IEEE Vehicular Networking Conference Experimental Study on the Impact of Vehicular Obstructions in VANETs Rui Meireles1,3 , Mate Boban2,3 , Peter Steenkiste1 , Ozan Tonguz2 and Jo˜ao Barros3 {,

Source URL: mateboban.net

• Wireless networking
• Non-line-of-sight propagation
• Received signal strength indication
• Vehicular ad hoc network
• IEEE 802.11p
• Vehicular communication systems
• Dedicated short-range communications
• IEEE 802.11
• Vehicle-to-vehicle
• Line-of-sight propagation
• Intelligent transportation system

SPECIFICATION SHEET EMPLOYEE CARD VER 2.0 HARDWARE SPECIFICATION Battery

Source URL: bluvision.com

• Radio-frequency identification
• Indoor positioning system
• Ubiquitous computing
• Bluetooth
• Tracking
• IBeacon
• Eddystone
• Received signal strength indication
• ANT
• Bluetooth low energy beacons
• Types of beacons

Received-Signal-Strength-Based Logical Positioning Resilient to Signal Fluctuation Thomas Locher, Roger Wattenhofer, Aaron Zollinger {lochert@student, , }.ethz.ch Computer Engineering an

Source URL: disco.ethz.ch

• Wireless
• Technology
• Navigation
• Geolocation
• Radio navigation
• Mobile technology
• Ubiquitous computing
• Aircraft instruments
• Mobile phone tracking
• Wireless LAN
• Radar
• Multilateration

Microsoft Word - LoRa-FAQs-v5_AA.docx

Source URL: www.semtech.com

• Wireless networking
• LPWAN
• LTE
• Mobile technology
• Telecommunications
• Lora
• Received signal strength indication
• Modem
• Symbol rate
• Modulation
• Senet Inc.

An Empirical Study of Low Power Wireless KANNAN SRINIVASAN∗ , PRABAL DUTTA+ , ARSALAN TAVAKOLI+ and PHILIP LEVIS∗ ∗ Stanford University, + University of California, Berkeley

Source URL: sing.stanford.edu

• Computing
• Wireless networking
• Network architecture
• IEEE 802
• Routing
• IEEE 802.15.4
• IEEE 802.15
• Optimized Link State Routing Protocol
• Communications protocol
• Wireless ad hoc network
• Transmission Control Protocol
• Received signal strength indication

Measuring a Human Contact Network for Epidemiology Research Maria Kazandjieva, Jung Woo Lee, Marcel Salathé Marcus Feldman, James Jones, Philip Levis Stanford University

Source URL: sing.stanford.edu

• Wireless sensor network
• Computing
• Embedded systems
• The Motes
• Received signal strength indication
• Sensor node
• Radio-frequency identification
• Mote
• Data transmission

Investigating a Physically-Based Signal Power Model for Robust Low Power Wireless Link Simulation Tal Rusak Department of Computer Science Cornell University

Source URL: sing.stanford.edu

• Electrical engineering
• Engineering
• Noise
• Technology
• IEEE 802.11
• Received signal strength indication
• Wireless networking
• Computer networking
• DBm
• Signal-to-noise ratio
• Wireless sensor network
• Transmission Control Protocol

AirLab: Consistency, Fidelity and Privacy in Wireless Measurements Vinod Kone, Mariya Zheleva, Mike Wittie, Ben Y. Zhao, Elizabeth M. Belding, Haitao Zheng, Kevin C. Almeroth Department of Computer Science University of

Source URL: www.cs.ucsb.edu

• Wireless networking
• Wireless
• Technology
• Computing
• Wireless LAN
• Wireless sensor network
• Received signal strength indication
• Computer network
• Wireless network interface controller
• Mesh networking
• Sensor node
• Wi-Fi

RSSI is Under Appreciated Kannan Srinivasan† and Philip Levis∗† † Department of Electrical Engineering and ∗ Department of Computer Science, Stanford University, Stanford, CA

Source URL: csl.stanford.edu

• IEEE 802.11
• Received signal strength indication
• Wireless networking
• Network performance
• Transmission Control Protocol
• Sensor node
• Wireless sensor network
• Bit error rate
• Packet loss

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Source URL: www.wtcham960.com