In this paper, we apply the iterative technology to establish the existence of solutions for a fractional boundary value problem with q-difference. Explicit iterative sequences are given to approxinate the solutions a...In this paper, we apply the iterative technology to establish the existence of solutions for a fractional boundary value problem with q-difference. Explicit iterative sequences are given to approxinate the solutions and the error estimations are also given.展开更多
主要讨论分式函数的迭代问题.先从研究有理分式出发,用数学归纳法和共轭相似法讨论几类x ax+b有理线性分式函数f(x)=,f(x)=,a,b,c,d∈R,c(ad-bc)≠0的n次迭代问题,并以此为结论再讨1+ax cx+d x x1论了几类无理分式f(x)==k,f(x),f(x)=k,...主要讨论分式函数的迭代问题.先从研究有理分式出发,用数学归纳法和共轭相似法讨论几类x ax+b有理线性分式函数f(x)=,f(x)=,a,b,c,d∈R,c(ad-bc)≠0的n次迭代问题,并以此为结论再讨1+ax cx+d x x1论了几类无理分式f(x)==k,f(x),f(x)=k,a,b∈R,k=1,2,3,…的函数迭代,给出1+axk1+2ax+a2xa+bxk了它们的次迭代式.展开更多
文摘In this paper, we apply the iterative technology to establish the existence of solutions for a fractional boundary value problem with q-difference. Explicit iterative sequences are given to approxinate the solutions and the error estimations are also given.
文摘主要讨论分式函数的迭代问题.先从研究有理分式出发,用数学归纳法和共轭相似法讨论几类x ax+b有理线性分式函数f(x)=,f(x)=,a,b,c,d∈R,c(ad-bc)≠0的n次迭代问题,并以此为结论再讨1+ax cx+d x x1论了几类无理分式f(x)==k,f(x),f(x)=k,a,b∈R,k=1,2,3,…的函数迭代,给出1+axk1+2ax+a2xa+bxk了它们的次迭代式.