Anticipatory approach at the MSR level in GPRS architecture

The increased demand for wireless data access at comparatively lower cost and varied environment (rural and urban setup) with capacity to integrate with universally and commercially acceptable GSM 2G mobile networks led to new coding schemes like GPRS 2.5G (packet-switched-service), being the most acceptable one. The focus of our paper is on efficient GPRS access by making an anticipatory cache at the MSR level and exploiting the parameters of GPRS phase I with other identifiable variable parameters of the cell based structure at the link layer. By using a simple application at the MH (mobile host) and verifying this information with base transceiver stations (BTS) we can find the nature of loss in the network and try to minimize the damage arising out of such a situation, thus making access possible even at vehicular mobility rate and other varied environments.