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Termination of algorithm for computing relative Griibner bases and difference differential dimension polynomials

Termination of algorithm for computing relative Griibner bases and difference differential dimension polynomials
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摘要 We introduce the concept of difference-differential degree compatibility on generalized term orders. Then we prove that in the process of the algorithm the polynomials with higher and higher degree would not be produced, if the term orders ' and ' ' are difference-differential degree compatibility. So we present a condition on the generalized orders and prove that under the condition the algorithm for computing relative GrSbner bases will terminate. Also the relative Gr6bner bases exist under the condition. Finally, we prove the algorithm for computation of the bivariate dimension polynomials in difference-differential modules terminates. We introduce the concept of difference-differential degree compatibility on generalized term orders. Then we prove that in the process of the algorithm the polynomials with higher and higher degree would not be produced, if the term orders ' and ' ' are difference-differential degree compatibility. So we present a condition on the generalized orders and prove that under the condition the algorithm for computing relative GrSbner bases will terminate. Also the relative Gr6bner bases exist under the condition. Finally, we prove the algorithm for computation of the bivariate dimension polynomials in difference-differential modules terminates.
出处 《Frontiers of Mathematics in China》 SCIE CSCD 2015年第3期635-648,共14页 中国高等学校学术文摘·数学(英文)
基金 Acknowledgements The authors thank the anonymous referees for their constructive comments and suggestions. This work was supported in part by the National Natural Science Foundation of China (Grant No. 11271040).
关键词 Relative GrSbner basis difference-differential module bivariatedimension polynomial termination of algorithm Relative GrSbner basis, difference-differential module, bivariatedimension polynomial, termination of algorithm
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