Secure mechanism for transferring multimedia content over mobile networks through handheld devices. - D. Jayaram; S. Vijay Anand; K. B. Sharath; B. Shanmukhi (IMSA, 2006)

Unified protocol stack architecture for 4G mobile terminals to support multiple radio access technologies. - S. Vijay Anand; Rajesh Tyagi (WTS, 2007)

Qos based handover layer for a multi-RAT mobile terminal in UMTS and Wi-MAX networks. - S. Vijay Anand (COMSWARE, 2008)

A New SIP Based Services Connecting IMS and DLNA for Future Converged Networks. - S. Vijay Anand (NTMS, 2008)

A Heuristic Buffer Management Scheme on Android to Enhance Video Quality on Digital Handheld Devices. - Keyurkumar J. Patel; S. Vijay Anand; S. P. Suman Kumar (NGMAST, 2010)

An Aggregate Functional Software Architecture on Android for End-2-End Real-Time Interactive Content Management to Cater IPTV Services on Digital Handheld Devices. - Keyurkumar J. Patel; S. Vijay Anand; S. P. Suman Kumar (NGMAST, 2010)

A Novel Scalable Architecture for Efficient QoS to Cater IMS Services for Handheld Devices Based on Android. - Keyurkumar J. Patel; S. Vijay Anand; S. P. Suman Kumar (NGMAST, 2010)

A robust QoS framework on Android for effective media delivery to DLNA Enabled Home gateway in smart home environment. - Keyurkumar J. Patel; S. Vijay Anand; S. P. Suman Kumar (WCNIS, 2010)

A novel scalable software platform on android for efficient QoS on android mobile terminals based on multiple radio access technologies. - S. P. Suman Kumar; S. Vijay Anand (WTS, 2011)

A novel extendible framework to efficiently access remote home equipments on an IMS based MobileTerminal. - S. P. Suman Kumar; S. Vijay Anand; SriHarsha V.; Keyurkumar J. Patel (WTS, 2012)

On Designing Leakage-Resilient Vibration Based Authentication Techniques. - Nilesh Chakraborty; S. Vijay Anand; Gurpinder Singh Randhawa; Samrat Mondal (Trustcom/BigDataSE/ISPA, 2016)

Towards identifying and preventing behavioral side channel attack on recording attack resilient unaided authentication services. - Nilesh Chakraborty; S. Vijay Anand; Samrat Mondal (Comput. Secur., 2019)