The link allocation problem on ATM-based personal communication networks
Nen‐Fu Huang, Rui-Chi Wang, Tzung-Pao Lin · 2002
The wireless personal communication networks (PCN) will play an important role throughout the 1990s and into the next century. Due to the demand for extending the wireless services to integrated services such as data, voice, images and video, a high speed backbone network to connect the base stations in the microcells is required. One of the possible solutions is to apply the ATM-based backbone network. In such an ATM-based PCN, the communication path between a pair of mobile terminals might be elongated due to the mobility of terminals. In this paper we investigate the design problem of allocating the backbone links among the ATM switches so that the network performance affected by the terminal mobility is reduced as little as possible. A simple and efficient algorithm is proposed for this problem. Simulation results show that based on the backbone obtained by the heuristic, the average length of each communication path is kept as short as possible even under the mobile environment. As a result, the number of successfully established paths in the network is increased significantly.