Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 11 of 11 for “"Computationally-Intensive Applications"”.
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Applying Dynamic Software Updates to Computationally-Intensive Applications
… for applying dynamic software updates to computationally-intensive applications—a computing domain characterized by long-running computations, expensive computing resources, and a tedious deployment process. This dissertation argues that updating computationally-intensive applications …
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Heterogeneous CPU-FPGA system framework and scheduler
… potential of heterogeneous systems in handling computationally intensive applications efficiently.
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Performance analysis of partitioned multistage cube network and adaptive routed single-stage cube network
… has emerged to meet today's high demand of computationally intensive applications. In a parallel processing machine, the interconnection network is a major factor affecting the machine’s overall performance in terms of speed and versatility. This research presents an analysis of the …
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A virtual machine approach to parallel debugging
… that parallel machines are not widely used for computationally intensive applications even though recent progress on VLSI technology has significantly reduced the cost of building these machines. In this thesis, a two-phase approach to debugging parallel applications based on task-oriented …
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Processor and link assignment using simulated annealing
… Multicomputers can be used to solve a variety of computationally intensive applications, but they introduce the problem of handling communication between concurrent processes. In the design of multicomputer systems, the scheduling and mapping of a parallel algorithm onto a host architecture has a …
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An Investigation of I/O Strategies for MPI Workloads
… is the main reason for different behavior of I/O intensive applications with specific requirements for performance optimization. So, using common strategies, generally defined and effective for computationally intensive applications may not have the same effect on performance improvement for these …
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Performance Analysis of Multicomputer Interconnection Network Designs
… large scale parallel computers, particularly for computationally intensive applications. The torus and spanning bus hypercubes are implemented in our program and analyzed in detail. Results show that network topology has a mixed impact on system performance. Networks built of standard modules of …
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DESIGN OF A MULTI DSP SYSTEM FOR IMAGE PROCESSING
… This architecture is designed to supp01t computationally intensive applications that require movement of massive amount of data among processors as well as to exploit algorithmic parallelism and sequential data dependencies that is typical of image processing applications. High rate data …
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A comparative study of the effects of parallelization on ARM and Intel based platforms
… hardware are able to provide great benefits to applications that have computationally intensive algorithms. Such algorithms like video stabilization, object detection and 3D gaming, to name a few, are excellent candidates for making use of this hardware. Also, applications like these are just a …
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Systematic Code Partitioning For the Disjoint-Memory Co-Processor Accelerated Execution Model
… on the other hand, are assigned the most computationally expensive portions of the software, and this code is adapted to the co-processor's specialized programming model.</p> <p>In order for legacy code to take advantage of a heterogeneous computer, a programmer must partition its code to …
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Hardware acceleration of Monte Carlo-based simulations
… traditional prototyping roles to help offload computationally intensive functions from standard processors. This Thesis is focused on the last point, the use of FPGAs to accelerate computationally intensive applications. The use of FPGAs for hardware acceleration is an active research field. …