首页> 外文会议>IEEE International Conference on Enabling Technologies >Track Chair's Report: Convergence of Distributed Clouds, Grids and their Management CDCGM 2017 - Cloud Native or Cloud Agnostic? That is the Question in 2017 WETICE2017 Poznan, Poland, June 21-23, 2017
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Track Chair's Report: Convergence of Distributed Clouds, Grids and their Management CDCGM 2017 - Cloud Native or Cloud Agnostic? That is the Question in 2017 WETICE2017 Poznan, Poland, June 21-23, 2017

机译:跟踪主席的报告:分布式云,网格及其管理CDCGM 2017年融合 - 云本地或云无关客?这是2017年湿润的问题2017年,波兰,波兰,2017年6月21日至23日

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This track started in 2009 with opening remarks from the Chair observing that the computing cloud evolution depends on research efforts from the infrastructure providers creating next generation hardware that is service friendly, service developers that embed business service intelligence in the computing infrastructure to create distributed business workflow execution services and service providers who assure service delivery on a massive scale with global interoperability. The state of the art architecture and evolution of the cloud at that time was already increasing datacenter complexity by piling up new layers of management over the many layers that already exist. Since then, the scale of distributed applications and their management have taken a new dimension demanding tolerance to wild fluctuations both in workloads and available computing resource pools. There are many calls to go cloud native and architect applications using the many services provided by the cloud providers such as Amazon Web Services. On the other hand, there are also calls for avoiding vendor lock-in by going multi-cloud and becoming cloud agnostic. In this conference there is a new paper that proposes cloud agnostic approach with globally interoperable cloud network using private or public network while reducing the complexity of Virtual machine image motion across clouds. In addition, there are 7 papers describing advances in current distributed and cloud computing practices dealing with quality of service, adaptive algorithms and software defined network architectures.
机译:这条赛道始于2009年,从主席开始观察到计算云演变取决于基础设施提供商的研究工作,从而创建服务友好,服务开发人员在计算基础架构中嵌入业务服务智能,以创建分布式业务工作流程执行服务和服务提供商,以全局互操作性向大规模秤保证服务交付。当时的云的最先进的架构和云的演变已经通过堆积新的管理层超过已经存在的许多层数来增加数据中心复杂性。从那时起,分布式应用的规模及其管理已经对工作负载和可用的计算资源池中的野生波动进行了新的维度要求。使用云提供商如亚马逊Web服务等云提供商提供的许多服务,有许多呼叫致电原生和架构师应用程序。另一方面,还可以通过进入多云并成为云不可知论者来避免供应商锁定。在本次会议中,有一份新论文提出了使用私有或公共网络的全球可互操作的云网络的云可靠方法,同时降低云跨越虚拟机图像运动的复杂性。此外,还有7个论文描述了当前分布式和云计算实践的进步,处理服务质量,自适应算法和软件定义的网络架构。

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