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Xinbo Chen Triwitayakorn Kanokporn Qin Zeng Thea A Wilkins Andrew J Wood 《Journal of experimental botany》2002,53(367):225-232
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Tian-Yong Zhao David Martin Robert B. Meeley Bruce Downie 《Physiologia plantarum》2004,121(4):647-655
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Doheon Lee 《Biotechnology and Bioprocess Engineering》2005,10(5):400-407
Reverse engineering is defined as the process where the internal structures and dynamics of a given system are inferred and
analyzed from external observations and relevant knowledge. The first part of this paper surveys existing techniques for biosystem
reverse engineering. Network structure inference techniques such as Correlation Matrix Construction (CMC), Boolean network
and Bayesian network-based methods are explained. After the numeric and logical simulation techniques are briefly described,
several representative working software tools were introduced. The second part presents our component-based software architecture
for biosystem reverse engineering. After three design principles are established, a loosely coupled federation architecture
consisting of 11 autonomous components is proposed along with their respective functions. 相似文献
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Expression of stress-responsive ubiquitin genes in potato tubers 总被引:4,自引:0,他引:4