| K. Chanchio, and X.H. Sun, Communication State Transfer for the Mobility of Concurrent Heterogeneous Computing, International Conference on Parallel Processing (ICPP), September, 2001. |
....ending phases of execution, while most of their time is spent in number crunching. We prefer to put more attention on the dominant phase of execution. Therefore, in DSM systems, the thread state refers to the computation state. Communication state requires migration aware communication protocols [15] and is not addressed here. In this paper, we make the following contributions: Propose an infrastructure to utilize idle cycles locally and remotely. Design and implement an efficient and scalable thread migration scheme, MigThread that Supports fast thread state retrieval. Does ....
K. Chanchio, and X.H. Sun, Communication State Transfer for the Mobility of Concurrent Heterogeneous Computing, International Conference on Parallel Processing (ICPP), September, 2001.
....The major differences between our work and MPVM are in the issues of process identification and communication re establishment. From our experience, Snow s protocols demonstrate simple, yet efficient implementations on top of existing communication software. Further comparisons can be found in [5]. 3 Protocol Designs We consider a distributed computation as a set of collaborative processes executing under a virtual machine environment. Processes communicate one another by passing messages via FIFO communication channels. The virtual machine environment is a collection of software and ....
....Finally, we discuss mechanisms to restore communication state so that message ordering is preserved. These mechanisms have been implemented in Snow s data communication and process migration protocols. Due to space limitation, full reports including implementation and experiments can be found in [5]. Analytical and experimental results confirm our design is valid and has a true potential in practice. ....
K. Chanchio and X. H. Sun, "Communication state transfer for mobility of concurrent heterogeneous computing. " Submitted for publication, 2001.
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