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UTokyo / ICG GNSS Training

11 – 14 January 2022

Download Presentation Files, Training Files

 

Training Schedule

GNSS Training Presentation Materials

GNSS

Beidou

NavIC

Galileo

GPS

QZSS

General

GNSS Activities

UTokyo

Software

Install

Setup

Check Data

Basic GNSS

Introduction

Access

GNSS

Receiver

UTokyo

QZSS

EWS

RTK

QZSS

Correction Services

RTK

Data

Processing M01

RTK Data

ProcessingM02

 

 

MADOCA

PPP

MADOCA

Introduction

MADOCA

Low-Cost

Receiver

System

 

 

 

 

GNSS

Smart

Phone Data

 

 

 

 

GNSS for Policy and Decision Makers

 

UTokyo

Activities

Basic

GNSS

Introduction

Low-Cost and

Smart Phone

Devices

GNSS

Challenges

 

 

Receiver

Selection Guidelines

(High-End)

Technical Specification Comparison Sheet

 

 

 

 

 

 

 

 

 

 

(Also available at ICG Homepage)

 

 

UTokyo / ICG GNSS Training 11 – 14 January 2022

Software Download Links

RTKDROID

Link

RTKLIB Link

GITHUB Link

u-Center for Windows

u-Blox Driver Setup

u-Blox Data Log Setup

 

RTKLIB Software

ZIP file download

MADOCA PPP Software Download Link

 

 

 

Data for Training

Dataset 01 (Static)

2022

 Dataset 02

(Dynamic)

2022

 

 

 

Other Sample Data

Static Data

Dynamic Data

M8T

Dynamic Data

F9P

TUMSAT

Base Station Coordinate

RTK Dataset 01

RTK Dataset 02

 

Smart-Phone Data

Xiaomi Mi8 (a)

Xiaomi Mi8 (b)

Xiaomi Mi8 (c)

Xiaomi Mi11 Lite 5G

OppoReno 3A

 

Data 01

Data 02

 

Data 03

Data 08

Data 09

Data 10

 

Data 04

Data 05

Data 06

Data 07

 

 

 

Antenna PCO/PCV Data

Xiaomi Mi11 Lite 5G PCO/PCV

 

 

 

 

 

 

 

 

 

 

 

 

 

 

GNSS Data Processing for High-Accuracy Positioning using

Low-Cost Receiver Systems

Online GNSS Training, 19 – 21 JAN 2021 and 28 JAN 2021

 

Training Report Download

 

Software Download Links

RTKDROID

Link

RTKLIB

Or GITHUB

u-Center for Windows

u-Blox Driver Setup

u-Blox Data Log Setup

GNSS Data for Training

RTK Dataset 01

RTK Dataset 02

Software

 

 

 

Other Sample Data

Static Data

Dynamic Data

M8T

Dynamic Data

F9P

TUMSAT

Base Station Coordinate

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


 

 

 

GNSS Training at AIT, Thailand, 6 – 10 JAN 2020

Sample Data

Data from TUMSAT for RTK/PPK

Static Data

Dynamic Data

M8T

Dynamic Data

F9P

TUMSAT

Base Station Coordinate

 

 

 

Data from UTokyo for Zero Base-Length Accuracy Analysis

Zero Base-Length Data

UT Base-Station Coordinate

 

 

 

 

 

Data for RTK, Logged in Thailand during Training

Day 2

Data

Day 3

(All Team Data)

Day 3

(Base-Station)

Day 3

(Septentrio Data)

Day 3 Data Information

 

 

Day 4

(Driving) Base-Station

Day 4

(Driving)

F9 RTK

Day 4

(Driving)

M8T

Day 4

(Driving)

MADOCA PPP

Day 4

(Driving)

MADOCA NMEA

Day 5

Data

 

Day 5 Data Info

 

Lecture Notes

Shafa

Ben

Dinesh

File 01

File 02

File 03

File 04

File 05

File 06

File 21

File 31

Yize

Kobayashi

RTK Intro

 

MADOCA / CLAS

Avinab

Sponsor’s Presentation

File 1

File 2

 

 

 

 

 

 

 

 

 

 

 

Past Trainings

 

GNSS Training, T151-30 & T141-18 held on 14 – 18 JAN 2019

 

 

Software

 

RTKDROID

Contact:

dinesh{at}iis.u-tokyo.ac.jp

RTKLIB

u-Center for Windows

u-Center for Android

u-Blox Driver Setup

u-Blox Data Log Setup

SW MAPS

 

 

 

 

Sample Data

 

Data for RTK, Logged in Tokyo

Galileo Test  Data

u-blox F9 Static Data

u-blox F9 Kinematic Data

One Hour Static Data for RTK

24-Hour Static Data for RTK

Car Data for RTK

 

 

Data for RTK, Logged in Thailand during Training

Day 2 Data

Day 4 Data

Day 5 Data

Other Data

 

 

 

 

Team Data

Base-Station Data

 

Team Data

 

F9P Data

 

 

Base-station Data

 

F9P Data

 

M8P Data

 

M8T Data

 

Mi8 (smart-phone)

AIT to Airport Data

(Logged by Car)

 

 

 

 

 

Lecture Notes

 

 

 

 

 

 

 

DINESH

ANDREAS

GABRIELLA

SHARAFAT

KUBO

 

RPD Challenge

Galileo Introduction

Oppertunities in Galileo

ICG Introduction

15a_PPP_RTKLIB

 

GNSS Introduction

Galileo Application

Galileo Signals

ICG Activities on Capacity Development

 

 

QZSS Update

 

GNSS Receivers

 

 

 

Base-station Introduction

 

GNSS Errors

 

 

 

Low Cost Receiver System

 

SBAS-EGNOS

 

 

 

 

 

 

 

 

 

ASHMAN

MURAI

MIYAZAKI

AVINAB

MARTIN

 

Lecture Notes

Earthquake

S-Booster Introduction

Android APPs for GNSS

GNSS Downstream Markets

 

 

 

 

 

 

 

 

Reports

(Reports that are not categorized as PUBLIC are password protected

and only for the Training Participants, Resource Persons, Organizers and Sponsors)

Team Report

Team Presentation File

Training:

Facts & Figures

(Public)

Training Report  Part A

(Public)

Training Report  Part B

 

 

 

Videos on Low-Cost High-Accuracy GNSS Receiver Systems

 

Low Cost GNSS Receiver Definition

https://www.youtube.com/watch?v=ZFcQwQlFvIo&t=37s

RTKDROID for Low Cost RTK System

https://www.youtube.com/watch?v=Z_C33io_8S4&t=106s

Low-Cost GNSS Receiver Type – 1

https://www.youtube.com/watch?v=QvauCCA6YnU&t=33s

Low-Cost GNSS Receiver Type – 2

https://www.youtube.com/watch?v=yxnLJD0Fljg&t=17s

Low-Cost GNSS Receiver Type – 3

https://www.youtube.com/watch?v=_Am2DDGVWmE

NUOL Video

https://www.youtube.com/watch?v=JaicV8egzFo