31. The research shows that the optimal conditions of unit commitment problems with PAB and MCP share the same mathematical expressions.

32. In this thesis we equivalent reformulate the GNCP as a mixed complementarity problem(MCP), and give a sufficient condition of the weak regularity of the GNCP based on the related results on the MCP.

33. This paper studies the" most critical path" problem( MCP) in a project network by a given deadline, while the duration( are length) is interval number.

34. Conclusions: Implanted MCPs have several potential complications. The most serious problem is loss of the MCP into the orbital cavity .

35. The expression for the optimum output electrode depth of MCP is given.