Takafumi Chujo

TL;DR: In this paper, a method for restoring a communication failure in a network comprises the steps of providing a predetermined order for selection to the links included in the network, searching an alternative communication path, and transmitting the first path setup message to a second node also included in a path and connected to the first node by a second link, for effecting a setup of connection therein.

TL;DR: A distributed restoration algorithm based on message flooding is described, an extension of a previously proposed algorithm for single-link failure that restores the network from multiple-link and node failures, using multidestination flooding and path route monitoring.

TL;DR: In this article, the authors propose a method for identifying at most N nodes contained in each path affected by the occurrence of a failure, where each path is connected to a sender node which detects the failure, information is transferred to the sender node via the N nodes, and the sender nodes serves as a start point of each alternate path which is to be established.

TL;DR: In this paper, a probability transition matrix S t is formulated that expresses a multiplexing process which includes nested threshold priority control and classified priority control, and a state equation using the matrix is solved by substituting therein upper and lower bounds of a probability distribution of a cell arrival count a t in an average time series, to calculate the probability distribution in a buffer, from the thus calculated cell length probability distribution, the QOS is evaluated on a priority class basis.

TL;DR: In this article, a method of generating access-control lists executable by a system and derived from access control rules supplied for insuring security of an operation system is presented, which includes the steps of inputting access-manager-type-group information, access-target-type group information, and organizational-structure information.