The Center for Advanced Computer Systems (ACS) of the Institute of Computing Technology, Chinese Academy of Sciences was established on the basis of Laboratory for Advanced Computer System since September 2011. In November 2013, it became a scientific research entity of the Institute of Computing Technology.
The center is mainly engaged in software and hardware co-design for emerging workloads such as big data and artificial intelligence, open source chips, open source computer systems, and benchmark science and engineering. There are four laboratories: Frontier System Laboratory, Software System Laboratory, Architecture Laboratory, Data System Laboratory.
At present, the center has nearly 50 permanent staff, including 5 professors/researchers, 10 associate professors/researchers. It has nearly 150 students studying or visiting. The center recruits postdoctoral fellows, staff and visiting students all the year round. The center is responsible for the theoretical and experimental teaching of the two core courses (Principles of Computer Organization and Operating System) at the University of Chinese Academy of Sciences. In recent years, the center has mainly undertaken the Strategic Pilot Projects of the Chinese Academy of Sciences, the Projects of National Natural Science Foundation of China, and the National Key Research and Development Program of China.
Software System Laboratory：
Taking the goal of “theories, open source systems and tools that have impacts on the international academia and industry”, the Software System Laboratory continues to carry out basic research and publish high-impact papers. The representative works that have been completed include cluster/cloud operating systems, data center node operating systems, big data benchmarks, and BenchCouncil artificial intelligence benchmarks. More than 90 students or engineers have studied or worked here, and graduate representatives include tenured associate professors of top American universities and architects of Internet giants at home and abroad.
1)Research on abstractions, ISA, micro architecture, and system for emerging workloads such as big data and artificial intelligence
2)Open source computer systems and open source chips: open-source planet-scale computers for emerging and future applications, open source chip design methodologies and tools based on observation-reference-fusion-feedback loop
3)Basic theories, methods and tools of benchmark science and engineering: develop benchmark science and engineering independent of metrology
Jianfeng Zhan, Professor/Researcher
（firstname.lastname@example.org, homepage: http://www.benchcouncil.org/zjf.html）
Lei Wang, Senior Engineer
（email@example.com, homepage: https://www.benchcouncil.org/wl.html）
Wanling Gao, Associate Professor
（firstname.lastname@example.org, homepage: https://www.benchcouncil.org/wlgao）
Chunjie Luo, Associate Professor
（email@example.com, homepage: https://www.benchcouncil.org/cjluo.html）
Frontier System Laboratory：
The main research direction of our lab is open-source chip ecology and cloud computing data center with software and hardware collaboration. The team has carried out a series of advanced researches in RISC-V processor design, agile design methods for processors, etc., and has formed a certain influence at home and abroad. Besides, the team has long-term cooperation with Huawei, Alibaba, Tencent, Meituan and other corporations, focusing on software and hardware optimization technology in the cloud computing data center. With the support of the Ministry of Science and Technology's Key R&D Program, the Ministry of Science and Technology's International Key Cooperation Project, the National Natural Science Foundation of China, and other enterprises, we have published more than 40 papers in top international conferences and journals, such as FOCS, HPCA, ISCA, SIGCOMM, and SIGMETRICS. We have won the first prize for outstanding papers at the Institute of Computing Technology twice.
(1) Xiangshan – An Open-Source High-Performance RISC-V Processor. It has better performance than any other open-source RISC-V processors all over the world. Further, it draws lots of attention and is under support of domestic and foreign companies, in which 16 companies collaboratively develop under the foundation of Xiangshan. This research will accelerate the construction of RISC-V ecology.
(2) One Student One Chip Initiative. The project guides students to design a tape-out open-source processor by combing EE with CS. It can help students improve their capacity of implementing software and hardware systems and learn how to design chips. Meanwhile the project trains talents to be transferred to the high-performance processor "Xiangshan", open source EDA, open source IP and other teams and communities, which will continue to cultivate excellent reserve forces for advanced research and development of CS in China.
(3) The Information Superbahn Measurement and Control System. The Information Superbahn is a new information infrastructure proposed by ICT. The measurement and control system are the core of the Information Superbahn, which provides low-latency and high-throughputs services by some control mechanisms such as labelling and regulation.
(4) An Open-Source EDA project. It builds an open-source EDA software tool to achieve automated 28nm-chip design, which can automate chip design process so as to reduce the cost of designing chips.
Professor Yungang Bao（firstname.lastname@example.org, Homepage: http://acs.ict.ac.cn/baoyg/）
Senior Engineer Dan Tang（email@example.com, Homepage : http://www.ict.cas.cn/sourcedb_2018_ict_cas/cn/jssrck/202007/t20200721_5638886.html）
Associate Professor Sa Wang （firstname.lastname@example.org，Homepage :https://sooner.github.io/）
Associate Professor Di Zhao,（email@example.com，Homepage:http://www.ict.cas.cn/sourcedb_2018_ict_cas/cn/jssrck/201803/t20180309_4971421.html）
Associate Professor Kan Shi（firstname.lastname@example.org）
Associate Professor Biwei Xie（email@example.com）
Research Assistant He Li（firstname.lastname@example.org）
The predecessor of the laboratory was the Advanced System research Group of the National Intelligent Computer research and development Center established in 2003. In 2011, it was transferred to the Advanced Computer System research center. The research interests of this laboratory is based on the high-performance computer architecture, including system software/hardware and algorithm optimization. At present, the main research interests are memory system accessing, controlling and optimization, computer system hardware acceleration, network structure on cloud service data center, software/hardware network protocol stack and secure computer architecture, etc.
（1）Message Interfaced Memory System
（2） SERVE Cloud Platform for Agile Chip Development
（3） C10m user-space network stack QStack
（4） DASICS (Dynamic in-Address Space Isolation by Code Segments)
（5） Memory access pattern optimization engine on Storage system
Mingyu Chen Professor email@example.com Homepage：http://asg.ict.ac.cn/cmy
Ke Zhang Professor firstname.lastname@example.org
Yuhang Liu Assistant Professor email@example.com
Wenli Zhang，Senior Engineer firstname.lastname@example.org
Yisong Chang，Senior Engineer email@example.com
Ke Liu Associate Professor firstname.lastname@example.org
Tianyue Lu，Research Assistant email@example.com
Yangyang Zhao，Engineer firstname.lastname@example.org
Data System Laboratory：
The research goal of Data System Laboratory is building high-performance data storage systems. Currently, the Lab focuses on research over the storage software/hardware stack, including the design and implementation of the prototype systems. The systems should not only meet the data I/O requirements of datacenter applications such as cloud computing, big data, AI, and emerging applications, but also deal with the challenges brought by hardware breakthroughs including storage and network devices and CPU. Representative works include distributed storage system QWin, high-performance key-value store systems HiKV and LightKV, open-source SSD controller based on RISC-V, vectorize SQL engine VEE for big data analytics.
The Lab has a good academic environment and outputs excellent research fruits. We have published many high-quality papers at top-ranking academic conferences and transactions including ATC, ICDCS, SC, MSST, PACT, ICS, IPDPS, TPDS, and TACO. The Lab owns over 50 Grant patents for invention and over 10 Computer Software Copyrights. The Lab got one Second Prize of China Science and Technology Progress Awards and one Outstanding Achievements Awards (Group) from Chinese Academy of Sciences. Over 30 students got their Ph.D or Master degrees from the Lab, and they got job offers from big corporations such as Huawei, Tencent, Google (at Mountain View), Twitter (at San Francisco), or went aboard for pursuing Ph.D degree, or started up a new company. The lab’s research works were supported by National Key Research and Development Program of China, National Basic Research Program of China (973 Program), National High-Technology Research and Development Program of China (863 Program), National Science Foundation of China, Strategic Priority Research Program of the Chinese Academy of Sciences. The lab also collaborates with many companies such as Huawei, Ali, Baidu, Ant Financial, and SenseTime. The Lab's home page is http://acs.ict.ac.cn/storage/.
（1）FuYao (扶摇): a distributed storage system with preticable tail latency for hybrid workloads in datacenters
（2）TianChi (天池): a high-performance distributed memory pool
（2）Wukong (悟空): an open source SSD controller based on RSIC-V
Jin Xiong (Professor)
Dejun Jiang (Associate Professor)
Liuying Ma (Engineer)
Mi Zhang (Assistant Professor)