Dear friends, today we come with a tear in eye, mourning the loss we have endured. For it is our loss! Not Stephen’s. He has left this world, to move on before us the cut clear a path in through the woods in life’s j

Source URL: www.buckeyebrook.org

Range 220 July 22, 2006 SBMS/SDMWG EIRP/MDS Event Feet 89 Path Loss dB

Source URL: www.ham-radio.com

4146 IEEE TRANSACTIONS ON VEHICULAR TECHNOLOGY, VOL. 63, NO. 9, NOVEMBER 2014 Geometry-Based Vehicle-to-Vehicle Channel Modeling for Large-Scale Simulation

Source URL: mateboban.net

• Wireless networking
• Wireless
• Transport
• Technology
• Vehicle telematics
• Path loss
• Waves
• Line-of-sight propagation
• Vehicle-to-vehicle
• Radio propagation
• Vehicular ad hoc network
• Non-line-of-sight propagation

Linear Dynamic Programming and the Training of Sequence Estimators Christopher Raphael? and Eric Nichols?? Abstract We consider the problem of finding an optimal path through a trellis graph when the arc costs are linear

Source URL: music.informatics.indiana.edu

• Statistics
• Statistical theory
• Systems science
• Mathematical optimization
• Estimation theory
• Markov models
• Dynamic programming
• Equations
• Systems engineering
• Loss function
• Maximum likelihood estimation
• Viterbi algorithm

Propagation Models Darrel Emerson NRAO, Tucson Murray Lewis NAIC, Arecibo

Source URL: www.iucaf.org

• Electromagnetism
• Radio propagation
• Line-of-sight propagation
• LongleyRice model
• Free-space path loss
• Ground wave propagation
• Fresnel zone
• EarthMoonEarth communication
• Engineering
• Radio propagation model
• Okumura model

Modeling Vehicle-to-Vehicle Line of Sight Channels and its Impact on Application-Layer Performance ∗ Mate Boban∗ , Wantanee Viriyasitavat∗† , and Ozan Tonguz∗

Source URL: mateboban.net

• Wireless networking
• Jitter
• Channel
• Vehicular ad hoc network
• IEEE 802.11
• Dedicated short-range communications
• Computer network
• DBm
• Vehicle-to-vehicle
• Latency
• Link adaptation
• Path loss

Modeling Vehicle-to-Vehicle Line of Sight Channels and its Impact on Application-Level Performance Metrics∗ Mate Boban† , Wantanee Viriyasitavat†‡ , and Ozan Tonguz† † Dept. of Electrical and Computer Engine

Source URL: mateboban.net

• Wireless networking
• Vehicle telematics
• Mathematical physics
• Road traffic management
• Road transport
• Jitter
• Channel
• Vehicular ad hoc network
• Vehicle-to-vehicle
• Path loss
• Dedicated short-range communications
• IEEE 802.11

Optimal Path Planning and Resource Allocation for Active Target Localization Charles Freundlich, Philippos Mordohai, and Michael M. Zavlanos Abstract— This paper addresses optimal path planning and resource allocation

Source URL: www.cs.stevens.edu

• Dynamic programming
• Markov processes
• Stochastic control
• Robot control
• Generalized functions
• Kalman filter
• Distribution
• Partially observable Markov decision process
• Markov decision process
• Loss function
• Covariance

Geometry-Based Propagation Modeling and Simulation of Vehicle-to-Infrastructure Links Bengi Aygun∗ , Mate Boban† , Joao P. Vilela? , and Alexander M. Wyglinski∗ ∗ Department of Electrical and Computer Engineerin

Source URL: mateboban.net

• Wireless networking
• Vehicle telematics
• Emerging technologies
• Advanced driver assistance systems
• Driving
• Vehicular ad hoc network
• Vehicular communication systems
• Path loss
• DBm
• Fading
• Vehicle-to-vehicle
• IEEE 802.11

Feasibility of In-car Wireless Sensor

Source URL: www.csie.ntu.edu.tw

• Data transmission
• DBm
• Telecommunications engineering
• Bit error rate
• Sensitivity
• Channel
• Fading
• Phase-shift keying
• Decibel
• Log-distance path loss model