Mobile and redundant access point reduction for indoor unmanned aerial vehicle positioning using WLAN crowdsourcing fingerprints.
Mu ZhouHui YuanLiangbo XieWeiqiang TanZengshan TianPublished in: Phys. Commun. (2019)
Keyphrases
- access points
- unmanned aerial vehicles
- mobile devices
- wifi
- mobile users
- wireless local area network
- smart phones
- wireless lan
- wireless networks
- mobile nodes
- mobile applications
- mobile networks
- global positioning system
- location information
- mobile phone
- path planning
- ad hoc networks
- location based services
- context aware
- mobile agents
- wireless communication
- control algorithm
- dynamic environments
- wireless systems
- mobile ad hoc networks
- base station
- distributed systems
- multimedia content
- real time