Sharif Digital Repository

Optimum hello interval for a connected homogeneous topology in mobile wireless sensor networks

Author

Nayebi, A.

Pub. Year

2013

Subjects

Mobility. / Wireless mobile network. / Communication graphs. / Connectivity. / Estimation methods. / Extensive simulations. / Hello-interval. / Mobile wireless sensor network. / Radio signal propagation. / Carrier mobility. / Telecommunication networks. / Topology.

Performance modeling of the LEACH protocol for mobile wireless sensor networks

Author

Nayebi, A.

Pub. Year

2011

Subjects

LEACH protocol. / Mobility. / Wireless sensor network. / Analytic evaluation. / Analytic models. / Buffer zones. / Cluster-based protocol. / Data loss. / Extensive simulations. / Mobile wireless sensor network. / Network designer. / Node mobility. / Performance Modeling. / Static networks. / Transmission ranges. / Wireless sensor. / Leaching. / Sensor nodes. / Sensors.

Analysis of link lifetime in wireless mobile networks

Author

Nayebi, A.

Pub. Year

2012

Subjects

Intermediate performance modeling. / Mobility. / Mobility tolerance. / Self-similarity. / Analytical results. / Buffer zones. / Closed-form expression. / Constant velocities. / Delay tolerant networks. / Extensive simulations. / Heavy-tailed. / Mobility model. / Performance modeling. / Random waypoints. / Residual link lifetime. / Self-similar. / Self-similarities. / Traffic pattern. / Wireless mobile networks. / Carrier mobility. / Network protocols. / Probability distributions. / Models.

Optimum hello interval for a connected homogeneous topology in mobile wireless sensor networks

Author

Nayebi, A.

Pub. Year

2013

Subjects

Extensive simulations. / Connectivity. / Mobility. / Topology. / Wireless mobile network. / Communication graphs. / Estimation methods. / Hello-interval. / Mobile wireless sensor network. / Radio signal propagation. / Wireless mobile networks. / Carrier mobility. / Telecommunication networks. / Wireless sensor networks.

Performance modeling of the LEACH protocol for mobile wireless sensor networks

Author

Nayebi, A.

Pub. Year

2011

Subjects

Analytic evaluation. / Analytic models. / Buffer zones. / Cluster-based protocol. / Data loss. / Extensive simulations. / LEACH protocol. / Mobile wireless sensor network. / Mobility. / Network designer. / Node mobility. / Performance Modeling. / Static networks. / Transmission ranges. / Wireless sensor. / Leaching. / Sensor nodes. / Sensors. / Wireless networks. / Wireless sensor networks.

Analysis of k-Neigh topology control protocol for mobile wireless networks

Author

Nayebi, A.

Pub. Year

2009

Subjects

Connectivity. / k-Neigh. / Mobile wireless networks. / Phase transition. / Phase transitions. / Telecommunication networks. / Topology. / Average degrees. / Communication graphs. / Connectivity. / Dynamic topologies. / High probabilities. / Neighbor graphs. / Power consumption. / Specific problems. / Static networks. / Temporal properties. / Topological properties. / Topology control protocols. / Topology controls. / Transmission power. / Transmission ranges. / Wireless networks.

Lifetime analysis of the logical topology constructed by homogeneous topology control in wireless mobile networks

Author

Nayebi, A.

Pub. Year

2007

Subjects

Canning. / Estimation. / Laws and legislation. / Risk assessment. / Telecommunication networks. / Communication graphs. / Estimation methods. / Extensive simulations. / High probability. / International conferences. / Life-time analysis. / Link breakages. / Logical topologies. / Node mobility. / Parallel and distributed systems. / Re-execution. / Temporal properties. / Topology control. / Topology control protocols. / Topology lifetime. / Upper-layer protocols. / Wireless mobile networks. / Topology.

Computational investigation of both geometric and fluidic compressible turbulent thrust vectoring, using a coanda based nozzle

Author

Nayebi, A.

Pub. Year

2024

Subjects

Compressible flow. / Maneuverability. / Navier Stokes equations. / Nozzle design. / Reynolds number. / Rocket nozzles. / Turbulent flow. / Unmanned aerial vehicles (UAV) / Vortex flow. / Aircraft maneuverability. / Coanda effects. / Computational investigation. / Higher efficiency. / Jet nozzle. / Mass-flow rate. / Shock-waves. / Thrust vectoring. / Vertical landing. / Vertical take-off. / Finite volume method.

A new MCMC sampling based segment model for radar target recognition

Author

Hadavi, M.

Publisher

Czech Technical University,

Pub. Year

2015

Subjects

Gibbs sampler. / Markov chain monte-carlo. / Radar target recognition. / Segment model.