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The advancement of optical network technologies has enabled data-intensive e-science collaborations, which often require the transfer of large files with predictable performance. To support such applications, we design and evaluate two algorithms for scheduling time-constrained bulk transfers on wavelength-based optical research networks. The first one seeks to maximize the network throughput while...
Data-intensive e-science collaborations often require the transfer of large files with predictable performance. To meet this need, we design novel admission control (AC) and scheduling algorithms for bulk data transfer in research networks for e-science. Due to their small sizes, the research networks can afford a centralized resource management platform. In our design, each bulk transfer job request,...
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