作者: Xin Zhang , Chitta Baral , Seungchan Kim
DOI: 10.1007/11527770_69
关键词: Artificial intelligence 、 Algorithm 、 Conditional independence 、 Topological sorting 、 Directed acyclic graph 、 Transitive closure 、 Gene regulatory network 、 Machine learning 、 Entropy (information theory) 、 Computer science 、 Precision and recall 、 Data mining 、 Causal relations
摘要: In recent years, a few researchers have challenged past dogma and suggested methods (such as the IC algorithm) for inferring causal relationship among variables using steady state observations. this paper, we present modified (mIC) algorithm that uses entropy to test conditional independence combines data with partial prior knowledge of topological ordering in gene regulatory network, jointly learning genes. We evaluate our mIC simulated data. The results show precision recall rates are significantly improved compared algorithm. Finally, apply microarray melanoma. identified important relations associated WNT5A, playing an role melanoma, verified by literatures.