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Real-time carousel caching and monitoring in data broadcasting

2006; Institute of Electrical and Electronics Engineers; Volume: 52; Issue: 1 Linguagem: Inglês

10.1109/tce.2006.1605039

1558-4127

Dong-Hwan Park, Tai–Yeon Ku, Kyeong-Deok Moon,

Distributed and Parallel Computing Systems

This paper proposes a DSM-CC carousel caching and management architecture that can support both priority-based scheduling of monitoring threads and caching of carousel objects for a quick launch and download of Xlet. The carousel objects are broadcast cyclically by the transmission policy. Lack of carousel object reception may cause performance deterioration. The data broadcasting middleware should guarantee real-time characteristics such as the processing time in periodic monitoring threads to detect a change in information without a long latency time. Therefore this proposed architecture could improve the predictability of periodic monitoring section filter threads by using the managing the thread pool and scheduling periodic threads. To guarantee fast launch of the data broadcasting application, this paper also proposes the cache control mechanism of DSM-CC data/object carousel. This proposed architecture could accommodate data broadcasting middleware that uses DSM-CC object carousel mechanisms, such as ACAP, OCAP and MHP.