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IEEE Cloud Computing

IEEE Cloud Computing

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Toward a Theoretical Model of Cloud Computing
Joe Weinman
Keywords:Cloud computingBehavioral sciencesComputer applicationsMarket researchPlatform as a servicecloud computingcloud-service-provider industryIEEE Cloud Computingcloud computingtheorytheoretical modelbehaviors
Abstracts:Cloud computing has proven to be extremely useful in practice.1,2 Both the cloud-service-provider industry and its business, scientific, and consumer applications have grown exponentially. However, there are also benefits to be gained from viewing cloud computing abstractly: understanding its fundamental behaviors, but also its limitations. After a five-year run, this is the last issue of IEEE Cloud Computing. However, it is to be hoped that this final article contains the seeds of some ideas that others will find interesting and productive, so as to continue research to formalize such a theory. In effect, this article lays the foundation for future research by encapsulating much of this column's last five years into a comprehensive, integrated theoretical framework.
The Cloud Service Broker in Multicloud Demand Response
Jianguo YaoMing YangTing DengHaibing Guan
Keywords:Cloud computingQuality of serviceCost benefit analysisPerformance evaluationMarket researchbrokermulticlouddemand responsecloud computing
Abstracts:Because of cloud-computing development, choosing cloud services can be complicated and time-consuming for customers. To facilitate cloud service delivery, the authors propose a cloud service broker that resides in the multicloud model, provides automated selection of suitable cloud services, and assures the best performance, reliability, and cost efficiency.
Differentially Private Data Sharing in a Cloud Federation with Blockchain
Mu YangAndrea MargheriRunshan HuVladimiro Sassone
Keywords:Cloud computingInformation exchangeData privacyBlockchainPrivacyInformation sharingCloud federationblockchaindata sharingdifferential privacy
Abstracts:Cloud federation is an emergent cloud-computing paradigm that allows services from different cloud systems to be aggregated in a single pool. To support secure data sharing in a cloud federation, anonymization services that obfuscate sensitive datasets under differential privacy have been recently proposed. However, by outsourcing data protection to the cloud, data owners lose control over their data, raising privacy concerns. This is even more compelling in multi-query scenarios in which maintaining privacy amounts to controlling the allocation of the so-called privacy budget. In this paper, we propose a blockchain-based approach that enables data owners to control the anonymization process and that enhances the security of the services. Our approach relies on blockchain to validate the usage of the privacy budget and adaptively change its allocation through smart contracts, depending on the privacy requirements provided by data owners. Prototype implementation with the Hyperledger permissioned blockchain validates our approach with respect to privacy guarantee and practicality.
Cloud Computing and the New EU General Data Protection Regulation
Barbara RussoLaura ValleGuido BonzagniDavide LocatelloMarta PancaldiDavide Tosi
Keywords:European UnionGeneral Data Protection RegulationPrivacyCloud computingGovernment policiesData protectionInformation securityCloud computingdata protectionEU General Data Protection Regulation
Abstracts:Disclosing personal data for a purpose not known by data subjects is a practice that the 2018 European Union General Data Protection Regulation (GDPR) is supposed to prevent. This article gives an overview of the major aspects of GDPR related to provision, use, and maintenance of cloud services and technologies.
PRTuner: Proactive-Reactive Re-Replication Tuning in HDFS-based Cloud Data Center
Thanda ShweMasayoshi Aritsugi
Keywords:Storage managementData storage systemsDigital storageCloud computingData centersResource managementDatabase systemsHDFSfault tolerancecloud
Abstracts:With the expansion of storage components in cloud data centers, component failures become prevalent. Although data replication can be exploited to protect against data loss, unfortunately, each time storage components fail, the burden incurred by the data block restoration process is not negligible. Re-replication should be performed in a careful manner to avoid creating a load imbalance on the remaining storage datanodes while maintaining the reliability level. In this paper, we propose PRTuner, which forecasts resource utilization for the whole cluster and tunes the re-replication rate dynamically and proactively in order to minimize performance impacts on regular cluster jobs while ensuring the reliability of the system. PRTuner also enhances proactive re-replication with an additional reactive feature that minimizes performance degradation in the case of inaccurate prediction. Simulation results demonstrate that PRTuner is able to minimize performance impacts on regular cluster jobs for both highly and lightly utilized clusters while maintaining the systems reliability.
Boosting Energy Efficiency and Quality of Service through Orchestration Tools
Alessandro CarregaGiancarlo PortomauroMatteo RepettoGiorgio Robino
Keywords:Cloud computingVirtual machiningEnergy efficiencySoftware engineeringData centersQuality of servicecloud computingenergy conservationquality of servicevirtual machinesboosting energy efficiencypre-provision virtual machinesVMsenergy-efficient mannercloud elastic applicationsdynamic contextsoftware orchestration toolsenergy efficiencyquality of servicecloud data centers
Abstracts:In this paper, we describe a novel paradigm to pre-provision virtual machines (VMs) in an energy-efficient manner for cloud elastic applications. Our approach is based on the definition of dynamic context for VMs, which can be easily updated by software orchestration tools. We show the feasibility of our approach and improvement over existing state of the art with an experimental setup.
Accelerator Virtualization in Fog Computing: Moving from the Cloud to the Edge
Blesson VargheseCarlos ReañoFederico Silla
Keywords:Cloud computingEdge computingData centersVirtualizationData analyticsHardwareAcceleratorscloud computingquality of servicevirtualisationaccelerator virtualizationfog computinghardware acceleratorsnext-generation cloudsuser devicesend-to-end latenciesresponse timescollective computing modelmultitier hierarchyfog architecturecloud-edge continuumquality of servicefog computingedge computingaccelerator virtualizationdata centerfuture internetcloud computing
Abstracts:Hardware accelerators are available on the cloud for enhanced analytics. Next-generation clouds aim to bring enhanced analytics using accelerators closer to user devices at the edge of the network for improving quality of service (QoS) by minimizing end-to-end latencies and response times. The collective computing model that utilizes resources at the cloudedge continuum in a multi-tier hierarchy comprising the cloud, edge, and user devices is referred to as fog computing. This article identifies challenges and opportunities in making accelerators accessible at the edge. A holistic view of the fog architecture is key to pursuing meaningful research in this area.
Reengineering Cloud Data Centers
Josef SpillnerAlan Sill
Keywords:Special issues and sectionsCloud computingData centersEdge computingEnergy efficiencyVirtualizationclouddatacenter
Abstracts:Data centers should be among the most automated, robust environments on the planet. Instead, they often remain stuck in the past as agglomerations of outdated technologies. It is time to take this problem seriously and directly address the needs of data centers for modern automation and control through analytics-driven methods.
Blockchain-Enabled Reengineering of Cloud Datacenters
Keke GaiKim-Kwang Raymond ChooLiehuang Zhu
Keywords:Cloud computingData centersBlockchainStorage managementData storage systemsComputational modelingblockchaincloud computing
Abstracts:Blockchains, a decentralized storage technique, have many applications, including in reengineering cloud datacenters. This article proposes a conceptual model for fusing blockchains and cloud computing for additional value creation. The proposed model comprises three deployment modes: Cloud over Blockchain (CoB), Blockchain over Cloud (BoC), and Mixed Blockchain-Cloud (MBC). The article also highlights the potential benefits of such a fusion and outlines a number of future research directions.
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