中文

交织同步系统

动力系统 2015-01-23 v4

摘要

非对称-RLL(d1,k1,d0,k0)(d_1,k_1,d_0,k_0) 系统是 {0,1}Z\{0,1\}^{\mathbb Z} 的一个子移位,其中 1100 的游程分别限制在 S=[d1,k1]N0=N{0}S=[d_1,k_1]\subseteq\mathbb N_{0}=\mathbb N\cup\{0\}S=[d0,k0]N0S'=[d_0,k_0]\subseteq\mathbb N_{0} 内。我们将此概念扩展到 SSSS'N0\mathbb N_{0} 任意子集的情况,并将其称为 (S,S)(S,S')-间隙移位。此外,对于 i=1,2i=1,2,若 XiX_{i} 是由 Vi={viαi:αiviαiB(Xi),αi⊈vi}V_{i}=\{v^{i}\alpha_{i}:\alpha_i v^{i}\alpha_i\in\mathcal B(X_i),\alpha_i\not\subseteq v^{i}\} 生成的同步系统,其中 αi\alpha_iXiX_i 的同步词,则 (S,S)(S,S')-间隙移位的一个自然推广是由 {v1α1v2α2:viαiVi,i=1,2}\{v^{1}\alpha_1 v^{2}\alpha_2:v^{i}\alpha_i\in V_{i}, i=1,2\} 生成的编码系统 ZZ,被称为交织系统。我们研究了 ZZ 相对于 X1X_1X2X_2 的动力学性质。

关键词

引用

@article{arxiv.1211.2296,
  title  = {Intertwined Synchronized Systems},
  author = {D. Ahmadi Dastjerdi and S. Jangjooye Shaldehi},
  journal= {arXiv preprint arXiv:1211.2296},
  year   = {2015}
}

备注

We like to withdraw, because by some alterations, the main results of sections two and three has been published in " British Journal of Mathematics & Computer Science". Moreover, we are working on another paper where among other things will also include the remaining results of this paper. We ought to withdraw the paper, to prevent the possible confusion of those interested in our results