{"title":"Message from the ICFEC 2019 Chairs","authors":"","doi":"10.1109/cfec.2019.8733140","DOIUrl":null,"url":null,"abstract":"It gives us great pleasure in welcoming you to the proceedings of the 3 IEEE International Conference on Fog and Edge Computing (ICFEC), and to the conference itself for those who are joining us at Larnaca, Cyprus! The Internet of Things (IoT) paradigm is incorporating “things” from the physical world into the Internet environment to enhance the monitoring and intelligent control of physical, digital and social systems. Traditionally, data from such systems have been analyzed centrally by applications hosted on public and private clouds, and the responses communicated back to the things. However, such cloud data centers are being supplemented with micro data centers, also called Fogs, located at the edge of the network and closer to a user (or thing) than the cloud. Further, Edge devices such as smart phones and IoT gateways are available even closer to the user or data source. These offer alternative computing resources to the cloud, on which to deploy and orchestrate applications. The Fog and Edge computing paradigm can improve the agility of service deployments, offer opportunistic and cheap computing, and leverage the diversity in network latency and bandwidth across resources. But this requires research and development into Fog and Edge fabrics and middleware for resource management; novel application platforms and programming models to ease composition; the means to handle security, privacy and trust of such heterogeneous resources; and adapting to emerging domains like autonomous vehicles and deep learning using such infrastructure. ICFEC 2019 sought original research contributions to address these challenges, covering both theory and practice over system software and applications. We received 23 papers in two rounds, an early submission and a regular submission – a new model we trialled this year. Articles from both rounds were rigorously reviewed by our Technical Program Committee with 21 members, in a timely and efficient manner. Papers received an average of 3.7 reviews each. Based on these detailed reviews, we have accepted 6 full papers – an acceptance rate of 26%, and a further 5 as short papers, to be presented at the conference and which are included in these proceedings. We also shepherded some papers this year to ensure a high quality of the final manuscripts. The accepted papers span Fog and Edge computing topics on stream processing, resource discovery, scheduling, machine learning, smart metering and security, and offer a glimpse of the stateof-the-art in this emerging research domain. We thank all the authors who submitted their research work for consideration to ICFEC 2019. Without their support, a high-quality conference program and proceedings would not be possible. We are also grateful for the service of our Technical Program Committee members, who worked hard across two rounds of submissions to offer valuable feedback to all the authors to enhance the quality of their submission. We also thank the presenters and attendees for making this conference possible. We also appreciate the support received from the organizers of the IEEE/ACM CCGrid 2019 conference, with whom we are co-located. Once again, we welcome you to ICFEC 2019, the 3 IEEE International Conference on Fog and Edge Computing, to be held on May 16, 2019 at the beautiful city of Larnaca, Cyprus. We look forward to the scientific talks and productive discussions to advance the research in this community. We also hope you enjoy the scenic beaches and the culture that Larnaca has to offer!","PeriodicalId":340721,"journal":{"name":"2019 IEEE 3rd International Conference on Fog and Edge Computing (ICFEC)","volume":"21 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2019-05-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"2019 IEEE 3rd International Conference on Fog and Edge Computing (ICFEC)","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.1109/cfec.2019.8733140","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

It gives us great pleasure in welcoming you to the proceedings of the 3 IEEE International Conference on Fog and Edge Computing (ICFEC), and to the conference itself for those who are joining us at Larnaca, Cyprus! The Internet of Things (IoT) paradigm is incorporating “things” from the physical world into the Internet environment to enhance the monitoring and intelligent control of physical, digital and social systems. Traditionally, data from such systems have been analyzed centrally by applications hosted on public and private clouds, and the responses communicated back to the things. However, such cloud data centers are being supplemented with micro data centers, also called Fogs, located at the edge of the network and closer to a user (or thing) than the cloud. Further, Edge devices such as smart phones and IoT gateways are available even closer to the user or data source. These offer alternative computing resources to the cloud, on which to deploy and orchestrate applications. The Fog and Edge computing paradigm can improve the agility of service deployments, offer opportunistic and cheap computing, and leverage the diversity in network latency and bandwidth across resources. But this requires research and development into Fog and Edge fabrics and middleware for resource management; novel application platforms and programming models to ease composition; the means to handle security, privacy and trust of such heterogeneous resources; and adapting to emerging domains like autonomous vehicles and deep learning using such infrastructure. ICFEC 2019 sought original research contributions to address these challenges, covering both theory and practice over system software and applications. We received 23 papers in two rounds, an early submission and a regular submission – a new model we trialled this year. Articles from both rounds were rigorously reviewed by our Technical Program Committee with 21 members, in a timely and efficient manner. Papers received an average of 3.7 reviews each. Based on these detailed reviews, we have accepted 6 full papers – an acceptance rate of 26%, and a further 5 as short papers, to be presented at the conference and which are included in these proceedings. We also shepherded some papers this year to ensure a high quality of the final manuscripts. The accepted papers span Fog and Edge computing topics on stream processing, resource discovery, scheduling, machine learning, smart metering and security, and offer a glimpse of the stateof-the-art in this emerging research domain. We thank all the authors who submitted their research work for consideration to ICFEC 2019. Without their support, a high-quality conference program and proceedings would not be possible. We are also grateful for the service of our Technical Program Committee members, who worked hard across two rounds of submissions to offer valuable feedback to all the authors to enhance the quality of their submission. We also thank the presenters and attendees for making this conference possible. We also appreciate the support received from the organizers of the IEEE/ACM CCGrid 2019 conference, with whom we are co-located. Once again, we welcome you to ICFEC 2019, the 3 IEEE International Conference on Fog and Edge Computing, to be held on May 16, 2019 at the beautiful city of Larnaca, Cyprus. We look forward to the scientific talks and productive discussions to advance the research in this community. We also hope you enjoy the scenic beaches and the culture that Larnaca has to offer!
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2019年ICFEC主席致辞
我们非常高兴地欢迎您参加第3届IEEE雾与边缘计算国际会议(ICFEC),并欢迎那些在塞浦路斯拉纳卡加入我们的人参加会议!物联网(IoT)范式将物理世界中的“物”整合到互联网环境中,以增强对物理、数字和社会系统的监控和智能控制。传统上,来自此类系统的数据由托管在公共云和私有云上的应用程序集中分析,然后将响应通信回这些设备。然而,这样的云数据中心正在被微数据中心(也称为fog)所补充,微数据中心位于网络边缘,比云更接近用户(或事物)。此外,智能手机和物联网网关等边缘设备更靠近用户或数据源。它们为云提供了可选择的计算资源,可以在其上部署和编排应用程序。雾和边缘计算范式可以提高服务部署的敏捷性,提供机会和廉价的计算,并利用资源之间网络延迟和带宽的多样性。但这需要研究和开发到雾和边缘结构和中间件的资源管理;新颖的应用平台和编程模型,简化组合;处理此类异构资源的安全、隐私和信任的方法;并利用这些基础设施适应自动驾驶汽车和深度学习等新兴领域。ICFEC 2019寻求原创研究贡献来应对这些挑战,涵盖系统软件和应用的理论和实践。我们分两轮收到了23篇论文,一篇是早期提交,一篇是定期提交,这是我们今年试行的一种新模式。由21名成员组成的技术项目委员会及时、高效地对两轮申请进行了严格审查。每篇论文平均收到3.7篇评论。根据这些详细的审查,我们已经接受了6篇全文,接受率为26%,另外还有5篇短文,将在会议上发表,并纳入本论文集。我们今年还指导了一些论文,以确保最终手稿的高质量。接受的论文涵盖了流处理、资源发现、调度、机器学习、智能计量和安全等雾和边缘计算主题,并提供了这一新兴研究领域的最新技术的一瞥。我们感谢所有提交研究工作供ICFEC 2019考虑的作者。没有他们的支持,高质量的会议计划和会议记录是不可能的。我们也感谢我们的技术计划委员会成员的服务,他们在两轮提交中努力工作,为所有作者提供宝贵的反馈,以提高他们提交的质量。我们也感谢演讲者和与会者使这次会议成为可能。我们也感谢IEEE/ACM CCGrid 2019会议组织者的支持,我们与他们同在一处。我们再次欢迎您参加2019年5月16日在美丽的塞浦路斯拉纳卡市举行的第三届IEEE雾和边缘计算国际会议ICFEC。我们期待着科学讲座和富有成效的讨论,以推进这一领域的研究。我们也希望你喜欢风景优美的海滩和拉纳卡的文化!
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Machine Learning based Timeliness-Guaranteed and Energy-Efficient Task Assignment in Edge Computing Systems Development of a Smart Metering Microservice Based on Fast Fourier Transform (FFT) for Edge/Internet of Things Environments Enabling Fog Computing using Self-Organizing Compute Nodes Edge-to-Edge Resource Discovery using Metadata Replication ORCH: Distributed Orchestration Framework using Mobile Edge Devices
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