RACSMI: RL-based access control for identifier locator separation mapping based mobile internet

With the demand for ubiquitous access to the Internet, significant number of users is adopting wireless approaches for accessing the Internet. This drives us to investigate secure access control issue for mobile client. In this paper, we propose a precise access control scheme for identifier locator separation mapping based mobile Internet in order to accurately control whether a mobile client is entitled to access contents from a specified server. Particularly, we propose a concrete design for identifier locator separation mapping based mobile Internet considering GPRS access. And based on this a reputation level based graded mapping system considering the reputation for both users and servers is proposed. We implement our design in an experimental platform and evaluate the scheme with respect to access control effectiveness, round-trip time and throughput. We further compare our scheme with the mobile internet currently used and identifier locator separation mapping based mobile Internet without graded mapping enabled to highlight the effectiveness of our design. Numerical results demonstrate that our design can achieve precious access control effectively with an acceptable degrade in RTT and throughput.