A new otis-arrangment interconnection network

In this paper, we propose a new interconnection network called Optical Transpose Interconnection Systems (OTIS) Arrangement Network which is constructed from the cross product of the factor Arrangement network. This paper utilizes the features of optical transpose interconnection systems networks which use both of electronic and optical networks. Many recent studies have showed that optical transpose interconnection systems is one of the most promising candidates' networks as future high-speed parallel computers. We also introduce general study on the topological properties for the optical transpose interconnection systems -arrangement by obtaining the main topological properties including size, degree, diameter and number of links and then we propose an efficient routing algorithm. The proposed routing algorithm and the derived properties can be used in general for all optical transpose interconnection systems -network, which will save the researchers effort to work on each on the optical transpose interconnection systems -networks individually. This study provides new means for further testing the possibility of the optical transpose interconnection systems _arrangement as alternative parallel computer network.