Browsing by Author Chinara, S
Showing results 1 to 16 of 16
| Issue Date | Title | Author(s) |
| Jul-2016 | Blended evaluation: A paradigm change in higher education by the use of ICT | Chinara, S; Sahoo, R; Dwivedi, A |
| 2012 | Comparison of Residual Energy-Based Clustering Algorithms for Wireless Sensor Network | Tripathy, A K; Chinara, S |
| Nov-2015 | Design of Smart and Intelligent Power Saving System for Indian Universities | Lakra, M; Kiran, K V; Chinara, S |
| 2015 | Development of energy efficient wireless sensor networks protocol for precision agriculture | Kumar, G; Chinara, S |
| May-2015 | Energy Conservation Clustering in Wireless Sensor Networks for Increased Life Time | Tinker, M S; Chinara, S |
| 2008 | Energy Efficient Mobility Adaptive Distributed Clustering Algorithm for Mobile Ad Hoc Network | Chinara, S; Rath, S K |
| Dec-2012 | ESAR: An Energy Saving Ad Hoc Routing Algorithm for MANET | ., Utkarsh; Mishra, M; Chinara, S |
| 2008 | Mobility Based Clustering Algorithm and the Energy Consumption Model of Dynamic Nodes in Mobile Ad Hoc Network | Chinara, S; Rath, S K |
| 2010 | Modeling of a Topology Adaptive Clustering Algorithm for Mobile Ad Hoc Networks using Petri Nets | Chinara, S; Rath, S K |
| Aug-2012 | Simulation of Random Waypoint Mobility Model Using Coloured Petri Nets | Agrahari, S; Chinara, S |
| Nov-2012 | Staggered Clustering Protocol: SCP an Efficient Clustering Approach for Wireless Sensor Network | Tripathy, A K; Chinara, S |
| 2009 | A Survey on One-Hop Clustering Algorithms in Mobile Ad Hoc Networks | Chinara, S; Rath, S K |
| 14-Jul-2009 | TACA: A Topology Adaptive Clustering Algorithm For Mobile Ad Hoc Network | Chinara, S; Rath, S K |
| 2011 | Topology Control by Transmission Range Adjustment Protocol for Clustered Mobile Ad Hoc Networks | Chinara, S; Rath, S K |
| 21-Sep-2010 | Topology Control by Transmission Range Adjustment Protocol for ClusteredMobile Ad Hoc Networks | Chinara, S; Rath, S K |
| 2010 | Validation of Clustering Algorithm for Mobile Ad-Hoc Networks Using Colored Petri Nets | Amirineni, K K; Chinara, S; Rath, S K |
