Cross-ISA Container Migration

Nider, Joel; Rapoport, Mike

doi:10.1145/2928275.2933275

Cited by 9 publications

(7 citation statements)

References 1 publication

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“…Also, the model used to capture the container migration time is rebuttal. Nider et al [45] have investigated the migration of containerized applications between servers inside a datacenter (heterogeneous), in order to improve power efficiency. A post-copy container migration technique is implemented based on the CRIU technology.…”

Section: Related Workmentioning

confidence: 99%

An Energy and Performance Aware Consolidation Technique for Containerized Datacenters

Khan

Zakarya

Buyya

et al. 2021

IEEE Trans. Cloud Comput.

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Cloud datacenters have become a backbone for today's business and economy, which are the fastest-growing electricity consumers, globally. Numerous studies suggest that ∼30% of the US datacenters are comatose and the others are grossly lessutilized, which make it possible to save energy through resource consolidation techniques. However, consolidation comprises migrations that are expensive in terms of energy consumption and performance degradation, which is mostly not accounted for in many existing models, and, possibly, it could be more energy and performance efficient not to consolidate. In this paper, we investigate how migration decisions should be taken so that the migration cost is recovered, as only when migration cost has been recovered and performance is guaranteed, will energy start to be saved. We demonstrate through several experiments, using the Google workload data for 12,583 hosts and approximately one million tasks that belong to three different kinds of workload, how different allocation policies, combined with various migration approaches, will impact on datacenter's energy and performance efficiencies. Using several plausible assumptions for containerised datacenter setup , we suggest, that a combination of the proposed energy-performance-aware allocation (EPC-FU) and migration (CPER) techniques, and migrating relatively long-running containers only, offers for ideal energy and performance efficiencies.

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Section: Related Workmentioning

confidence: 99%

An Energy and Performance Aware Consolidation Technique for Containerized Datacenters

Khan

Zakarya

Buyya

et al. 2021

IEEE Trans. Cloud Comput.

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show abstract

“…Container-based service application are independent from a specific technology or programming language consequently provide the unique possibility to develop once and deploy everywhere. In this context, container migration became also strategic for the IoT researchers in order to provide strategic advantages, in terms of resource efficiency and performance, over traditional hypervisor-based virtualization [19][20][21]. This approach enables the creation of lightweight containerized applications suitable for IoT services where the application logic is separated in different layers and the business login obtained through the cooperation of multiple microservices [1,2].…”

Section: Related Workmentioning

confidence: 99%

A Sidecar Object for the Optimized Communication Between Edge and Cloud in Internet of Things Applications

Busanelli¹,

Cirani²,

Melegari³

et al. 2019

Future Internet

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The internet of things (IoT) is one of the most disrupting revolutions that is characterizing the technology ecosystem. In the near future, the IoT will have a significant impact on people’s lives and on the design and developments of new paradigms and architectures coping with a completely new set of challenges and service categories. The IoT can be described as an ecosystem where a massive number of constrained devices (denoted as smart objects) will be deployed and connected to cooperate for multiple purposes, such a data collection, actuation, and interaction with people. In order to meet the specific requirements, IoT services may be deployed leveraging a hybrid architecture that will involve services deployed on the edge and the cloud. In this context, one of the challenges is to create an infrastructure of objects and microservices operating between both the edge and in the cloud that can be easily updated and extended with new features and functionalities without the need of updating or re-deploying smart objects. This work introduces a new concept for extending smart objects’ support for cloud services, denoted as a sidecar object. A sidecar object serves the purpose of being deployed as additional component of a preexisting object without interfering with the mechanisms and behaviors that have already been implemented. In particular, the sidecar object implementation developed in this work focuses on the communication with existing IoT cloud services (namely, AWS IoT and Google Cloud IoT) to provide a transparent and seamless synchronization of data, states, and commands between the object on the edge and the cloud. The proposed sidecar object implementation has been extensively evaluated through a detailed set of tests, in order to analyze the performances and behaviors in real- world scenarios.

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“…Lately, container migration has caught much attention from the research community [22] [6]. Especially, since containerization offers many advantages, in terms of resource efficiency and performance, over traditional hypervisor-based virtualization.…”

Section: B Container Live Migrationmentioning

confidence: 99%

“…This fact enables the instantiation of lightweight containerized applications suitable for IoT services [23]. In [22], container migration mechanism is developed for power efficiency optimization in heterogeneous data centre. This work assumes that the source and destination hosts have access to a NAS and thus container data is not copied over WAN.…”

Section: B Container Live Migrationmentioning

confidence: 99%

ARNAB: Transparent Service Continuity Across Orchestrated Edge Networks

Abdullaziz

Wang

Chundrigar

et al. 2018

2018 IEEE Globecom Workshops (GC Wkshps)

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In this paper, we present an architecture for transparent service continuity for cloud-enabled WiFi networks called ARNAB: ARchitecture for traNsparent service continuity viA douBle-tier migration. The term arnab means rabbit in Arabic. It is dubbed for the proposed service architecture because a mobileuser service with ARNAB behaves like a rabbit hopping through the WiFi infrastructure. To deliver continuous services, deploying edge clouds is not sufficient. Users may travel far from the initial serving edge and also perform multiple WiFi handoffs during mobility. To solve this, ARNAB employs a double-tier migration scheme. One migration tier is for user connectivity, and the other one is for edge applications. Our experimental results show that ARNAB can not only enable continuous service delivery but also outperform the existing work in the area of container live migration across edge clouds.

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Cross-ISA Container Migration

Cited by 9 publications

References 1 publication

An Energy and Performance Aware Consolidation Technique for Containerized Datacenters

An Energy and Performance Aware Consolidation Technique for Containerized Datacenters

A Sidecar Object for the Optimized Communication Between Edge and Cloud in Internet of Things Applications

ARNAB: Transparent Service Continuity Across Orchestrated Edge Networks

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