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APRIL: An Application-Aware, Predictive and Intelligent Load Balancing Solution for Data-Intensive Science.

, , , and . INFOCOM, page 1909-1917. IEEE, (2019)

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Identifying Anomalies in GridFTP transfers for Data-Intensive Science through Application-Awareness., , , and . SDN-NFV@CODASPY, page 7-12. ACM, (2018)Large Data Transfer Predictability and Forecasting using Application-Aware SDN., , , and . ANTS, page 1-6. IEEE, (2018)The Image of a Weakly Differentiable Mapping., and . SIAM J. Math. Anal., 35 (5): 1099-1109 (2004)SDTMA-NDN: Scientific data transfer management architecture using named data networking., , , and . ANTS, page 1-6. IEEE, (2017)The Impact of Digitization on Product Offerings: Using Direct Digital Manufacturing in the Supply Chain.. HICSS, page 1-8. ScholarSpace / AIS Electronic Library (AISeL), (2017)Exploring Erasure Coding Techniques for High Availability of Intermediate Data., , , and . CCGRID, page 865-872. IEEE, (2020)Trua: Efficient Task Replication for Flexible User-defined Availability in Scientific Grids., , , , , and . CCGRID, page 360-369. IEEE, (2020)Differentiated network services for data-intensive science using application-aware SDN., , , and . ANTS, page 1-6. IEEE, (2017)The Case for Using Content-Centric Networking for Distributing High-Energy Physics Software., , , and . ICDCS, page 2571-2572. IEEE Computer Society, (2017)Matchmaking: A New MapReduce Scheduling Technique., , and . CloudCom, page 40-47. IEEE Computer Society, (2011)