the proceedings contain 88 papers. the topics discussed include: fractal computation in step with real-time dance;parallel walking tree method for sequence recombination;parallel computation applied to dynamical syste...
ISBN:
(纸本)9781618398185
the proceedings contain 88 papers. the topics discussed include: fractal computation in step with real-time dance;parallel walking tree method for sequence recombination;parallel computation applied to dynamical systems;optimal and non-optimal parallel implementations of the sequential minimal optimization algorithm for support vector machine training;efficient parallel hierarchical clustering algorithms;fast parallel matrix multiplication algorithms on optical bus fully shuffled trees;randomized sorting on the pops network;a locality preserving graph ordering approach for implicit partitioning: graph-filing curves;on scheduling computation-Dags for internet-based computing;increased scheduling quality by utilizing the flexibility of malleable jobs;and high performance duplication-based algorithm for compile-time task scheduling in a bounded number of heterogeneous machines.
Edge computing has transformed machine learning by using computing closer to the data sources, thereby reducing latency. the ever-increasing volume of data has necessitated forming clusters of edge devices, possibly w...
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Edge computing has transformed machine learning by using computing closer to the data sources, thereby reducing latency. the ever-increasing volume of data has necessitated forming clusters of edge devices, possibly w...
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ISBN:
(数字)9798331531195
ISBN:
(纸本)9798331531201
Edge computing has transformed machine learning by using computing closer to the data sources, thereby reducing latency. the ever-increasing volume of data has necessitated forming clusters of edge devices, possibly with heterogeneous capabilities. Managing heterogeneous resources such as computation and memory remains challenging. Given the capabilities of the edge devices, we need a simple technique suitable for an Edge computing *** introduce a scheduling mechanism that leverages Integer Linear Programming (ILP) to optimize the overall computation time of ML-based tasks. We implement our scheduling mechanism that efficiently allocates resources, ensuring tasks are executed parallel across the cores of edge devices in a cluster by minimizing computation time. For tasks large enough to fit on any core, we leverage distributed learning to train the model in pieces and later combine them. We employ our ILP-based scheduler for efficient task allocation and compare its performance with a Greedy, simple approach based on best-fit technique. We evaluate our approach on three cases of sets of tasks on the spectrum of uniformity and size. Our results demonstrate two times the speed gain for our ILP-based approach over Greedy for the category withthe least uniformity and large size.
this paper presents a new protocol for ensuring sequential consistency in a distributed objects system. the protocol is efficient and simple. In addition to providing a high-level overview of the protocol, we give a b...
Finding the central sets, such as center and median sets, of a network topology is a fundamental step in the design and analysis of complex distributedsystems. this paper presents distributed synchronous algorithms f...
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Jackson networks have been very successful in modeling parallel and distributedsystems. However, the ability of Jackson networks to predict performance with system changes (dynamic systems) remains an open question, ...
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this paper addresses the application of distributed constraint optimization problems (DCOPs) to large-scale dynamic environments. We introduce a decomposition of DCOP into a graphical game and investigate the evolutio...
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this paper gives an access control modal for Grid. Trade based access control modal (TDBAC) describes access control between virtual organizations (VO) [7,8,9]. It offers incentives for resource owners to contribute t...
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Synchronous collaborative systems allow geographically distributed users to form a virtual work environment enabling cooperation between peers and enriching the human interaction. the technology facilitating this inte...
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the computational demands of multimedia applications have been increasing due to the quest for improved quality and resolution. Sequential implementations may not be able to meet such computational demands. this makes...
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