EFFECTIVE RESOURCE SHARING WITH UNIVERSAL BASE-BAND PROCESSING TECHNOLOGY SUPPORTING ALL MOBILE USERS

In our paper, SRAN (single radio access network technology) supports multi-band and multi-mode communication for mobile users. In this, we address the signaling impact results of various mobile bands and its spectrum utilization, resource utilization for high speed and its reduced latency model. We deployed this architecture of network using reduced space capacity and increased network resource utilization. Achievements made by simplicity of baseband board technology. This introduces an optimization problem involving a trade-off between the number of additional bands that are required and the costs of moving through the mobile field for the purpose of spectrum usage. The Basic idea is to achieve 2G, 3G and LTE communication using a single multi-band rectangular antenna. The method proposed guarantee that no further delay or latency of the network can occur during the restoration. It considers about the energy consumption and the remaining energy of base station as well as quality of links to find energy-efficient and reliable routes that increase the operational lifetime of the network. Quality of Service of the communication network is also improved in rural or hilly regions. From this, we will analyze the multimode concurrency and conclude the performance of different bands. The performance can be shown in graphical model.