RPD Challenge - CSISRPD Challenge during MGA 2019, Bangkok, Thailand, 28th AUG 2019 Rapid Prototype Development (RPD) Challenge • Methodology –A team of 2 –4 members –A group

RPD Challenge during MGA 2019, Bangkok, Thailand, 28th AUG 2019

RPD Challenge

Ready to Challenge with Your Idea?

Join RPD (Rapid Prototype Development) Challenge on 28th AUG in Room: xxx

from 13:30 – 18:00

MGA 2019Bangkok, Thailand27 – 29 AUG 2019

Students, Researchers or anybody are welcome!


Rapid Prototype Development (RPD) Challenge

• Objectives

– Motivate the participants towards developing a system or application to address an actual problem

– Develop a prototype for POC (Proof-Of-Concept) based on GNSS Data

– Moving towards R2C (Research To Commercialization)


Rapid Prototype Development (RPD) Challenge

• Methodology– A team of 2 – 4 members

– A group of mentors will advise the teams

– Each team will be provided sample GNSS Raw Data if necessary

– Data can also be logged with participant’s device

– Few Smart-phones and GNSS Receiver devices will be provided to log data

– Preparatory Discussions will be held before MGA

• See schedule, next slide

– Rapid Prototype Development will be done on Day 2, PM of MGA

• Four hours

• Team members are required to prepare necessary data, programs etc. before the event

– Presentations will be done on Day 3, AM


RPD Challenge Schedule

Pre-MGA, Online• Announcements

– 12th July : 1st Announcement

– 23rd July: 2nd Announcement

• 6th August – Online meeting to finalize team members

– Participants: Team Members and Mentors

– Provide instructions for RPD Challenge

– Provide Sample Data, Programs etc

– Finalize Mentors

• 20th August

– Progress Review

• Hearing from Participants about preparations

– Team member finalization

MGA, Bangkok• 27th August

– Special Invited Lecture (TBC)??

– YP/S Forum Networking, PM 18:00 – 20:00

• Chaired by MGA, GISTDA, ESCAP, Industry Leaders

– Introduction of Team, Team Members and Mentors

• 28th August

– Prototype Development in Team

• 4 hours

• 29th August– Presentation of prototype

• 10min each Team

– RPD Evaluation

6th AUG : Online Meeting 19:00 – 21:00 JST Address to Join Online Meeting : https://zoom.us/j/xxxxx

https://zoom.us/j/681301168


Detail Additional Information


Resource PersonsLOC MGA Japan Schedule Other

RPD Challenge Coordinator

DineshKohtakeGISTDAUN ESCAPXxxxxxxxxxxxxxTBC

6, 20, 26, 27 AUG Pre-MGA Webinars,Online Discussions etc and

Resource PersonsMentors

Kohtake: System DesignDinesh: GNSS (Android Raw Data, RTKDroid, RTK GEO++, …)Kubo: GNSS (RTKLIB)GISTDAESCAPXxxxXxxx

6, 20, 26, 27 AUG6, 20, 26, 27 AUG

20, 26 AUG

Evaluation ShibasakiKogureGISTDAESCAPXxxxxxxxxx

27 AUG27 AUG27 AUG


Data Type

Data Type GNSS Raw Data

L1/L5 Position Data

QZSS L1S Emergency Message

QZSS L6 Correction

Data

IF Related Data (Power Spectrum etc)Device Type

Dev

ice

or

Rec

eive

r Ty

pe

1Android Device

(OS 7.0 or above)〇 L1 Only ☓ ☓ ☓

2Xiomi Mi8

Mobile Phone〇〇 ☓ ☓ ☓

3 MSJ L6 ReceiverMADOCA

CLAS☓ ☓ 〇 ☓

4U-blox M8T/M8P

(L1)〇 L1 Only

▽L1S MT 43/44

(TBC)☓ NF Values

5U-blox F9 (L1/L2/L5)

〇〇 ▽ ☓ NF Values

6

Septentrio,M2a or Ax-SB

(L1, L2, L5)〇〇 ☓ ☓ 〇

Device Type and Data Type


OS Program Name Description Related Device

Window RTKLIB RTK Any receiver device with RINEX data

Android

RTKDroid RTK in Androidu-blox M8T or M8P connected to android device by OTG cable

SW Maps GIS Data InputAndroid internal GPS, External GPS with BT or direct connection by OTG cable

U-center Log GNSS Data Internal GNSS receiver of android device

RTK GEO++Log RINEX data from Raw Data

Internal GNSS receiver of android device

Matlab(Windows)

GNSS Raw Data Raw Data Analysis

Software Tools


Hardware Device

Device Type QTY Responsible Notes

Signal Generator 1 Dinesh Generate Noise in GNSS bands

U-blox M8T Receiver w/Antenna 10 Dinesh Single Freq. Receiver for RTK

U-blox F9 Receiver w/Antenna 4Dinesh: 2Kubo: 2

Multi Frequency Receiver for RTK

High-End Receiver (JAVAD, TRIMBLE, SEPTENTRIO etc)

3Dinesh

RS/GIS, AITUse as base-station

Septentrio Receiver Board M2a or Ax-SB receiver

1 Dinesh / Ryan To log Noise Spectrum Data / QI data

Signal Splitter / Combiner 2 Dinesh

Cables / Accessories / Connectors 1 set Dinesh

Computer Bring your own Computers

Base-Station DataRS/GIS/AIT, CHULA,

KMITL

Android Device for Raw data 4 Dinesh Xiomi Mi8, Samsung Galaxy


Data Type DescriptionData

SourceDownload Link

Base-Station DataDineshKubo

GNSS Raw Data from u-blox

Data logged in Static mode, car, train & air-craft

Location: Japan, Thailand, Australia, USA, Europe etc

DineshKubo

Will be provided later

GNSS Raw Data from Android Device

Data logged in Static mode, car, train & air-craft

Location: Japan, Thailand, Australia, USA, Europe etc

Dinesh, Kubo

Will be provided later

Sample Data


Recommended Sample Projects

Project Name Project Description Additional Information

1

Low-Cost High-Accuracy Receiver System

Based on Single Frequency RTK data from GNSS Receiver

If you have u-blox M8T or M8P device, please bring it

2Based on Single Frequency RTK data from Android Device

If you have Android device with OS7.0 or higher, please bring to log data

3Based on Dual Frequency RTK data from Xiaomi Mi8 Device

If you have this device, please bring it.

4

Early Warning SystemDisaster Information and Resource Management System

Use of GNSS data to broadcast disaster related information and disaster management

Use of QZSS L1S signalDevelop APK for Disaster Management and Resource Planning based on LBS

5 Traffic Data Monitoring

Use low-cost receiver systems to log Traffic Data for Traffic congestion analysis, driver’s behavior monitoring, road pricing etc

Sample data from some cities will be providedPlease bring some sample data if you have and possible to distribute

6ADD your own projects here that you are interested

List required data, devices and software


Data Logging Methods

• Static Observation in the campus

– Depends on project type

• …..

• …..


Base-Station Information

• Host :

• Port :

• Mount point :

• User ID :

• Password :

• ITRF2014 coordinates (ECEF XYZ):

• ITRF2014 coordinates (LAT,LON,HGT) - GSR80 ellipsoid:

• Note:


Teams

No Team Members RPD Title Brief Description

1

2

3

4

5

6

7


Data Logging Methods

High-End Multi-Frequency

Receiver, A

XiaomiMi8

L1 / L5GNSS

Low-End Single Frequency

Receiver

Android Device

BL1,GNSS

Prop.Data

Prop. Data

Raw Data,NAV BITS

AGC

RINEX Data

RINEX Data

RINEX Data

RINEX Data

High-End Multi-Frequency

Receiver, B

Prop.Data

Low-End Multi Frequency

Receiver

Prop.Data

RINEX Data

RINEX Data

Raw Data,NAV BITS


Pre-MGA Programs


Photos from MGA 2018


YPF Networking Session

Panel members in the YPF interaction and networking program.


RPD Challenge Participants: Setting-up the Equipments


RPD Challenge Participants: Ready for the Field Work


RPD Challenge Participants: Logging GNSS Data


RPD Challenge Participants: Logging GNSS Data


RPD Challenge Participants: Finalizing Reports

Documents

RPD Challenge - CSISRPD Challenge during MGA 2019, Bangkok, Thailand, 28th AUG 2019 Rapid Prototype Development (RPD) Challenge • Methodology –A team of 2 –4 members –A group