Difference between revisions of "IPIN 2017"
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{{Event | {{Event | ||
+ | |Acronym=IPIN 2017 | ||
+ | |Title=International Conference on Indoor Positioning and Indoor Navigation | ||
+ | |Series=IPIN | ||
+ | |Type=Conference | ||
|Field=Positioning | |Field=Positioning | ||
+ | |Start date=2017/09/18 | ||
+ | |End date=2017/09/21 | ||
+ | |City=Sapporo | ||
+ | |Country=Japan | ||
|Has coordinator=Masanori Sugimoto | |Has coordinator=Masanori Sugimoto | ||
|has general chair=Hideo Makino, Jesús Ureña | |has general chair=Hideo Makino, Jesús Ureña | ||
|has program chair=Takeshi Kurata, Phong Nguyen | |has program chair=Takeshi Kurata, Phong Nguyen | ||
|has Proceedings Link=http://www.proceedings.com/36939.html | |has Proceedings Link=http://www.proceedings.com/36939.html | ||
− | + | |State=JP/01}} | |
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− | |State=JP/01 | ||
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* | * | ||
* Topics of submission | * Topics of submission |
Revision as of 16:17, 3 November 2021
Event Rating
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List of all ratings can be found at IPIN 2017/rating
IPIN 2017 | |
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International Conference on Indoor Positioning and Indoor Navigation
| |
Event in series | IPIN |
Dates | 2017/09/18 (iCal) - 2017/09/21 |
Location | |
Location: | Sapporo, JP/01, Japan |
Committees | |
Organizers: | Masanori Sugimoto |
General chairs: | Hideo Makino, Jesús Ureña |
PC chairs: | Takeshi Kurata, Phong Nguyen |
Table of Contents | |
- Topics of submission
- User Requirements
- Hybrid IMU Pedestrian Navigation & Foot Mounted Navigation
- Human Motion Monitoring
- High Sensitivity GNSS, Indoor GNSS, Pseudolites
- RTK GNSS with handheld devices
- Mitigating GNSS errors prior to moving indoors
- Self-contained sensors
- Signal Strength Based Methods, Fingerprinting
- UWB (Ultra-wideband)
- Passive & Active RFID
- Optical Systems
- Ultrasound Systems
- TOF, TDOA based Localization
- Localization, Algorithms for Wireless Sensor Networks
- Frameworks for Hybrid Positioning
- Industrial Metrology & Geodetic Systems, iGPS
- Radar Systems
- Mapping, SLAM
- Indoor Spatial Data Model & Indoor Mobile Mapping
- Novel uses of maps and 3D building models
- Magnetic Localization
- Innovative Systems
- Location Privacy
- Applications of Location Awareness & Context Detection
- Health and Wellness Applications