2010 International Conference on Indoor Positioning and Indoor Navigation (IPIN)
The conference website is http://www.ipin.ethz.ch/.
The accepted proceedings papers of IPIN are now available in the IEEE Xplore Digital Library.
Proceedings of the 2010 International Conference on Indoor Positioning and Indoor Navigation (IPIN), Mautz, R., Kunz, M. and Ingensand, H. (eds.), IEEE Xplore, 974 p.
IEEE Catalog Number: CFPI009J-ART
ISBN: 978-1-4244-5864-6
Digital Object Identifier: 10.1109/IPIN.2010.5648185
Date of Publication: 29 November 2010
Web: http://ieeexplore.ieee.org/xpl/mostRecentIssue.jsp?punumber=5637226
You had been able to submit your full paper for the 2010 IPIN proceedings here, if your extended abstract had been accepted for presentation. Full papers may have a length up to 10 pages (DIN A4) and should be uploaded as PDF. For typesetting of your paper please use the template provided at http://www.geometh.ethz.ch/ipin/papers/paper_instructions. Your PDF must be created by PDF express at: http://www.pdf-express.org/ (conference ID is ipnx). Only papers presented at the IPIN conference can be included in the proceedings.
Tracks
This conference is not currently accepting submissions.
- 01. Optical Systems
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- Camera based positioning
- View based navigation
- Camera egomotion estimation - 02. Ultra Sound Systems
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- Localization methods based on ultrasound
- Ultrasonic wave propagation and distance estimation
- Ultra sound sensor networks theory and applications - 03. WLAN RSS
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- Localization based on WLAN (Wireless Local Area Networks, IEEE 802.11 standard)
- RSS (Received Signal Strength) based methods
- Fingerprinting - 04. RF RSS
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- Indoor localization based on ZigBee, FM radio and other RF signals
- RSS (Received Signal Strength) based methods
- Fingerprinting - 05. TOF, TDOA
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- Localization based on TOF (Time Of Flight) distances
- Localization based on TDOA (Time Difference Of Arrival)
- Position estimation and algorithms - 06. UWB
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- UWB (Ultra Wide Band) based position determination
- UWB TOA (Time Of Arrival) & Fingerprinting
- Applications of UWB - 07. Indust Metrology, Geod Sys, iGPS
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- High precision positioning technologies
- Total stations, laser trackers
- Development of iGPS, an indoor tracking system developed by Nikon - 08. Radar Systems
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- Localization based radar
- FMCW (Frequency Modulated Continuous Wave) systems
- FMCW based algorithms - 09. Mapping, SLAM
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- SLAM (Simultaneous Localization And Mapping)
- UWB SLAM
- Laserscaning - 10. HS GNSS
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- HS (High Sensitive) GNSS (Global Navigation Satellite Systems)
- Acquisition of weak GNSS signals
- GNSS in indoor environments - 11. GNSS Indoor, Pseudolites
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- Multipath modeling
- Pseudolite indoor localization
- GNSS repeaters - 12. Innovative Systems
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- Systems based on sounds
- Systems based on fluorescent light
- Systems for mobile phones - 13. Localisation, WSN
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- Network localization
- Cooperative location algorithms
- Localization in WSN (Wireless Sensor Networks) - 15. Frameworks for Hybrid Positioning
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- Heterogeneous sensor fusion
- Integration platforms
- Combination of indoor and outdoor positioning - 16. Applications of Location Awareness
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- Applications in museums and in health care
- Applications in landmine detection and radiation measurements
- Location awareness for smart industry - 17. Passive RFID
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- Use of passive RFID (Radio Frequency IDentification) tags
- RFID localization
- RFID waypoint guidance - 18. Active & General RFID
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- Use of active RFID (Radio Frequency IDentification) tags
- RFID positioning algorithms
- RFID applications - 19. Context Detection & Awareness
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- Context aware applications
- Provision of context information
- Situation aware tracking algorithms - 20. User Requirements
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- Requirements for underground constructions
- Requirements for the mass market
- General user requirements for localization - 21. Magnetic Localization
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- Systems using electromagnetic fields
- Systems using coil based magnetic fields
- Systems using permanent magnetic fields - 22. Hybrid IMU Pedestrian Navigation 1
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- Integration of Inertial Measurements and GNSS
- Multi sensor platforms
- Extremely hybrid sensor fusion - 23. Hybrid IMU Pedestrian Navigation 2
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- IMU in combination with RSS (Received Signal Strength)
- Calibration of IMU
- Sensor Integration of IMU and UWB - 24. Foot Mounted Pedestrian Navigation
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- Systems using inertial sensors
- Systems using zero-velocity updates
- Step length estimation
Managers
The following people are managers for this conference: