利用R.S.Burachik和S.Scheimberg(SIAM J Control Optim,2001,39(5):1633-1649.)介绍的近似点算法和Bregman泛函,在自反Banach空间中建立了一类广义混合变分不等式解的迭代算法,证明了迭代序列是有定义的,并且弱收敛于广义混合变分不等...利用R.S.Burachik和S.Scheimberg(SIAM J Control Optim,2001,39(5):1633-1649.)介绍的近似点算法和Bregman泛函,在自反Banach空间中建立了一类广义混合变分不等式解的迭代算法,证明了迭代序列是有定义的,并且弱收敛于广义混合变分不等式的解.同时,给出了广义混合变分不等式解的存在性的一个充分必要条件.展开更多
基金This work was supported by the NSF of Sichuan Education Department of China(09ZA091)the Ph.D.Programs Foundation of Ministry of Education of China(20105134120002)+1 种基金the Key Science and Technology Projects of Ministry of Education of China(212147)Applied Research Project of Sichuan Province(2010JY0121)~~
基金This research was supported by the Young Science Foundation of Sichuan Normal University,the NSF of Sichuan Education Department of China(07ZB068)and SZD0406
文摘利用R.S.Burachik和S.Scheimberg(SIAM J Control Optim,2001,39(5):1633-1649.)介绍的近似点算法和Bregman泛函,在自反Banach空间中建立了一类广义混合变分不等式解的迭代算法,证明了迭代序列是有定义的,并且弱收敛于广义混合变分不等式的解.同时,给出了广义混合变分不等式解的存在性的一个充分必要条件.