Search for dissertations about: "Elasticity controller"
Showing result 1 - 5 of 9 swedish dissertations containing the words Elasticity controller.
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1. Resource Allocation for Data-Intensive Services in the Cloud
Abstract : Cloud computing has become ubiquitous due to its resource flexibility and cost efficiency. Resource flexibility allows Cloud users to elastically scale their Cloud resources, for instance, by horizontally scaling the number of virtual machines allocated to each application as the application demands change. READ MORE
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2. Self-Management for Large-Scale Distributed Systems
Abstract : Autonomic computing aims at making computing systems self-managing by using autonomic managers in order to reduce obstacles caused by management complexity. This thesis presents results of research on self-management for large-scale distributed systems. READ MORE
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3. Capacity Scaling for Elastic Compute Clouds
Abstract : AbstractCloud computing is a computing model that allows better management, higher utiliza-tion and reduced operating costs for datacenters while providing on demand resourceprovisioning for different customers. Data centers are often enormous in size andcomplexity. READ MORE
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4. Towards Elastic High-Performance Geo-Distributed Storage in the Cloud
Abstract : In this thesis, we have presented techniques and algorithms to reduce request latency of distributed storage services that are deployed geographically. In addition, we have proposed and designed elasticity controllers to maintain predictable performance of distributed storage systems under dynamic workloads and platform uncertainties. READ MORE
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5. Dependable Distributed Control System : Redundancy and Concurrency defects
Abstract : Intelligent devices, interconnectivity, and information exchange are characteristics often associated with Industry 4.0. A peer-to-peer-oriented architecture with the network as the system center succeeds the traditional controller-centric topology used in today's distributed control systems, improving information exchange in future designs. READ MORE