Many real-life systems such as manufacturing, telecommunication and transportation systems may be regarded as a stochastic-flow network whose arcs have independent integer-value random capacities. System reliability of such a system can be computed in terms of minimal path vectors to demand level d, called d-MinPaths (d-MPs) or minimal cut vectors to demand level d, called d-MinCuts (d-MCs). Th...

The growing number of unauthorized activities and various trends of networking technologies in telecommunication network have added heavy burdens to telecommunication performance management (PM) system. One-class-support vector machine (OCSVM) is introduced in this paper, to automatically detect network anomalies. Real telecommunication performance data are employed in this paper to investigate...

As workflow management systems become more complex and critical to an organisation’s performance, there is an opportunity for a new generation of workflow management products. These products could greatly increase the scope of workflow management systems in target application areas. One of the key extensions to workflow management systems will be the use of transactional semantics to increase r...

A framework for topology optimization of repairable flow networks and reliability networks is presented. The optimization consists of determining the optimal network topology with a maximum transmitted flow achieved within a specified budget for building the network. A method for a topology optimization of reliability networks of safety-critical systems has also been developed. The proposed met...

Abstract We suggest a framework that models the universe as Telecommunication Network, with several layers of abstraction, characteristic protocols and encoding schemes. first define fundamental network atoms space ( Present foliation ) toy model most elementary abstraction on spacetime. describe protocol to encode information distance, non-locality, entanglement among these nodes. In this fram...