各种方法,从基于预保留的方案(网络切片提前保留所需资源)到基于网络共享的其他方案(基于预先确定的共享分配资源)。各种方法的性能和行为将基于分析工具进行研究,包括优化、博弈论和机器学习。在这些分析的基础上,我们将对各种方法支持的稳定性、性能、最优性和定制级别提供一些见解。
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引用次数: 0
Workshop on User-Centric Service Provisioning Over 5G Networks 2018 (USEPRO'18) 以用户为中心的5G网络业务提供研讨会2018 (USEPRO'18)
N. Passas
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引用次数: 0
Message from the TPC co-chairs 来自TPC联合主席的信息
R. Bruno, Hongyi Wu
We are excited to introduce the technical program for the first-ever ACM SIGCOMM conference held in India. This year’s program continues SIGCOMM’s tradition of presenting outstanding work that breaks new theoretical ground and provides practical insight into modern communication networks. The program committee accepted 33 excellent papers selected from 276 reviewed submissions. The topics range across all aspects of network infrastructure, from the enterprise and data center to wireless, and address problems and opportunities across the network stack from the physical layer to global social networks. Similarly, the papers came from a rich mix of authors from both academia and industry all over the world. Authors from over 30 countries submitted papers, and the final program includes authors from 8 countries and over 40 organizations.
我们很高兴为在印度举行的首届ACM SIGCOMM会议介绍技术方案。今年的项目延续了SIGCOMM的传统,展示了突破新的理论基础并为现代通信网络提供实践见解的杰出工作。项目委员会从276篇评审论文中选出33篇优秀论文。这些主题涵盖了网络基础设施的各个方面,从企业和数据中心到无线,并解决了从物理层到全球社交网络的网络堆栈中的问题和机遇。同样,这些论文的作者来自世界各地的学术界和工业界。来自30多个国家的作者提交了论文,最终项目包括来自8个国家和40多个组织的作者。
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引用次数: 0
Message from the workshop co-chairs 讲习班联合主席的讲话
A. Gómez-Skarmeta
It is our pleasure to introduce the 2016 WoWMoM workshop program. This year's four WoWMoM workshops feature a wide range of topics in various emerging research areas in the field of wireless, mobile and multimedia networks. As the integral part of the main conference, the purpose of the workshops is to provide a less formal and more focused forum where novel and stimulating ideas and experiences are shared among researchers both from industry and academia, on all the topics of interest for the wireless, mobile and multimedia networking community. The number and quality of the workshops contribute to the relevance of WoWMoM as one of the reference forums for the research community working on these topics.
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引用次数: 0
Workshop message: IoT-SoS 2016 研讨会主题:物联网- sos 2016
E. Tragos, Rasmus Nielsen, A. Kapovits, C. Cicconetti, E. Mingozzi, J. D. Oliveira, X. Jia, Stefano Iellamo, Vangelis Angelakis
It is our great pleasure to welcome you to the 5th edition of the successful workshop on the Internet of Things: Smart Objects and Services (IoT-SoS), which is organized this year in conjunction with WoWMoM 2016. The main focus of this wokshop is to bring together experts from the research community, the industry and standardisation bodies and discuss in the context of heterogeneous networking technologies for the Internet of Things (IoT), aiming to identify solutions for addressing the key challenges that IoT brings to the networking domain.
我们非常高兴地欢迎您参加第五届成功的物联网:智能对象和服务(IoT-SoS)研讨会,该研讨会今年与WoWMoM 2016一起组织。本次研讨会的主要焦点是汇集来自研究界、行业和标准化机构的专家,并在物联网(IoT)的异构网络技术背景下讨论,旨在确定解决物联网给网络领域带来的关键挑战的解决方案。
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引用次数: 0
期刊
World of wireless mobile and multimedia networks. IEEE International Symposium on a World of Wireless Mobile and Multimedia Networks
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