We demonstrate the use of our approach by a design example of a hospital patient monitoring system. This article addresses the problem of how to assign the VPs system-based ATM network. This problem can be classified as a combinatorial and NP-hard complete optimization problem in which we want to minimize the designed VPs system assignment objective subject to the network constraints. A new coding technique in which each chromosome represents one of the VP system configurations and is also created associating with the designing delay bound of each VP is proposed. The concept of past solution is modified to suit the dynamic VPs system control technique that requires fast calculation speed.
Numerical results show that by using our proposed method, it gives a good solution.
Faster calculation speed than offered in previous literature, can be obtained by using our new coding technique. Further, a new crossover operator for triangulation and a new 3-D quadrilateral mutation operator are also introduced. To make Internet faxing successful, it is necessary to provide sufficient global coverage. However, this is difficult to achieve as magnitudes of servers and fax modem pools have to be deployed, together with technical personnel for support and maintenance. These will increase costs that will eventually have to be passed on to the user.