Research Activities and Education in TUMSAT

Similar documents
Capacity Building Activities on GNSS in Japan

THE CURRENT STATUS OF ASIA OCEANIA MULTI-GNSS DEMONSTRATION CAMPAIGN. Multi-GNSS Asia Secretariat June 4 th, th ICG Providers Forum

The technical contribution of QZSS and GNSS to Tsunami early warning system

Status of Multi-GNSS Monitoring Network Establishment

Report on a Multi-GNSS Demonstration project in the Asia/Oceania region

Development of an Open Source Multi GNSS Data Processing Software

Effect of Quasi Zenith Satellite (QZS) on GPS Positioning

THE CURRENT STATUS OF ASIA OCEANIA MULTI-GNSS DEMONSTRATION CAMPAIGN

THE CURRENT STATUS OF ASIA OCEANIA MULTI-GNSS DEMONSTRATION CAMPAIGN

THE XXV FIG International Congress 2014

Skytraq Manual (Single frequency receiver) Procedure to logging skytraq data with RTKNAVI

Asia Oceania Multi-GNSS Demonstration Campaign

Performance Evaluation of the Effect of QZS (Quasi-zenith Satellite) on Precise Positioning

Kalman Filter Based Integer Ambiguity. Ionosphere and Troposphere Estimation

An introduction to RTKLIB open source GNSS processing software. Ryan Ruddick and Suelynn Choy

Report on GNSS Training

Summer School on GNSS 2015

Asia Oceania Regional Workshop on GNSS Precise Point Positioning Experiment by using QZSS LEX

GNSS Education Activities The University of Tokyo

1. INTRODUCTION. Longitude, deg In contrast to the global systems such as GPS, GLONASS and

High Precision Navigation Capabilities(L1-SAIF) and Applications Using Japanese Quasi-Zenith Satellite System (QZSS)

EXPERIMENTAL RESULTS OF LEX CORRECTIONS USING FARMING MACHINE

The Possibility of Precise Automobile Navigation using GPS/QZS L5 and (Galileo E5) Pseudo ranges

Global Navigation Satellite System (GNSS) for Disaster Mitigation

The Benefits of Three Frequencies for the High Accuracy Positioning

Performance Evaluation of Multi-GNSS RTK for Automobiles in Urban Areas

GNSS R&D in Japan and QZSS 2015 NGRC Symposium 7/2/2015

Potential use of QZSS monitoring station for future research. Kavinda Gunasekara Geoinformatics Center Asian Institute of Technology

Current status of Quasi-Zenith Satellite System. Japan Aerospace Exploration Agency QZSS Project Team

Performance of Real-Time Precise Point Positioning Using MADOCA-LEX Augmentation Messages

GNSS analysis software GSILIB for utilizing Multi- GNSS data

Enhancing global PPP with Local Ionospheric Corrections

Quasi-Zenith Satellite System (QZSS)

ION ITM Tokyo University of Marine Science and Technology H. Sridhara, N. Kubo, R.Kikuchi

BeiDou: Bring the World and China to Your Doorstep

QZSS/GNSS Application Promotion In Japan

International Cooperation Research Center, China Satellite Navigation Office

GEONET -CORS Network of japan-

FACILITATING EU-ASIA INDUSTRIAL COOPERATION ON DOWNSTREAM GNSS. Tokyo, 8 October 2014 Fabrizio Mura

Assessment of the Contribution of QZSS Combined GPS/BeiDou Positioning in Asia-Pacific Areas

Framework and Performance Evaluation of a Ray Tracing-Software Defined Radio Method for GNSS Positioning in an Urban Canyon Environment

QZSS and LEX Signal. Performance of Real-Time Precise Point Positioning Using MADOCA-LEX Augmentation Messages. Outline

Approach to the era of Multi-GNSS (GEONET by GSI : part2)

5 Satellite Positioning

Report on the United Nations/Croatia Workshop on the Applications of Global Navigation Satellite Systems

The International Scene: How Precise Positioning Will Underpin Critical GNSS Applications

Evaluation of GNSS for the realization of the autonomous car

International GNSS Monitoring & Assessment Service for OS (igmas) ICG September 2011, Tokyo, Japan

Invited Guests All Resource Persons Shafa Manzul Dinesh 0 10:30-11:00 Group Photo, Break GIC Staffs :30-12:30 GPS Introduction

MGA Webinar Series : 1 Very Cheap RTK Receivers: Changing the Landscape of Positioning Services

Reliability Estimation for RTK-GNSS/IMU/Vehicle Speed Sensors in Urban Environment

Development of Multi-GNSS Orbit and Clock Determination Software "MADOCA"

PRELIMINARY PROGRAMME

The Current Status of QZSS Program

The Promise and Challenges of Accurate Low Latency GNSS for Environmental Monitoring and Response

Development of Ultimate Seamless Positioning System for Global Cellular Phone Platform based on QZSS IMES

Real-time Stream Conversion to RTCM-3 MSM and RINEX-3 in IGS/MGEX Context

One Source for Positioning Success

GPS/QZSS Signal Authentication Concept

GE 113 REMOTE SENSING

An IGS-based simulator of ionospheric conditions for GNSS positioning quality assessment

International Committee on Global Navigation Satellite Systems (ICG) and its Programme on Global Navigation Satellite Systems (GNSS) Applications

General Assembly. United Nations A/AC.105/946

NCS TITAN. The most powerful GNSS Simulator available. NCS TITAN Datasheet. Scalability. Extendability. In co-operation with

The 21st Session of the Asia-Pacific Regional Space Agency Forum (APRSAF): Dawn of a New Decade

The European Commission s science and knowledge service. Joint Research Centre

GNSS Accuracy Improvements through Multipath Mitigation with New Signals and services

Performance Evaluation of Differential Global Navigation Satellite System with RTK Corrections

Precise Positioning... what does it mean? Precise GNSS Positioning Not just a niche technology. Chris Rizos 15/12/15

Current Status of the Japanese Quasi-Zenith Satellite System (QZSS)

Japan s Leading Exhibition for Robotics Technologies Jan. 17[Wed]-19[Fri], 2018 Tokyo Big Sight, Japan

Report of the Working Group B: Enhancement of Global Navigation Satellite Systems (GNSS) Services Performance

Pilot Study on the use of Quasi-Zenith Satellite System as a GNSS Augmentation System for High Precision Positioning in Australia

International Committee on Global Navigation Satellite Systems

Prospect for Global Positioning Augmentation Service by QZSS

GPS Civil Service Update & U.S. International GNSS Activities

Software-defined GNSS receiver as a framework for GNSS-related research and education

StatusUpdate on the Quasi-Zenith Satellite System

New Approach for Tsunami Detection Based on RTK-GNSS Using Network of Ships

Technology of Precise Orbit Determination

GNSS Programme. Overview and Status in Europe

GNSS Low-Cost High-Accuracy Receiver (L-CHAR)

Protection Augmentation Toughness and Alternatives of GNSS. Melaha 2016 Concord Al-Salam Hotel Cairo, April 25,2016 Refaat Rashad

u-box 社 NEO-M8N 受信機による マルチ GNSS RTK 性能の評価

Dynamic Global Navigation Satellite System antenna position verification using raw pseudorange information

International Committee on Global Navigation Satellite Systems (ICG): Building a System of Systems

Status Update on the Quasi-Zenith Satellite System

GPS Evidence - Where s It Taking Us?

CHC MINING DEFORMATION MONITORING SOLUTION

Positioning Performance Study of the RESSOX System With Hardware-in-the-loop Clock

Guide to GNSS Base stations

Introduction of the RSJ

PageNET: In Support of the Surveying Community

CLICK HERE TO KNOW MORE

Low-Cost GNSS for Geodetic Applications

ABSTRACT: Three types of portable units with GNSS raw data recording capability are assessed to determine static and kinematic position accuracy

Performance of Research-Based N-RTK Positioning System in ISKANDAR Malaysia

Trustworthy Positioning for Next Generation Intelligent Transport Systems Ahmed El-Mowafy

Introduction to GNSS Base-Station

and Vehicle Sensors in Urban Environment

Transcription:

Research Activities and Education in TUMSAT 2011/09/07 @ ICG-6 Akio Yasuda Tokyo University of Marine Science & Technology 1

Content Tokyo University of Marine Science and Technology Etchujima Campus of Tokyo University of Marine Science and Technology Stuffs and Researches at Lab. of Satellite Navigation GPS/GNSS Symposium in Japan Introduction of Institute of PNT of Japan Introduction of Multi-GNSS Asia (MGA) The 3 rd AOR-WS Introduction of G-Spatial G Expo 2012 Summary 2

TUMSAT, Etchujima Campus (Faculty of Marine Technology) Tokyo University of Marine Science and Technology 3

Laboratory Building 4

Staffs and Research Activities in our Laboratory 5

Research Staffs and Students Professor Akio Yasuda Professor Harumasa Hojo Associate Professor Nobuaki Kubo Assistant Professor Chunming Fan Research Fellow Tomoji Takasu Research Fellow Takuji Ebinuma D3 2 D2 1 D1 0 M2 7 M1 4 Research Student 1 Under Graduate Student 5 6

Research subjects 1/3 Tokyo University of Marine Science and Technology Precise Orbit/Clock Estimation Tool for Multi- GNSS Network (JAXA) Precise Point Positioning with QZS-LEX signal (JAXA) GPS+QZS+IMES Integrated Positioning (JAXA) Development of Multi-GNSS High Accuracy Positioning Tool for GSI Reference Stations (GSI) Inside the Red Bracket : Sponsor 7

RTKLIB Tokyo University of Marine Science and Technology Open source program package for RTK-GPS -Has been developed by Mr. Takasu since 2006 -Latest version: 2.4.1 Portable C library + several positioning APs -GUI APs on Windows -Console APs on Linux etc... http://gpspp.sakura.ne.jp/rtklib/rtklib.htm 8

Application Programs (APs) RTKNAVI RTKPOST RTKPLOT RTKCONV... :Real time positioning :Post processing baseline analysis : Plot raw observation data and solutions : RINEX converter for raw receiver log 9

GNSS Availability for 24 hours @Tokyo 2011/02/06 EL>15 GPS GLONASS GALILEO QZSS MSAS 10

RTKPOST: Post Processing Analysis Input : standard RINEX OBS/NAV files Positioning mode: Kinematic/Static/Moving-Baseline Smoother solution High-rate analysis with GEONET 30s free data long baseline analysis (<1000 km) Ionosphere/troposphere estimation Support precise ephemeris (SP3) 11

Research subjects 2/3 Long-Term Predicted Ephemeris for GPS Satellite (Japan Radio Co. Ltd.) Improvement of Positioning Dependability by Multi-GNSS for Train Control (Railway Technical Research Institute) QZSS synchronized Road marker and Timing applications (Ministry of Education) 12

QZSS synchronized Road marker and applications Road marker QZS Time is Fixed by Only One QZS Road stud with solar battery (existing) + Precise synchronization device by QZSS GPS Road surface Synchronously flash to guide the drivers. Time synchronized Road marker 13

Research subjects 3/3 Evaluation of Correction data from MSAS and L1-SAIF of QZSS (Satellite Positioning Research and Application Center) Application of GPS positioning to ubiquitous sensor network Remote Sensing by GNSS Positioning and Signals Development of Software Defined Receiver to resolve the new GNSS signals Mitigation of Multipath 14

Software GNSS Receiver Tokyo University of Marine Science and Technology Our laboratory has developed software GNSS receiver since 2008. Software receiver is capable as a platform for the development of a future GNSS receiver. It is useful both for education and research. At present, we have finished development of single- frequency GPS + QZSS post-processed processed software receiver. 15

GUI Example of DGNSS Tokyo University of Marine Science and Technology Latitudinal (m) DGNSS (GPS+QZS) Longitudinal (m) 16

Ongoing Projects Tokyo University of Marine Science and Technology We are developing two types of receiver as a platform of GNSS receiver. High-Sensitivity Positioning (single-frequency) Research and education in the field of high-sensitivity area Car navigation use Mobile phone use Frontend (IF=4MHz SF=16MHz Bw=4MHz) Precise Positioning (multi-frequency) Research and education in the field of high accuracy area Geodetic use RTK use Frontend (IF=12MHz SF=40MHz Bw=13MHz) Both oh them will be quite useful for the research and education in GNSS. 17

Graduates studying in GMSSS Fields 18

GNSS Research and Education Institutes There is a graduate from our Lab. at TUMSAT in red letter institute Toyama Technical College Hokkaido Univ. Nagoya Univ. Ritsumeikan Univ. Kyoto Univ. Kumamoto Technical College JAXA,AIST,GIS Ibaraki Technical College ENRI, NICT, JAXA 2 Professors in Univ.s In China Toba Technical College Tokyo Univ. of MSAT Tokyo Technical College Yokohama Nation. Univ. National Defense Academy 19

Social Contributions National and International 20

Tokyo University of Marine Science and Technology History of Our GPS/GNSS Symposium *International Symposium Participants from China, Korea,Taiwan, Australia, India, Malaysia, Thailand Singapore, Turkey, Brazil, US, UK, EC countries, etc Will be held 14-17, Nov. this year in Sydney http://ignss.org/home/tabid/56/default.aspx No. of Participant Date 1. 320 28/11/1996 2. 310 13-14/11/1997 14/11/1997 3. 380 26-27/11/1998 27/11/1998 4. 400 24-26/11/1999 26/11/1999 5. 410 15-17/11/2000 17/11/2000 6. 410 14-16/11/2001 16/11/2001 7. 350 11-13/11/2002 13/11/2002 8.* 440 15-18/11/2003 18/11/2003 9. 350 17-19/11/2004 19/11/2004 10. 320 16-18/11/2005 18/11/2005 11. 350 15-17/11/2006 17/11/2006 12. 300 21-23/11/2007 23/11/2007 13. * 420 11-14/11/2008 14/11/2008 14. 380 30/11-01/12/2009 01/12/2009 15. 280 04-06/11/2010 06/11/2010 16. 26-28/10/2011 28/10/2011 21

Institute of PNT of Japan Established in November 2009 Newsletter Quarterly, On-line Transaction Annual meeting in April and Symposium in fall are main events. 300 members presently President is Akio Yasuda http://www.gnss-pnt.org/ 22

MGA Multi-GNSS Asia (MGA) Tokyo University of Marine Science and Technology -Is the organization to operate Asia Oceania Multi-GNSS Demonstration Campaign -Was established on 4 th Sep, 2011 in Tokyo -Will open its Call for participation with adopted Terms of Reference very soon MGA website : www.multignss.asia As MGA s s recommended activity, JAXA will start Call for Multi-GNSS Joint Experiment 23

Asia Oceania Multi-GNSS Demonstration Campaign The campaign consists of Three main activities Multi-GNSS Monitoring Network Application Demonstration Disaster Mitigation Regional Workshop 1 st Asia Oceania Regional Workshop on GNSS, 25,26 JAN, 2010, @ Bangkok, Thailand Precise Positioning ITS LBS 195 Participants, 18 Countries, 95 Organizations 2 nd Workshop, 21,22 Nov. 2010 @ Melbourne, Australia Other, ionospheric observation etc 3 rd Workshop, 1-3 rd Nov. 2011 @ Jeju Island, Korea: 24

3 rd Tokyo University of Marine Science and Technology rd Asia Oceania Regional Workshop on GNSS Date -Pre-workshop event (Discussion Session): Nov. 1 st, 2011-3 rd AORWS: Nov. 2 nd and 3 rd, 2011 Venue -PHOENIX ISLAND, Jeju, Korea Hosted by -GNSS Technology Council (GTC), Korea Aerospace Research Institute (KARI), Japan Aerospace Exploration Agency (JAXA), Satellite Positioning Research and Application Center (SPAC) Supported by -International Committee on GNSS (ICG) and International GNSS Service (IGS) MGA website : www.multignss.asia 25

is decided to be held from June 21 to 23, 2012@Pacifico.Yokohama G-Spatial EXPO 2010 /09/19-09/21 http://www.gexpo.jp/en/index.html 189 exhibitors 36 Lectures, Symposiums and Seminars (3 days) 36,819 visitors Participants 3,838 26

Summary Tokyo University of Marine Science and Technology Introduce the research activities in TUMSAT Many subjects related to QZSS development RTK-LIB for software study for GNSS positioning SDR for hardware study for tracking and acquiring GNSS Enough potential to teach high level GNSS technology Promoting International Contribution by accepting more foreign students is the next step. 27