Hamideh Babaei
Publication Count: 3
Publication List:
(1) Multi Objective AODV Based On a Realistic Mobility Model, Volume 7, Issue 3, May 2010
(2) A 3D signal obstruction model for realistic mobility models in Mobile Ad Hoc Networks, Volume 8, Issue 4, July 2011
(3) Improvement of Connectivity in Mobile Ad-hoc Networks by Adding Static Nodes Based on A Realistic Mobility Model, Volume 8, Issue 4, July 2011
About Hamideh Babaei:
Hamideh Babaei is currently PhD student at Science & research branch of Islamic Azad University in Iran. She received Bs in software engineering from the University of Kashan at 2003, and his MS in computer science at 2005 in Iran. She is a faculty member of Islamic Azad University (Naragh branch). She has taught in the areas of Wireless Networks, Ad hoc and Sensor Networks and her research interests include Semantic Web, Information Retrieval, and recent research focusing on the Mobility model and routing protocol in ad hoc networks. She has published several articles in international conferences and LNCS series.
Publication List:
(1) Multi Objective AODV Based On a Realistic Mobility Model, Volume 7, Issue 3, May 2010
(2) A 3D signal obstruction model for realistic mobility models in Mobile Ad Hoc Networks, Volume 8, Issue 4, July 2011
(3) Improvement of Connectivity in Mobile Ad-hoc Networks by Adding Static Nodes Based on A Realistic Mobility Model, Volume 8, Issue 4, July 2011
About Hamideh Babaei:
Hamideh Babaei is currently PhD student at Science & research branch of Islamic Azad University in Iran. She received Bs in software engineering from the University of Kashan at 2003, and his MS in computer science at 2005 in Iran. She is a faculty member of Islamic Azad University (Naragh branch). She has taught in the areas of Wireless Networks, Ad hoc and Sensor Networks and her research interests include Semantic Web, Information Retrieval, and recent research focusing on the Mobility model and routing protocol in ad hoc networks. She has published several articles in international conferences and LNCS series.
