In this paper, we develop a rapidly convergent algorithm for mixed constrained signomial geometric programming. The algorithm makes use of the characteristics of signomial geometric programming, and establishes a new ...In this paper, we develop a rapidly convergent algorithm for mixed constrained signomial geometric programming. The algorithm makes use of the characteristics of signomial geometric programming, and establishes a new active-set strategy on the basis of trust region method. The global convergence is proved, and some numerical tests are given to illustrate the effectiveness.展开更多
基金Supported by the National Natural Science Foundation of China(11171094)the Key Scientific and Technological Project of Henan Province(142102210058)+3 种基金the Doctoral Scientific Research Foundation of Henan Normal University(qd12103)the Youth Science Foundation of Henan Normal University(2013qk02)the Henan Normal University national research project to cultivate the Funded Projects(01016400105)the Henan Normal University Youth Backbone Teacher Training
文摘In this paper, we develop a rapidly convergent algorithm for mixed constrained signomial geometric programming. The algorithm makes use of the characteristics of signomial geometric programming, and establishes a new active-set strategy on the basis of trust region method. The global convergence is proved, and some numerical tests are given to illustrate the effectiveness.