Transcript IPIN2014 Program_20141026(vF).hwp

● When
Main Conference
October 27(Mon) ~ 30(Thu), 2014
Tutorials
October 27(Mon), 2014
Indoor Positioning and Navigation Competition
October 28(Tue) ~ 29(Wed), 2014
● Where Bexco Exhibition Center II (Meeting rooms #321 ~ #326)
Location Information of Devices in indoor environments has become a key issue for many
emerging applications. However, there is no ubiquitous and straightforward solution. IPIN brings
together experts in electronics, surveying and computer science. Researchers, system providers and
users are invited to contribute with papers, presentations, posters, demonstrations, exhibitions,
competition and discussions to create synergies between different indoor positioning techniques.
Join us for the largest meeting dedicated entirely to Indoor Positioning and Indoor Navigation.
Find a solution for your particular indoor positioning task and watch how the latest indoor system
performs in our demonstration rooms or showcase your own system.
Enjoy Your stay in Korea’s 2nd largest and beautiful harbor city, Busan !
Organized by
Hosted by
Sponsored by
IPIN 2014 TOPICS: Indoor Positioning and Indoor Navigation
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User requirements
Security and Privacy
Hybrid IMU Pedestrian Navigation&Foot Mounted
Navigation
High Sensitivity GNSS, GNSS Indoors, IMES
Pseudolites
Signal Strength Based Methods, Fingerprinting
Ultra Wide Band
Passive and Active RFID
Optical Systems
Indoor Spatial Data Model
http://www.IPIN2014.org
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Ultra Sound Systems
TOF, TDOA based localization
Localisation & Algorithms for WSN
Framework for Hybrid Positioning
Applications of Location Awareness & Context
Industrial Metrology & Geodetic Systems, iGPS
Radar Systems
Mapping SLAM
Magnetic Localisation
Innovative Systems
Location Privacy
Detection
Conference organizer: Sangjoon Park([email protected])
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Committees
⧠ Steering Committee
Dr. Rainer Mautz, Swiss Federal Railways, Switzerland
Prof. Adriano Moreira, University of Minho, Portugal
Prof. Binghao Li, University of New South Wales, Australia
Prof. Philippe Canalda Université de Franche-Comté, France
Prof. Washington Y Ochieng Imperial Colege, UK
Prof. Hideo Makino Niigata University, Japan
Dr. Daniel Aljadeff Aeroscout/Stanley, Israel
Prof. Sverre Holm University of Oslo, Norway
⧠ Organizing committee
o Honorary Organizing Committee
Dr. Jong-Dae Kim, Vice-President, ETRI, Korea
Prof. Dong-Ho Cho, KAIST, Korea (KICS President)
o Conference Chair
Dr. Sangjoon Park, ETRI, Korea (Local Organizer)
o Conference Co-chairs
Prof. Adriano Moreira, University of Minho, Portugal
Dr. Rainer Mautz, Swiss Federal Railways, Switzerland
Prof. Changook Park, Seoul National University, Korea
o Organizing Committee Vice Co-chairs
Prof. Yeong Min Jang, Kookmin University, Korea
Prof. Seong-Ho Jeong, Hankuk University of Foreign Studies, Korea
Dr. Jonghyun Park, Vice-President, ETRI, Korea
o Local TPC Co-chairs
Prof. Sang-Jo Yoo, Inha University, Korea
Prof. Jaesung Park, Suwon University, Korea
o Publication Chair
Prof. Seung-Hoon Hwang, Dongguk University, Korea
o Finance Co-chairs
Ms. Soyeon Lee, ETRI, Korea
Prof. Seung-Hyong Rhee, Kwangwoon University, Korea
o Exhibition Co-Chairs
Dr. Kyo-il Chung, ETRI, Korea
Mr. You-Jin Jang, KICS, Korea
o Demos Co-Chair
Prof. Ki-Joune Li, Pusan National University, Korea
o Local arrangement & Registration Co-chairs
Prof. Sang-Chul Kim, Kookmin University, Korea
Prof. Yunju Baek, Pusan National University, Korea
Prof. Suk Chan Kim, Pusan National University, Korea
Mr. You-Jin Jang, KICS
o International liaison Co-chairs
Prof. Jaewoo So, Sogang University, Korea
Prof. Dongkyun Kim, Kyungpook National University, Korea
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o Tutorial chair
Prof. Yoan Shin, Soongsil University, Korea
o Workshop Co-chairs
Prof. Ki-Hyung Kim, Ajou University, Korea
Prof. Jaesang Cha, Seoul National University of Science & Technology, Korea
o Competition Co-chairs
Dr. Francesco Potorti, ISTI, Italy (Contact Point)
Prof Dongsoo Han, KAIST, KOREA (Local main contact point)
Prof. Jongtaek Oh, Hansung University, Korea
Dr. Yang Koo Lee, ETRI, Korea
o Industry Session Co-chairs
Prof. Washington Y Ochieng Imperial Colege, UK
Prof. Sverre Holm University of Oslo, Norway
Mr. Linus Thrybom, ABB AB Corporate Research, Sweden
o Ph.D. Forum Co-chairs
Dr. Christos Laoudias, University of Cyprus, Cyprus
Dr. Rainer Mautz, Swiss Federal Railways, Swiss
⧠ Technical Program Committees
Prof. Ana Afonso - University of Lisboa (Portugal)
Prof. Fernando Álvarez Franco - University of Extremadura (Spain)
Dr. Michael Angermann - Google Inc. (USA)
Prof. Oumaya Baala - University of Technology of Belfort-Montbéliard (UTBM) (France)
Dr. Michela Bertolotto - University College Dublin (Iceland)
Prof. Alexandre Caminada - University of Technology of Belfort-Montbéliard (UTBM) (France)
Dr. Stefano Chessa - University of Pisa (Italy)
Prof. Antonio Costa - University of Minho (Portugal)
Prof. Andrew Dempster - University of New South Wales (Australia)
Mr. Alvaro Hernández - University of Alcala (Spain)
Prof. Sverre Holm - University of Oslo (Norway)
Dr. Antonio Jimenez - Centre for Automation and Robotics. CSIC-UPM (Spain)
Prof. Michel Kasser – HEIG-VD (Switzerland)
Prof. Stefan Knauth - University of Stuttgart (Germany)
Mr. Alexander Kröller - Braunschweig University of Technology (Germany)
Prof. Gérard Lachapelle - University of Calgary (Canada)
Dr. Christos Laoudias - University of Cyprus (Cyprus)
Prof. Filipe Meneses - University of Minho (Portugal)
Dr. Maria João Nicolau - University of Minho (Portugal)
Prof. Kyle O'Keefe - University of Calgary (Canada)
Prof. JongTaek Oh - Hansung University (South Korea)
Prof. Robert Piche – Tampere University of Technology (Finland)
Dr. Michal Pietrzyk - Fraunhofer Institute for Integrated Circuits (Germany)
Dr. Valérie Renaudin - IFSTTAR, GEOLOC (France)
Dr. Patrick Robertson - Google Inc. (USA)
Prof. Steffen Schön - Leibnitz Universität Hannover (Germany)
Dr. Fernando Seco Granja - Spanish National Research Council (CSIC) (Spain)
Prof. François Spies - University of Franche Comte (France)
Prof. Harald Sternberg - HCU Hamburg (Germany)
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Dr. Sebastian Tilch - ETH Zurich (Switzerland)
Dr. Jesus Ureña - University of Alcala (Spain)
Dr. Anna Maria Vegni - University of ROMA TRE (Italy)
Dr. Blagovest Vladimirov – ETRI (South Korea)
Prof. Ulrich Walder Graz - University of Technology (Austria)
Prof. Jinling Wang - University of New South Wales (Australia)
Prof. Andreas Wieser - ETH Zurich (Switzerland)
Prof. Jongtaek Oh - Hansung University (Korea)
Prof. Koomin Jung - Kookmin University (Korea)
Mr. Jaejun Yoo - ETRI (Korea)
Prof. Giwan Yoon - KAIST (Korea)
Prof. Chansu Yu - Cleveland State University (USA)
Prof. Chi-Yin Chow - City University of Hong Kong (China)
Prof. Inyeol Oh - KAIST (Korea)
Dr Wonpil Yu - ETRI (KOREA)
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[Agenda at a glance]
Session
Date
10.27.
(Mon)
Room
325 & 326
Room 323
10:00 ~
Registration
(@Registration Desk)
12:00~14:30
Tutorial 1
14:30~14:50
Break
14:50~17:20
Tutorial 2
08:30~17:00
08:50~09:10
09:10~10:00
10:00~10:20
10:20~12:00
10.28.
(Tue)
12:00~13:00
13:00~14:40
18:00~20:30
Room 321
Registration(@Registration Desk)
Opening Session(@Room 325 & 326)
Keynote Speech 1(@Room 325 & 326)
Break
Session 1A : Hybrid IMU
Pedestrian Navigation & Foot
Mounted Navigation
Session 1B : Signal
Strength Based Methods,
Fingerprinting
Session 1C : Optical
Systems
Conference Lunch(@Conference Area)
Session 2A : Hybrid IMU
Pedestrian Navigation & Foot
Mounted Navigation
14:40~15:00
15:00~17:05
Room 322
Session 2B : Localisation
& Algorithms for WSN
Session 2C : Local
Workshop
Break
Session 3A: Hybrid IMU
Pedestrian Navigation & Foot
Mounted Navigation
Session 3B : Applications
of Location Awareness &
Context Detection
Session 3C : Local
Workshop
Welcome Dinner (@Park Hyatt Busan, 33F Drawing Room)
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Competition
(pre-test and
setup)
Room
324
09:00~09:50
Keynote Speech 2(@Room 325 & 326)
09:50~11:00
Break
10:10~11:50
11:50~13:00
10.29.
(Wed)
13:00~15:05
15:05~16:00
16:00~17:15
Session 4A : Signal Strength
Based Methods, Fingerprinting
10.30.
(Thu)
Session 4C : Indoor Mobile
Mapping
Session 5A : Signal Strength
Based Methods, Fingerprinting
Session 5B : Innovative
Systems
Session 5C : Optical
Systems
Exhibition
Show
Demos(@Room 324), Posters and PhD Forum(@Hallway)
Session 6A: Framework for
Hybrid Positioning
Session 6B : TOF, TDOA
based localization
Competition
Result
Evaluation
Session 6C : High
Sensitivity GNSS, GNSS
Indoors
Gala Dinner (@Nuri Maru)
Session 7A : Signal Strength
Based Methods, Fingerprinting
Session 7B : Localisation
& Algorithms for WSN
Session 7C : Ultra Sound
Systems
10:40~10:55
Break
10:55~12:00
Special Session : Competition Results(@Room 325 & 326)
12:00~13:30
Lunch Break(On your own)
13:30~15:10
Competition
(BEXCO Area)
Conference Lunch(@Conference Area & Room 324)
18:00~20:30
09:00~10:40
Session 4B : Localisation
& Algorithms for WSN
Exhibition
(Installation)
Session 8A: Framework for
Hybrid Positioning
Session 8B : Industrial
Session
Session 8C : Signal
Strength Based Methods,
Fingerprinting
Session 7D :
Competition 1
Session 8D :
Competition 2
15:10~15:20
Break
15:20~16:35
Special Session for Best Paper Award (@Room 325 & 326)
16:35~17:00
Summary and Next IPIN 2015 & 2016
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Exhibition
(Dismantling)
[Detail Program]
■ Monday 27 October 2014
Session
Date
Room
325 & 326
Registration
10:00 ~
Tutorial 1 : Radio Map Construction
12:00~14:30
10.27.
(Mon)
Methods for Global Indoor Positioning
System
(Prof. Dongsoo Han, KAIST)
14:30~14:50
Coffee Break
Tutorial
14:50~17:20
2 : The fundamentals
Inertial Navigation System
(Dr. Valerie Renaudin
, IFSTTAR –GEOLOC)
of
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■ Tuesday 28 October 2014
Session
Date
Room
325 & 326
Room 323
Room 322
08:30~17:00
08:50~09:10
Registration(@Registration Desk)
Opening Session(@Room 325 & 326)
Keynote Speech 1 : Indoor location as an enabler for high-relevance scenarios in the domain of Future Internet, smart
09:10~10:00
services and Internet of Things scenarios (Dr. Giuseppe Conti (CTO and EU Project Manager, Trilogis srl.)
10:00~10:20
Break
Session 1A : Hybrid IMU Pedestrian
Session 1B : Signal Strength Based
Session 1C : Optical Systems
Navigation & Foot Mounted Navigation
Methods, Fingerprinting
Chair (Hideo Makino, Niigata University,
Chair (Valérie Renaudin, IFSTTAR,
Chair (Robert Piche, Tampere University
Japan)
GEOLOC, France)
of Technology, Finland)
10.28.
(Tue)
1A-1. Concept for Building a MEMS
Based Indoor Localizat
ion System (Thomas Willemsen,
HafenCity University, Germany)
1A-2. Low Cost Infrastructure Free
10:20~12:00 Form of Indoor Positioning (Shashank
Gupta, University of Southampton,
United Kingdom)
1A-3. Trajectory Calibration Approach
Using a Flexible Particle Filter for PNS
(Yanghuan Li, National University of
Defense Technology, P.R. China)
1A-4. Foot-mounted Inertial Navigation
Made Easy, John-Olof Nilsson (Royal
Institute of Technology, Sweden)
1B-1. Differential Signal Strength
Fingerprinting Revisited (Christos
Laoudias, University of Cyprus, Cyprus)
1B-2. Most Accurate Algorithms for
RSS-based Wi-Fi Indoor Localisation
(Sebastian Fudickar, University of
Potsdam, Germany)
1B-3. Hybrid Technique for Indoor
Positioning System Based on Wi-Fi
Received Signal Strength (Peerapong
Torteeka, Beihang University, P.R.
China)
1B-4. Address-Based Crowdsourcing
Radio Map Construction for Wi-Fi
Positioning Systems (Dongsoo Han,
KAIST, Korea)
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1C-1. Uncertainty Estimation for
Kinematic Laser Tracker Measurements
Incorporating the Control Information of
an Industrial Robot (Thomas Ulrich,
Karlsruhe Institute of Technology (KIT),
Germany)
1C-2. Multi-Modal Identification and
Tracking of Vehicles in Partially
Observed Environments (Daniel Becker,
Fraunhofer FOKUS, Germany)
1C-3. LED-Tracking and ID-Estimation
for Indoor Positioning Using Visible Light
Communication (Yohei Nakazawa,
Niigata University, Japan)
1C-4. Visual Positioning Systems - An
Extension to MoVIPS (Chadly Marouane,
Virality GmbH - Research &
Development, Germany)
12:00~13:00
Session 2A : Hybrid IMU Pedestrian
Navigation & Foot Mounted Navigation
Chair (John-Olof Nilsson, Royal Institute
of Technology, Sweden)
2A-1. Step Detector and Step Length
Estimator for an Inertial Pocket
Navigation System (Estefania Munoz
Diaz, German Aerospace Center (DLR),
Germany)
2A-2. Human Activity Recognition Using
Thigh Angle Derived From Single Thigh
Mounted IMU Data (Nimsiri
13:00~14:40
Abhayasinghe, Curtin University,
Australia)
2A-3. The Application of "off-the-shelf"
Components for Building IMUs for
Navigation Research (Nimsiri
Abhayasinghe, Curtin University,
Australia)
2A-4. Cooperative Localization Using a
Foot-mounted Inertial Navigation System
and Ultrawideband Ranging (Fredrik
Olsson, Swedish Defence Research
Agency, FOI, Sweden)
14:40~15:00
15:00~17:05
Conference Lunch(@Conference Area)
Session 2B : Localisation & Algorithms
for WSN
Chair (Adriano Moreira, University of
Minho, Portugal)
Session 2C : Local Workshop
Chair (Joonseo Park, IITP, Korea)
2B-1. Evaluation of Radio Based,
Optical and Barometric Localization for
Indoor Altitude Estimation in Medical
Applications (Christian Bollmeyer,
Lübeck University of Applied Sciences
& Graduate School for Computing in
Medicine and Life Sciences, Universität
zu Lübeck, Germany)
2B-2. Accurate Radio Distance
Estimation by Phase Measurements
with Multiple Frequencies (Mathias
Pelka, Fachhochschule Lübeck,
Germany)
IPIN survival R&D 3rd Workshop
hosted by IITP
2B-3. Indoor Wireless Localization Via
Convex Feasibility Problem (Thu L. N.
Nguyen, Soongsil University, Korea)
Break
Session 3A: Hybrid IMU Pedestrian
Navigation & Foot Mounted Navigation
Chair (Ulrich Walder, Graz University of
Session 3B : Applications of Location
Awareness & Context Detection
Chair (Kyle O'Keefe, University of
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Session 3C : Local Workshop
Chair (Joonseo Park, IITP, Korea)
Technology, Austria)
3A-1. Smartphone Based Gait Analysis
Using STFT and Wavelet for Indoor
Navigation (Dong Han, IFSTTAR, France)
3A-2. Toward a Free Inertial Pedestrian
Navigation Reference System (Valerie
Renaudin, IFSTTAR & GEOLOC, France)
3A-3. Indoor Positioning Using
Multi-Frequency RSS with Foot-Mounted
INS (Martin Nilsson, Swedish Defence
Research Agency & Linköping
University, Sweden)
3A-4. Robust Pedestrian Dead
Reckoning (R-PDR) for Arbitrary Mobile
Device Placement (Zhuoling Xiao,
University of Oxford, United Kingdom)
3A-5. MobiIO: Push the Limit of
Indoor/Outdoor Detection through
Human's Mobility Traces (Hongwei Jia,
Beijing University of Posts and
Telecommunications, P.R. China)
18:00~20:30
Calgary, Canada)
3B-1. Development of a Pedestrian
Navigation System Without Additional
Infrastructures (Ryo Nitami, Iwate
Prefectural University, Japan)
3B-2. Optimizing Indoor Location
Recognition Through Wireless
Fingerprinting At the Ian Potter
Museum of Art (Alexander M Finkel,
University of Melbourne, Australia)
3B-3. A Crowd-sourced Online Radio
Map Anomalous Event Detection
Method for Calibration-on-demand in
Wi-Fi Indoor Positioning System (Dezhi
Zhang, The University of Nottingham
Ningbo China, P.R. China)
3B-4. Homotopy and Alternative Routes
in Indoor Navigation Scenarios (Martin
Werner, University of Munich,
Germany)
3B-5. A New Approach for Indoor
Customer Tracking Based on a Single
Wi-Fi Connection, Yuntian Brian Bai
(RMIT University, Australia)
IPIN survival R&D 3rd Workshop
hosted by IITP
Welcome Dinner (@Park Hyatt Busan, 33F Drawing Room)
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■ Wednesday 29 October 2014
Session
Date
Room
Room 323
Room 322
325 & 326
Keynote Speech 2 : Korean Government Plan for Indoor Positioning and Indoor Navigation Services and Technical Issues
09:00~09:50
(Sangjoon Park, ETRI) (@Room 325 & 326)
09:50~11:00
Break
Session 4A : Signal Strength Based
Session 4B : Localisation & Algorithms
Methods, Fingerprinting
for WSN
Session 4C : Indoor Mobile Mapping
Chair (Christos Laoudias, University of
Chair (Marcel Kyas, Freie Universität
Chair (
)
Cyprus, Cyprus)
Berlin, Germany)
10.29.
(Wed)
4A-1. Moving Correction Method of a
Mobile Robot Using RFID System Based
on Obstacle Estimation (Tadashi
Nakanishi, Kansai University, Japan)
4A-2. Location-Aware Anti-Collision
Protocol for Energy Efficient Passive
RFID System (Lanxin Qiu, Beijing
10:10~11:50
University of Technology, P.R. China)
4A-3. UJIIndoorLoc: A New
Multi-building and Multi-floor Database
for WLAN Fingerprint-based Indoor
Localization Problems (Joaquín
Torres-Sospedra, Universitat Jaume I &
Institute of New Imaging Technologies
(Espaitec2), Spain)
4A-4. Dynamic WIFI Fingerprinting
Indoor Positioning System (Omar Costilla
Reyes, University of North Texas, USA)
4B-1. Hybrid Sensor Networks
Localization Dealing with Range-Capable
and Range-Free Nodes (Gabriele Oliva,
University Campus Bio-Medico, Italy)
4B-2. Experimental Evaluation of Indoor
Localization Algorithms (Stephan Adler,
Freie Universität Berlin, Germany)
4B-3. Localization Algorithms Based on
Hop Counting for Wireless Nano-Sensor
Networks (Hoa Tran-Dang, Ressearch
Center for Automacitc Control of Nancy
University of Lorraine, France)
4B-4. The Effects of Human Body
Shadowing in RF-based Indoor
Localization (Simon Schmitt, Freie
Universität Berlin, Germany)
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4C-1. Trust Framework for Handling
Communication Using Social Networks
as Applied to Mobile Sensor Based
Indoor Navigation System (Prabath L
Rupasinghe, Curtin University of
Technlogy, Sri Lanka)
4C-2. Generating Indoor Maps by
Crowdsourcing Positioning Data From
Smartphones (Parijat Mazumdar,
Department of Electrical Engineering,
Indian Institute of Technology Delhi,
India)
11:50~13:00
Conference Lunch(@Conference Area & Room 324)
Session 5A : Signal Strength Based
Methods, Fingerprinting
Chair (Philippe Canalda Université de
Franche-Comté, France)
5A-1. Indoor Positioning of Mobile
Devices by Combined Wi-Fi and GPS
Signals (Maxim Kovalev, Carnegie
Mellon University, USA)
5A-2. Cooperatively Applied Positioning
Techniques Utilizing Range Extension
(CAPTURE) (Gary Cullen, University of
Ulster, Ireland)
5A-3. Comparing Suitability of Sub 1
GHz and WiFi Transceivers for
13:00~15:05
RSS-based Indoor Localisation
(Sebastian Fudickar, University of
Potsdam, Germany)
5A-4. Experimental Decomposition of
the Performance of Fingerprinting-based
Localization Algorithms (Filip Lemic,
Technical University of Berlin (TUB) &
Telecommunication Network Group
(TKN), Germany)
5A-5. Efficient Localization Using
Different Mean Offset Models in
Gaussian Processes (Andrey Golovan,
Lomonosov Moscow State University,
Russia)
Session 5B : Innovative Systems
Chair (Aaron Harwood, University of
Melbourne, Australia)
5B-1. Museum of the moment
A cooperation project between
Metropolitan Culture and Geomatics
(Thomas Willemsen, HafenCity
University, Germany)
5B-2. Using DNS to Establish a
Localization Service (António Sousa,
Universidade do Minho, Portugal)
5B-3. Beyond HTML5 Geolocation - A
Flexible Concept to Enable and Easily
Use Advanced Positioning Technologies
for Mobile Indoor Location Based
Service Web Applications (Martin
Krammer, Graz University of
Technology, Austria)
5B-4. Indoor User Positioning Using
Infrared LEDs and Sensors (Natasa
Jovanovic, Eindhoven University of
Technology, The Netherlands)
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Session 5C : Optical Systems
Chair (Hideo Makino, Niigata University,
Japan)
5C-1. Statistical Indoor Localization
Using Fusion of Depth-Images and Step
Detection (Toni Fetzer, University of
Applied Sciences Würzburg-Schweinfurt,
Germany)
5C-2. Inertial Data Based Deblurring for
Vision Impaired Navigation (Nimali
Rajakaruna, Curtin University of
Technology, Australia)
5C-3. Image Database with
Synchronized Sensor Data for Vision
Based Navigation Systems (Chamila
Rathnayake, Curtin University of
Technology, Australia)
5C-4. Indoor Navigation System using
Optical Mouse Sensor and Smartphone
(Vinit Kataria, Indian Institute of
Technology Kanpur, India)
5C-5. Neural Network Based Indoor
Positioning Technique in Optical Camera
Communication System, Yeong Min
Jang (Kookmin University, Korea)
15:05~16:00
Demos(@Room 324), Posters and PhD Forum(@Hallway)
Session 6A: Framework for Hybrid
Positioning
Chair (Vladimirov Blagovest, University
of California at Berkeley, USA)
6A-1. A Multi-Platform Software
Framework for the Analysis of Multiple
Sensor Techniques in Hybrid Positioning
Systems, Ferenc Brachmann (University
of Pécs, Hungary)
16:00~17:15 6A-2. Simultaneous Fingerprinting and
Mapping for Multimodal Image and WiFi
Indoor Positioning (Plamen Levchev, UC
Berkeley, USA)
18:00~20:30
Session 6B : TOF, TDOA based
localization
Chair (Hiromichi Hashizume, National
Institute of Informatics, Japan)
6B-1. Improved Detection of Distorted
IR-UWB Pulses Using Amplitude
Spectrum in Indoor Environments
(Thorsten Wehs, Hochschule
Emden/Leer, University of Applied
Sciences, Germany)
6B-2. Simultaneous Localization and
Mapping in Indoor Positioning Systems
Based on Round Trip Time-of-Flight
Measurements and Inertial Navigation
(Aleksandr Galov, Petrozavodsk State
University & RTLService LLC, Russia)
6B-3. Robust Pedestrian Localization in
Indoor Environments with an IMU Aided
TDoA System (Julian Lategahn,
University of Applied Sciences and Arts
Dortmund, Germany)
Gala Dinner (@Nuri Maru)
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Session 6C : High Sensitivity GNSS,
GNSS Indoors
Chair (Kyle O'Keefe, University of
Calgary, Canada)
6C-1. Localization by Analysis of the
Geometrical Deformation of a Network
of Communicating Entities (Nel Samama,
Institut TELECOM, T&M SudParis,
France)
6C-2. Cycle Slips Detection and Repair
for High Accuracy GNSS-based Indoor
Positioning (Ye LU, Telecom SudParis &
University of Paris VI, France)
6C-3. Indoor Positioning Using CoLDE:
An IEEE 802.11 Connectionless
Extension (Osama Abu Oun, University
of Franche-Comte, France)
Posters
Number
P-01
P-02
P-03
P-04
P-05
P-06
P-07
P-08
P-09
P-10
P-11
P-12
Chair (Shih-Hau Fang, Yuan Ze University, Taiwan)
Title
First Author
3D Indoor Positioning with Pedestrian Dead Reckoning
Thomas Moder
and Activity Recognition Based on Bayes Filtering
A Case Study of Indoor Positioning in an Unmodified
Yu-Ting Lin
Factory Environment
A Multi-pronged Approach for Indoor Positioning with
Byunghun Kim
WiFi, Magnetic and Cellular Signals
A Study on Indoor Position Estimation Based on
Masayuki Ochiai
Fingerprinting Using GPS Signals
Advanced Heuristic Drift Elimination for Indoor
Ho Jin Ju
Pedestrian Navigation
Forecasting Moving Object Position Based on Temporal
Thi Hong Nhan Vu
Patterns
Improved Indoor Position Estimation Algorithm Based
Junyeol Song
on Geo-Magnetism Intensity
IMU-Assisted Nearest Neighbor Selection for Real-Time
Myungjun Jin
WiFi Fingerprinting Positioning
Light-synchronized Acoustic ToA Measurement System
Takayuki Akiyama
for Mobile Smart Nodes
Location Estimation Algorithm Using Smart Antenna
Changhwan Choi
Proof-of-concept Real Time Localization System Based
on the UWB and the WSN Technologies
Grzegorz Krukar
Affiliation
Graz University of
Technology, Austria
Yuan Ze University, Taiwan
Seoul National University,
Korea
Utsunomiya University, Japan
Seoul National University,
Korea
Vietnam National University,
Vietnam
Yeungnam University, Korea
Hanyang University, Korea
The Graduate University for
Advanced Studies, Japan
Yeungnam University, Korea
Fraunhofer Institute for
Integrated Circuits IIS,
Germany
Refined Wi-Fi Fingerprinting with Tag-less
Chi-Lun Mak
Proximity-based Positioning Technique
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Hong Kong R&D Centre for
Logistics and Supply Chain
Management Enabling
Technologies, Hong Kong
P-13
P-14
Sensing-Throughput/Positioning Tradeoff in Indoor
Cognitive Radio Networks
Subway Train Stop Detection Using Magnetometer
Sensing Data
Cheol Kang
Sogang University, Korea
Gun Woo Lee
KAIST, Korea
PhD Forum
Chair (Christos Laoudias, University of Cyprus, Cyprus)
Author
Number
Title
F-01
Bayesian methods for hybrid indoor positioning
F-02
F-03
F-04
F-05
F-06
Development
Henri Nurminen
of a Reliable Positioning Tool for the
Navigation of Visually Impaired People
Speaker Tracking Based on Face Detection and Voice
Activity Detection Using a Microphone Array
Challenges and Strategies for Wireless Positioning
Systems
and Methods For Calibration-On-Demand of
Wi-Fi Indoor Positioning System using Smartphones
Towards Scalable Multi-Hop Indoor Localization
Petra Hafner
Trond Bergh
Sangwoo Lee
Dezhi Zhang
Simon Schmitt
- 15 -
Affiliation
Tampere
University of Technology,
Finland
Graz University
of
Austria
University of Oslo
Technology,
& Squarehead
Technology, Norway
Hanyang University, Korea
The
University
of
Nottingham
Ningbo China, P.R. China
Freie Universität Berlin, Germany
Demos & Exhibition
Chair (Ki-Joune Li, Pusan National University, Korea)
Number
Title
First Author
Affiliation
D-1
Autonomous indoor positioning using IPS (Integrated
Positioning System), a hand-held stereo-vision-aided
inertial navigation system
Sergey Zuev
Institute of Optical Sensor Systems,
Germany
D-2
UWB positioning on a smartphone
M. Waqas Khan
D-3
D-4
TOR – Infrastructure-free cooperative localization for
first responders
Components of smart phone based indoor navigation
for guidance in public transportation facilities
John-Olof Nilsson
Olaf Czogalla
Tampere
University
KTH Royal Institute of Technology,
Sweden
Institute
of
Suk-Hoon Jung
KAIST, Korea
E-1
3D Indoor in VWorld
Hyunsoo Lee
EGIS, Korea
Yun Lee
GEO2, Korea
perform the entire process of location based services
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Automation
and
Communication Magdeburg, Germany
KAILOS: KAIST Indoor Locating System
O2 LBS Platform – Total solution platform that can
Technology,
Finland
D-5
E-2
of
■ Thursday 30 October 2014
Session
Date
10.30.
(Thu)
Room
325 & 326
Session 7A : Signal Strength
Based Methods, Fingerprinting
Chair (Filipe Meneses,
University of Minho, Portugal)
7A-1. Refinement of
Weighted Centroid
Localization Using a Regular
Infrastructure Topology,
Andreas Fink (Rostock
University, Germany)
7A-2. Location Performance
Law According to the
09:00~10:40 Dimensions of the Corridor
Using Trilateration (Venkata
Oruganti, ESIGETEL, France)
7A-3. Indoor Pedestrian
Tracking System Exploiting
Multiple Receivers on the
Body (Alejandro Correa,
Universitat Autònoma de
Barcelona, Spain)
7A-4. RSSI Based Bluetooth
Low Energy Indoor
Positioning (JianYong Zhu,
Beijing University of Posts
Room 323
Session 7B : Localisation &
Algorithms for WSN
Chair (Sunwoo Kim, Hanyang
University, Korea)
7B-1. Determining Node
Sequence in a Linear
Configuration (Mustafa Onur
Ergin, Technical University of
Berlin, Germany)
7B-2. Device-Free Indoor
Localisation Using Radio
Tomography Imaging in
800/900 MHz Band (Marcel
Kyas, Freie Universität Berlin,
Germany)
7B-3. A Collaborative
Approach to Heading
Estimation for
Smartphone-based PDR
Indoor Localisation (Marzieh
Jalal Abadi, UNSW, Australia)
7B-4. Development of A
Zigbee Based Virtual Eye for
Visually Impaired Persons
(Amutha Balakrishnan, SRM
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Room 322
Session 7C : Ultra Sound
Systems
Chair (
)
7C-1. Accuracy of Distance
Measurements Using Signal
Tracking of Spread-Spectrum
Ultrasonic Waves with CDMA
(Akimasa Suzuki, Iwate
Prefectural University, Japan)
7C-2. Robust Locating Using
LPS LOSNUS Under NLOS
Conditions (Mohammad
Syafrudin, TU Wien &
Electronics Engineering
Polytechnic Institute of
Surabaya, Indonesia)
7C-3. Locating of Objects
with Discontinuities,
Boundaries and Intersections
Using a Compact Ultrasonic
3D Sensor (Christian Walter,
Vienna University of
Technology, Austria)
7C-4. Unsynchronized
Room 321
Session 7D : Competition
Session 1
Chair (Filippo Palumbo,
CNR-ISTI, Italy)
7D-1. WIFI Fingerprinting
Indoor Localization System
based on Spatio-temporal
(S-T) Metrics (Julie Yixuan
Zhu, the University of Hong
Kong, Hong Kong)
7D-2. Smartphone-Based
Multi-Technology Indoor
Positioning (Gennadii
Berkovich, SPIRIT Navigation,
Ltd., Russia)
7D-3. KAILOS: KAIST Indoor
Locating System (Dongsoo
Han, KAIST, Korea)
7D-4. Low-Effort Indoor
Radiomap Data Collection and
Geolocation on Smartphones
(Timotheos Constambeys,
University of Cyprus, Cyprus)
7D-5. Indoor Positioning
Fusion Algorithm For
Ultrasound System for TDOA
Smartphones (Xin Chen,
Localization (Alexander Ens,
Beijing MoGuiJi Tech Ltd Co.,
University, India)
University of Freiburg,
China)
Germany)
Break
Competition Results Review(@Room 325 & 326)
Chairs (Francesco Potortì CNR-ISTI, Italy / Dongsoo Han KAIST, Korea)
Lunch Break(On your own)
Session 8A: Framework for
Session 8C : Signal Strength
Session 8D : Competition
Hybrid Positioning
Session 8B : Industrial
Based Methods, Fingerprinting
Session 2
Chair (Jonas Nygårds, FOI
Session
Chair (Guenther Retscher,
Chair (Jongtaek Oh, Hansung
Swedish Defence Research
Chair (Linus Thrybom, ABB)
Vienna University of
University, Korea)
Agency, Sweden)
Technology, Austria)
8A-1. Robust Self-Localization 8B-1. A New Automatic
8C-1. Spatio-temporal (S-T)
8D-1. PDR/Fingerprinting
using Wi-Fi,
Multi-level Gyro Calibration
Similarity Model for
Fusion Indoor Location
Step/Turn-Detection and
Architecture for Consumer
Constructing WIFI-based RSSI Tracking using RSS Recovery
Recursive Density Estimation
Portable Devices (You Li &
Fingerprinting Map for Indoor and Clustering (Bonhyun Koo,
(Frank Ebner, University of
Jacques Georgy, University
Localization (Julie Yixuan Zhu, Hanyang University, Korea)
Applied Sciences
of Calgary, Canada, Trusted
the University of Hong Kong, 8D-2. Smartphone based
Wuerzburg-Schweinfurt,
Positioning Inc, Canada)
Hong Kong)
Hybrid Localization Method to
Germany)
Improve an Accuracy on
8A-2. Pedestrian Indoor
8B-2. Optimization of Map
8C-2. Scheduling and
Indoor Navigation
Positioning Using Smartphone Matching Algorithms for
Positioning for the Expanded
(Youngmong Park, Hubilon
Multi-sensing, Radio Beacons, Indoor Navigation in Shopping Region of an Indoor Cell in
co., LTD, Korea)
User Positions Probability Map Malls (Pawel Wilk, Samsung
Heterogeneous Networks
8D-3. Navix: Smartphone
and IndoorOSM Floor Plan
R&D Institute Poland, Poland) (Kyoungbaek Min, Sogang
Multi-sensor, Radio And
Representation (Jose Aguilar
University, Korea)
Probability Map Based
Herrera, University of Applied 8B-3. Accurate and Reliable
Positioning (Jose Aguilar
Science Bonn Rhein Sieg &
Real-Time Indoor Positioning
8C-3. Situation Assisted
Herrera (University of Applied
Navix Indoor Navigation,
on Commercial Smartphones
Indoor Localization Using
Science Bonn Rhein Sieg,
Mexico)
(Gennadii Berkovich, SPIRIT
Signals of Opportunity
Mexico)
and Telecommunications, P.R.
China)
10:40~10:55
10:55~12:00
12:00~13:30
13:30~15:10
- 18 -
8A-3. Motion Model for
Positioning with Graph-Based
Indoor Map (Henri Nurminen,
Tampere University of
Technology, Finland)
Navigation, Ltd., Russia)
(Karthick NanmaranSRM
University, India)
15:10~15:20
Break
15:20~16:20
Special Session for Best Paper Award
16:20~17:00
Summary and Next IPIN 2015 & 2016
- 19 -
8D-4. Multi-Sensor Mobile
Device Indoor Localization
and Tracking (Joseph Menke,
University of California
Berkeley, USA)
8D-5. Indoor Positioning
Using CoLDE: An IEEE 802.11
Connectionless Extension
(Osama Abu Oun, University
of Franche-Comte, France)
8D-6. Stereo Vision Aided
Inertial Navigation for
Unknown Indoor and Outdoor
Environments (Denis
Griessbach, German
Aerospace Center, Germany)
Venue
o BEXCO Exhibition Center II (Room 321~326 Area)
o Welcome Dinner
When
: 28th October, 2014
Where : PARK HYATT BUSAN, 33F Drawing Room
http://busan.park.hyatt.com/en/hotel/rooms.html
o Gala Dinner
When
: 29th October, 2014
Where : Nurimaru APEC House
- 20 -
Tutorial Session
Tutorials have been organized to provide basic and in-depth knowledge for the beginner and
Intermediate level students and engineers. All courses will be taught in a classroom setting.
Tutorial Registration: Paper course notes will be provided to pre-registered attendees. To
register, Please send email to the Tutorials Chair, Prof. Yoan Shin at [email protected] by
10th October 2014.
Monday, October 27: 12:00 a.m. - 5:20 p.m.
12:00 ~ 14:30
14:30 ~ 14:50
14:50 ~ 17:20
Radio
Map
Construction
Methods
for
Global Indoor Positioning System
Prof. Dongsoo Han
(KAIST)
BREAK
The fundamentals of Inertial Navigation
Dr. Valerie Renaudin
System
(IFSTTAR –GEOLOC)
Course 1: Radio Map Construction Methods for Global Indoor Positioning
System
Course Level: Beginner to Intermediate
Prof. Dongsoo Han(KAIST)
A radio map is a collection of fingerprints with their collected location
information. It is one of essential components to realize a global indoor positioning
system (GIPS). However constructing radio maps for most of the buildings in villages
and cities all over the world requires tremendous time and efforts. There has been
many attempts to reduce the cost of constructing the radio maps, but it is still an
unaddressed problem. This tutorial introduces various radio map construction
methods, such as point-by-point manual calibration method, walking survey,
GPS-based method, address-based method, and reference-free unsupervised learning
method. The benefits and drawbacks of each method will also be discussed in this
presentation.
Dongsoo
Han
is Professor
of Computer
Science
- 21 -
at
KAIST. Dongsoo
Han’s group,
in
collaboration with KTNET, built an indoor positioning and navigation system at COEX in 2010,
and KAIST Indoor Localization System (KAILOS) to realize an indoor GPS system in 2014. In
2011, Dongsoo Han founded the indoor positioning research center(IPRC) at KAIST. Dongsoo
Han is serving as director for the IPRC. In 2013, Dongsoo Han published the book “Patent,
Infinite Challenge". Dongsoo Han's current research focus is on developing global indoor
positioning and navigation systems. Dongsoo Han is a member of IEEE and IEEE Computer
society, and a board member of the ITS Korea society.
Course 2 : The fundamentals of Inertial Navigation System
Course Level: Beginner to Intermediate
Dr. Valerie Renaudin(IFSTTAR–GEOLOC)
This course presents the fundamentals of inertial navigation sensors and systems for
navigating following an integrated multi-sensors navigation strategy. After the introduction
about inertial navigation, accelerometer and gyroscope sensors will be discussed in terms of
design, error sources and modeling. The course continues with the presentation of inertial
Strapdown mechanization algorithms and the involved geographical frames. Different strategies
for mitigating the sensor errors but also integrating inertial sensors with other sensors will be
presented and compared in the position, velocity and attitude domains. Concepts will be
illustrated in the field of pedestrian navigation. Conclusion will be drawn about future inertial
technology developments.
Dr. Valerie Renaudin is a senior researcher at GEOLOC Lab in the French research institute
on Transport:IFSTTAR. She received her MSc degree in geomatics engineering from ESGT
(France) and her PhD in computer, communication, and information sciences from EPFL
(Switzerland). She was technical director at Swiss at developing real time geolocalization
solutions with GNSS permanent reference stations and senior research associate at PLAN
Group in the University of Calgary (Canada). Her research interests focus on all aspects of
GNSS and inertial signals processing for pedestrian navigation. She was recently awarded the
Marie Curie Career Integration Grant for her project smartWALK.
- 22 -
Competition
In conjunction with IPIN 2014 27-29 October 2014
We are pleased to announce the on-site Indoor Positioning and Navigation Competition, which
is to be held during the IPIN 2014 Conference. The competition aims at bringing together
academic and industrial research communities to work together on challenging open problems
in indoor localization based on mobile devices and sensors, with the purpose of evaluating
different approaches and envisioning new research opportunities.
Recent years have witnessed increasing interest in location-based services and applications. In
most cases, however, location information is limited by the accessibility to Global Navigation
Satellite Systems (GNSS), which is largely unavailable in indoor environments.
The competition will consist of the following two tracks.
Track 1: Smartphone based positioning
Track 2: Foot-mounted Pedestrian Dead Reckoning positioning
For Track 1 “Smartphone based positioning”, the competitors can use any sensor available on
the smartphones used.
For Track 2 “Foot-mounted positioning”, the candidates can use MEMS sensors (inertial,
compass and pressure sensors); electronic devices such as tablet, notebook, etc. can be used
for control and monitoring.
The competition will take place during the IPIN conference, in BEXCO, Busan, Korea. All
competitors will be given the time to pre-test and setup their solutions for two days (27~28,
October) prior to the test day (29, October).
Evaluation criteria for the competition, restrictions on accepted technologies, technical rules
to follow and a description of the benchmarks are detailed in the technical annex of this call,
to be finalized by end of July. Possible refinements of the annex, also based on participating
competitors’ comments, will be timely distributed to all participants. The annex will include
information such as the site map, the distribution of wireless communication devices and
more.
A “competitor” can be any individual or group of individuals working as a single team,
associated to a single or a number of organizations. Competitors apply for admission to the
competition by providing a short (max 4 pages) technical description of their system,
- 23 -
including details on algorithms and protocols. The Program Committee will accept or refuse
the application in a short time, based on technical feasibility and logistic constraints,
including
a
maximum
number
of
competitors
to
be
defined.
In
case
of
acceptance,
competitors are required to provide a paper by the deadlines indicated below. The paper will
be subjected to peer review in IEEE format: accepted papers will be presented during a
session at the IPIN conference and will be published in PROCEEDINGS of IPIN 2014. An
extended version of the best papers will also be published on the JOURNAL (ETRI Journal or
Journal of Communications and Networks).
The winners of the competition will be announced at a special session of the conference on
29 October 2014. Prizes will be awarded to the highest placed teams. We encourage
submissions from both academia and industry (there are no restrictions on the composition of
competing teams) with the aim of seeking innovative solutions based on mobile devices and
sensors for indoor applications. Please check the web site for more information and regular
updates on the progress of the competition.
Contacts : Dongsoo Han ([email protected])
Francesco Potortì ([email protected])
⧠ Organizing committee
o General co-chairs
Main contact point: Francesco Potortì (CNR-ISTI - IT)
Local contact point: Dongsoo Han (KAIST - KR)
Jongtaek Oh (Hansung University - KR)
Yang Koo Lee (ETRI - KR)
o TPC chair
Filippo Palumbo (CNR-ISTI, Italy)
o TPC members
Koomin Jung (Kookmin University - KR)
Jaejun Yoo (ETRI - KR)
Giwan Yoon (KAIST - KR)
Chansu Yu (Cleveland State University - US)
Chi-Yin Chow (City University of Hong Kong, China)
Inyeol Oh (KAIST, Korea)
Alex P.Moschevikin (RTL-Service & PetrSU - RU)
Maurizio Bocca (Politecnico di Milano - IT)
Inyeol Oh (KAIST, Korea)
Chi-Yin Chow (City University of Hong Kong, China)
Joaquín Torres Sospedra (Universitat Castellón, ES)
Andreas Braun (Fraunhofer, DE)
- 24 -
PhD Forum
The 5th International Conference on Indoor Positioning and Indoor Navigation (IPIN) will host
a Ph.D. Forum that will provide an opportunity for Ph.D. students to present their research to
the IPIN community and receive individual feedback from leading researchers in the field. To
motivate interaction between Ph.D. students and experts both from academia and industry the
Forum will be organized as a poster session during the main conference.
We encourage submissions from all students who have not yet received their Ph.D. degrees,
including Early Stage Ph.D. students presenting work in progress, as well as Advanced Ph.D.
students who plan to graduate in 2014-2015. Students are expected to submit a 2-page
extended abstract about their dissertation research on the same topics of interest as the main
IPIN 2014 conference to be considered for the Forum. Early Stage Ph.D. submissions should
clearly
state
the
application
domain
and
the
problem
addressed,
the
outline
of
the
methodological approach, the research carried so far, as well as the expected or any
preliminary scientific results. Advanced Ph.D. submissions should additionally include the
contributions made so far and the work pending until graduation.
The student should be the sole author, although contributions of the advisor and others
should be acknowledged. Submissions will be reviewed by the Ph.D. Forum Committee to
ensure quality, relevance, and potential benefit from attendance to the Forum. Authors of
accepted submissions are expected to participate in person and to present a poster at the
Forum.
Location and Time:
The IPIN Ph.D. Forum will take place on October 28, 2014 and is part of IPIN 2014 conference
to be held at BEXCO, Busan,Korea.
⧠ Organizing committee
o Ph.D. Forum Co-chairs:
Dr. Christos Laoudias (University of Cyprus)
Dr. Rainer Mautz (Swiss Federal Railways)
o Ph.D. Forum TPC members:
Prof. Filipe Meneses (University of Minho, Portugal)
Prof. Ulrich Walder Graz (University of Technology, Austria)
Dr. Lauri Wirola (HERE, Nokia, Finland)
Dr. Paolo Barsocchi (ISTI, Pisa, Italy)
Prof. Sverre Holm (University of Oslo, Norway)
Prof. Robert Piche (Tampere University of Technology, Finland)
Dr. Federica Pascucci (Roma Tre University, Italy)
Dr. Necati Canpolat (Intel Corporation, USA)
- 25 -
Registration
■ Registration fees
Full registrations include free entry to the tutorials, a digital version of the conference
proceedings, free entry to the social event on Tuesday night, free entry to the Gala dinner on
Wednesday night, coffee breaks, and Tuesday and Wednesday lunch.
•
•
(*) Early registration until October 8th, 2014
(**) Student price include free entry to the tutorials, a digital version of the conference
proceedings, free entry to the social event on Tuesday night, and coffee breaks. Student
price does not include the Gala dinner on the 29th of October. Tickets can be purchased
•
•
on request for 60 US$. Please contact staffs in the registration desk
(***) Participants must provide evidence of this status.
(****) One-day registration include free entry to the tutorials, a digital version of the
conference proceedings, and coffee breaks. One-day registration does not include the social
event and Gala dinner on the night. Separate tickets can be purchased on request for 40
•
US$(social event) and 60 US$(Gala dinner). Please contact staffs in the registration desk
All registration include tutorials which will be held 27 October, 2014.
Author Registration
Author registration deadline is 11:59pm GMT, October 3, 2014. Each accepted paper (short paper,
poster, full paper, demo) has to have one author registered as a full (non-student) or IEEE, FIG,
IAG, SSSI NSW member participant.
IPIN's goal is to annually bring together the research community that works on indoor positioning
and indoor navigation. Thus, a full registration covers only one accepted paper. Authors, who have
several accepted papers, must register one different author for each paper.
Refund Policy
If you have already registered for IPIN 2014 and find that you are unable to attend or cancel the
paper, please notify IPIN 2014 secretariat in writing to [email protected] to request a refund and
cancel
your
registration.
Refund
will
be
made
upon
conference.
- 26 -
receipt
of
this
written
notice
after
the
Exhibition
o Companies are encouraged to present their solutions in the field of Indoor Positioning and
Indoor Navigation at our technical exhibition. It will be held in a meeting room 324 located in
the Exhibition Center II.
o If the companies who want to exhibit your techniques or products, please summit the following
document. Only 10 Booths are available due to limited space.
o The space for an exhibition plot will be around 3 x 3m. We will provide some basic facilities
like 1 table, 1 chair, partitions, electricity and WLAN, but of course our exhibitors are also
invited to bring along their own material. For special needs concerning the infrastructure at
the exhibition please contact to..
o Contact
Mr. Yoojin Jang
[email protected]
Tel : + 82-2-3453-5555
Fax : + 82-2-539-5588
Address : KICS (Korea Information and Communications Society)
Hyundai Kirim Officetel #1504, 1330-18 Seocho 2-dong, Seocho-gu,
Seoul 137-858, Korea
o Exhibition schedules are as follows,
Installation Hours:
• Wednesday, October 29, 2014: 09:00 AM – 11:45 AM
Show Hours:
• Wednesday, October 29, 2014: 11:45 AM – 4:00 PM
Break-down Hours:
• Wednesday, October 29, 2014: 4:00 PM – 6:00 PM
o Exhibit Booth Cost
- Industry
• US$ 1,000 per 3m x 3m x 3.25m(H) space
• US$ 1,800 per 6m x 3m x 3.25m(H)space
- Academia
• US$ 600 per 3m x 3m x 3.25m(H) space
• US$ 1,000 per 6m x 3m x 3.25m(H)space
o Exhibit Cost Includes:
- Exhibitor Representative Luncheon on 29th October.
- 27 -
Special Event of 2014 ITU Plenipotentiary Conference (PP-14)
IPIN 2014 Conference is one of the special event of 2014 ITU Plenipotentiary Conference
(PP-14 or PP-14 Busan). Plenipotentiary Conference, as the top-level decision-making body,
the meeting is held every 4 years to elect the Secretary-General, Deputy Secretary-General
and Directors of each Sector, and to amend the Constitution and Convention
- 28 -