Preserving the Anonymity in MobilityFirst networks
Title | Preserving the Anonymity in MobilityFirst networks |
Publication Type | Conference Paper |
Year of Publication | 2014 |
Authors | Manandhar, K., Adcock, B., Xiaojun Cao |
Conference Name | Computer Communication and Networks (ICCCN), 2014 23rd International Conference on |
Date Published | Aug |
Keywords | AMF, anonymity in MobilityFirst, anonymity preservation, authorisation, Computer science, data privacy, future Internet architecture, global name resolution service, globally unique flat identifier, GNRS, GUID, Internet, MF networks, mobile computing, MobilityFirst networks, privacy, privacy preservation, Public key, routers, Routing, Routing protocols, telecommunication network routing, telecommunication security, three-tiered approach, trust issues, Trusted Computing, user anonymity |
Abstract | A scheme for preserving privacy in MobilityFirst (MF) clean-slate future Internet architecture is proposed in this paper. The proposed scheme, called Anonymity in MobilityFirst (AMF), utilizes the three-tiered approach to effectively exploit the inherent properties of MF Network such as Globally Unique Flat Identifier (GUID) and Global Name Resolution Service (GNRS) to provide anonymity to the users. While employing new proposed schemes in exchanging of keys between different tiers of routers to alleviate trust issues, the proposed scheme uses multiple routers in each tier to avoid collaboration amongst the routers in the three tiers to expose the end users. |
URL | http://ieeexplore.ieee.org/document/6911810/ |
DOI | 10.1109/ICCCN.2014.6911810 |
Citation Key | 6911810 |
- mobile computing
- user anonymity
- Trusted Computing
- trust issues
- three-tiered approach
- telecommunication security
- telecommunication network routing
- Routing protocols
- Routing
- routers
- Public key
- privacy preservation
- privacy
- MobilityFirst networks
- AMF
- MF networks
- internet
- GUID
- GNRS
- globally unique flat identifier
- global name resolution service
- future Internet architecture
- data privacy
- computer science
- authorisation
- anonymity preservation
- anonymity in MobilityFirst