User Tools

Site Tools


start

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
start [2020/05/20 17:03]
root
start [2020/11/26 17:29] (current)
root
Line 11: Line 11:
  
 We have built a number of systems to address the scalability and We have built a number of systems to address the scalability and
-dependability issues of computer systems. Examples include Examples include a trusted cloud platform that addresses the trustworthiness of multi-tenant cloud (CloudVisor), a reader-writer lock that provides scalable read-side performance and small writer latency (Prwlock), a portable parallel full-system emulator for several hundreds of cores (COREMU), fast graph query and processing frameworks (Wukong and PowerLyra), an in-memory transaction processing framework supported by hardware features such as HTM, RDMA and NVM (DrTM), and a dependable and hardened hypervisor with small TCB (Nexen).+dependability issues of computer systems. Examples include a trusted cloud platform that addresses the trustworthiness of multi-tenant cloud (CloudVisor), a reader-writer lock that provides scalable read-side performance and small writer latency (Prwlock), a portable parallel full-system emulator for several hundreds of cores (COREMU), fast graph query and processing frameworks (Wukong and PowerLyra), an in-memory transaction processing framework supported by hardware features such as HTM, RDMA and NVM (DrTM), and a dependable and hardened hypervisor with small TCB (Nexen).
  
 Our current research focus is in providing system support for large-scale computing systems, scaling existing software stack to future computing platforms with ultra-low latency, high-bandwidth networking and non-volatile memory, and providing hardware and software solutions to dependable computing environments in both mobile and cloud platforms. Our current research focus is in providing system support for large-scale computing systems, scaling existing software stack to future computing platforms with ultra-low latency, high-bandwidth networking and non-volatile memory, and providing hardware and software solutions to dependable computing environments in both mobile and cloud platforms.
Line 22: Line 22:
  
 ====== Recent News ====== ====== Recent News ======
 +  * [Award] October, 2020. Haibo was awarded with **China Youth Science and Technology Award**, only 100 awardees among all disciplines across China were selected to get this award biennially. 
 +  * [Award] September, 2020. Our research achievement "Efficient Data Processing System based on New Heterogeneous Hardware" received Huawei **OlympusMons Pioneer Award**. Congratulations to Rong, Zhaoguo, Binyu, Xingda, and Mingkai. [[https://e.huawei.com/topic/olympus-mons-awards-2020/en/index.html|Link]]
 +  * [Paper] August, 2020. Our paper "Fast RDMA-based Ordered Key-Value Store using Remote Learned Cache" was accepted by 14th USENIX Symposium on Operating Systems Design and Implementation (**OSDI 2020**). Congratulations to Xingda.
 +  * [Paper] August, 2020. Our paper "Characterizing Serverless Platforms with ServerlessBench" was accepted by 2020 ACM Symposium on Cloud Computing (**SoCC 2020**). Congratulations to Tianyi, Qingyuan and Dong.
 +  * [Paper] July, 2020. Our paper "Unifying Timestamp with Transaction Ordering for MVCC with Decentralized Scalar Timestamp" was accepted by 2021 USENIX Symposium on Networked Systems Design and Implementation (**NSDI 2021**). Congratulations to Xingda and Zhenhan.
   * [Paper] April, 2020. Two papers, "Harmonizing Performance and Isolation in Microkernels with Efficient Intra-kernel Isolation and Communication" and "Platinum: A CPU-Efficient Concurrent Garbage Collector for Tail-Reduction of Interactive Services", were accepted by **Usenix ATC 2020**. Congratulations to Jinyu, Xinyue, Wentai, Nian, Zeyu, and Mingyu, Ziming, Yanfei, Haoyu.    * [Paper] April, 2020. Two papers, "Harmonizing Performance and Isolation in Microkernels with Efficient Intra-kernel Isolation and Communication" and "Platinum: A CPU-Efficient Concurrent Garbage Collector for Tail-Reduction of Interactive Services", were accepted by **Usenix ATC 2020**. Congratulations to Jinyu, Xinyue, Wentai, Nian, Zeyu, and Mingyu, Ziming, Yanfei, Haoyu. 
   * [Award] April, 2020. Haibo has been presented the **Presidential Award of SJTU** at the 124th anniversary of SJTU. Only 8 individuals among all SJTU faculties, doctors, and staffs. Congratulations to Haibo.     * [Award] April, 2020. Haibo has been presented the **Presidential Award of SJTU** at the 124th anniversary of SJTU. Only 8 individuals among all SJTU faculties, doctors, and staffs. Congratulations to Haibo.  
start.1589965413.txt.gz ยท Last modified: 2020/05/20 17:03 by root