Title :
Self-authorization: a methodology for secured network access in a distributed paradigm
Author :
Campbell, T. Ray
Abstract :
One of the key concerns of system designs in enterprise networks is security. Security from a systems perspective involves limiting and controlling accessibility to the services provided by that system. Existing authorization mechanisms do not provide the tools for the ever-changing paradigm associated with distributed networks such as the Internet, and deployment of mobile and pervasive computing devices that users attach to these networks. A self-authorizing system for authentication in a distributed environment is a concept that addresses some of the inadequacies of a traditional authentication mechanism. This paper examines existing authorization and authentication methods and their respective inadequacies, while developing the concept of self-authorization and the basic principles that underlie transparency and re-authentication.
Keywords :
Internet; access control; authorisation; computer network management; message authentication; mobile computing; telecommunication security; Internet; access control; accessibility limiting; authentication mechanism; authorization mechanisms; distributed environment; distributed networks; distributed paradigm; enterprise networks; mobile computing devices; pervasive computing devices; re-authentication; secured network access; self-authorization methodology; self-authorizing authentication system; system designs; system security; system services; transparency; Access control; Authentication; Authorization; Control systems; Home automation; IP networks; Information security; Intelligent networks; Mobile computing; Pervasive computing;
Conference_Titel :
SoutheastCon, 2005. Proceedings. IEEE
Print_ISBN :
0-7803-8865-8
DOI :
10.1109/SECON.2005.1423275