Tencent Block Storage

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Trace Name Details Details Related Tools Year Recorded Timespan Record Count File Size Actions
Tencent Block Storage Part 011 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 182 Million 1.08 GB
Tencent Block Storage Part 012 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 191 Million 1.13 GB
Tencent Block Storage Part 013 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 186 Million 1.1 GB
Tencent Block Storage Part 014 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 178 Million 1.05 GB
Tencent Block Storage Part 015 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 176 Million 1.04 GB
Tencent Block Storage Part 016 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 169 Million 1020 MB
Tencent Block Storage Part 017 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 169 Million 1020 MB
Tencent Block Storage Part 018 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 176 Million 1.04 GB
Tencent Block Storage Part 019 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 177 Million 1.04 GB
Tencent Block Storage Part 020 This file contains part of the traces used for the paper OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang, Ping Huang, Ke Zhou, and Hua Wang. In Usenix ATC '20. Part of the traces from OSCA: An Online-Model Based Cache Allocation Scheme in Cloud Block Storage Systems by Yu Zhang et al. 2018 about 1 hour 179 Million 1.05 GB

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