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6篇 您的检索式：作者名="YE Baoliu"

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		题名	作者	年代	出处	被引量
	1	A degree-constrained QoS-aware routing algorithm for application layer multicast显示文摘	Ye Baoliu Guo Minyi Chen Daoxu	2007	Information Sciences2007，177，17：	1
	2	Delay Minimization by Ex- ploring Full-Duplex Capacity and Relay-Based Cooperative Sched- uling in WLANs 显示文摘	Tao Huang Baoliu Ye Song Guo	2014	Journal of Network and Computer Applica- tions2014，，11：	1
	3	Efficient network coding-based loss recovery for reliable muhicast in wireless networks显示文摘	Chi Kaikai Jiang Xiaohong Ye Baoliu	2014	IEICE Transactions on Communica- tion2014，93，4：	1
	4	A degree-constrained QoS-aware muting algorithm for application layer multicast显示文摘	YE Baoliu GUO Minyi CHEN Daoxu	2007	Information Science2007，177，17：	1
	5	A truthful QoS-aware spectrum auction with spatial reuse for large- scale networks 显示文摘	Wang Qinhui Ye Baoliu Lu Sanglu	2014	IEEE Transactions on Parallel and Distributed Systems2014，25，10：	1
	6	Stabilizing and boosting I/O performance for file systems with journaling on NVMe SSD显示文摘Many journaling file systems currently use non-volatile memory-express(NVMe) solid-state drives(SSDs) as external journal devices to improve the input and output(I/O) performance. However,when facing microwrite workloads, which are typical of many applications, they suffer from severe I/O fluctuations and the NVMe SSD utilization is extremely low. The experimental results indicate that this phenomenon arises mainly because writing back data to backend file systems on hard disk drives is much slower than journal writing, causing journal writing to frequently freeze because of the two-phase mechanism.We, therefore, propose a merging-in-memory(MIM) acceleration architecture to stabilize and boost the I/O performance for such journaling file systems. MIM employs an efficient data structure of hash-table-based multiple linked lists in memory, which not only merges random microwrites into sequential large blocks to speed up writebacks but also provides additional gains in terms of reducing the frequency of write addressing and object opening and closing. Using a prototype implementation in Ceph File Store, we experimentally show that MIM not only eliminates severe fluctuations but also improves the I/O operations per second by roughly 1×–12× and reduces the write latency by 75%–98%.	Lin QIAN Bin TANG Baoliu YE Jianyu WU Xiaoliang WANG Sanglu LU	2022	Science China(Information Sciences)2022，65，3：	0

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