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Comparing SARS-CoV-2 Sequences using a Commercial Cloud with a Spot Instance Based Dynamic Scheduler.

, , , , , и . CCGRID, стр. 247-256. IEEE, (2021)

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Shandong Luan

Xiaojun Luan

Pham Luan

Fang Luan

Xuming Luan

 

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Scheduling Bag-of-Tasks in Clouds using Spot and Burstable Virtual Machines., , , и . CoRR, (2020)An Interference-Aware Virtual Machine Placement Strategy for High Performance Computing Applications in Clouds., , , и . WSCAD, стр. 94-100. IEEE, (2018)IO-Sets: Simple and Efficient Approaches for I/O Bandwidth Management., , , и . IEEE Trans. Parallel Distributed Syst., 34 (10): 2783-2796 (октября 2023)A Bag-of-Tasks Scheduler Tolerant to Temporal Failures in Clouds., , , и . CoRR, (2018)Developing Checkpointing and Recovery Procedures with the Storage Services of Amazon Web Services., , , , и . ICPP Workshops, стр. 17:1-17:8. ACM, (2020)Comparing SARS-CoV-2 Sequences using a Commercial Cloud with a Spot Instance Based Dynamic Scheduler., , , , , и . CCGRID, стр. 247-256. IEEE, (2021)An Interference-Aware Strategy for Co-locating High Performance Computing Applications in Clouds., , , и . WSCAD (Selected Papers), том 1171 из Communications in Computer and Information Science, стр. 3-20. Springer, (2018)The role of storage target allocation in applications' I/O performance with BeeGFS., , и . CLUSTER, стр. 267-277. IEEE, (2022)A Bag-of-Tasks Scheduler Tolerant to Temporal Failures in Clouds., , , и . SBAC-PAD, стр. 144-151. IEEE, (2019)I/O performance of multiscale finite element simulations on HPC environments., , , и . SBAC-PADW, стр. 9-16. IEEE, (2022)