By Last Name
LI WeiAssociate Professor
Research Areas:
Distributed Systems;Cloud Computing;Cyber Physical Systems
Department:
Research Center Of Distributed Systems(RCDS)
Tutor Category:
Contact:
liwei@ict.ac.cn
Personal Page:
https://people.ucas.ac.cn/~weili
Dr. Wei Li is currently an associate professor at the Institute of Computing Technology of Chinese Academy of Sciences (ICT, CAS). He completed his undergraduate program in Computer Science & Engineering at Beijing Institute of Technology, Beijing, China in 1996 and received his master degree there in 1999. In the same year, he joined ICT as research assistant. In June 2007, he got his Ph. D. at ICT, CAS. Dr. Wei Li’ is interested in distributed systems and operating systems. From 2000, he began to focus on grid technologies. He proposed a resource locating method in distributed environments based on routing-transferring mechanism, and the related results were published in Grid 2002 international workshop. He also proposed a secured resource sharing mechanism in a distributed system with multiple administrative domains such as a grid system, and the related results were published in Cluster 2003 and HPC Asia 2005 international conference. From 2004, Dr. Wei Li mainly focused on service oriented architecture design for distributed system. He led a small team build a prototype of a service-oriented virtual machine as a developing and runtime environment for service oriented applications. The prototype includes a programming language (Abacus) and a language-level virtual machine (Abacus Virtual Machine). The key feature of the prototype is to make service as a language-level abstraction, by which we can implement managed services for service-based applications. Two related papers have been published in SCC 2005 and SCC 2006 international conference. Dr. Wei Li is also interested in address space model for distributed systems. In his PhD dissertation, he proposed a space consistency model for decentralized concurrent system to verify the correctness of an address space. The model also provides a possible space for the address space design.