INPUT DATA

Users and Targets

 INPUT*   

Repository

Format

Size

U1: Forecasting Total Electron Content (TEC) and scintillation Parameters

IN1-R

IBGE, CALIBRA

eSWua

RTCM 3.X, RINEX, ASCII

35 MB

U2: TEC maps

IN2-G

IGS

RINEX, SP3

2 MB

U3: Traveling Ionospheric Disturbances (TID) Model

IN3-G

IGS

RINEX, SP3

2 MB

U4: Tropospheric Correction

IN4-G-L

IGS, local network of the Netherlands and Australia

RINEX

10 MB

U5: GNSS Software Receiver

IN5-L

Remote/Local pc and storage units

IF sampled data (raw bits)

105GB

U6: Interference Mitigation Tool

IN6-L

Storage units and portable disk

Binary data

20 MB

U7: Scintillation Mitigation Tool

IN7-G-R

CIGALA/CALIBRA network, IGS, CHAIN, Northern Europe networks

Binary files for CIGALA/CALIBRA

40 MB

U8: Real-Time PPP and NRTK Positioning

IN8-G-R-L

IERS, UNOTT, NAIF/JPL, IBGE, EUREF, NGS CORS, CDDIS/IGS

Proposed similar to IGS products

100 – 200 MB

U9: PPP Ambiguity resolution

IN9-R-G

Network in North Carolina, IGS

RINEX, Company-defined formats

160 – 230 MB

U10: High Accuracy RTK positioning

IN10-L

Local network/pc

RINEX, SSR. ASCII

- Trimble, Leica proprietary binary manufacturer formats

106 GB

U11: Orbit and Clock Correction

IN11-G

CDDIS/IGS, IERS

RINEX, SP3, RNX CLK, ATX

Depends on number of stations at each epoch

U12: Accurate Scintillation Indices

IN12-R

Concordia and Svalbard networks

ISMR files

500 MB

*INPUT data type: Global (G), Regional (R) and Local (L).

HARDWARE REQUIREMENTS

Users

Processor (>2GHz)

Memory (GB)

Storage

U1

Core i7

16

Local

U2

Dual-core

16

Local

U3

Dual-core

16

Local

U4

Core i7 / Xeon E5-2643

8 / 64

Local

U5

Intel or AMD x86-64

8

Local / Remote Storage Units

U6

Intel or AMD x86-64

8

Local / Remote Storage Units

U7

Core i3

8

Local

U8

Core i3

8

Local

U9

Core i7

16

Local

U10

Core i7

16

Local

U11

Core i7

8

Local

U12

Corei7

16

Local / Remote Storage Units

 

SOFTWARE REQUIREMENTS

Users

Operating system

Programing language

Compiler

U1

Windows / Linux

MATLAB / C

MATLAB

U2

Windows/Mac

MATLAB

MATLAB

U3

Windows/Linux/Mac

MATLAB

MATLAB

U4

Windows / Linux

MATLAB / Fortran

Visual Studio, G++,Ifort

U5

Windows

MATLAB

MATLAB

U6

Windows

MATLAB

MATLAB

U7

Linux / iOS

MATLAB

MATLAB

U8

Windows

C++/Python/MATLAB

Cygwin in Code::Blocks

U9

Windows

MATLAB

MATLAB

U10

Windows

Python

Python Anaconda

U11

Windows

MATLAB

MATLAB

U12

Windows

MATLAB

MATLAB

 

OUTPUT DATA

User ID

Product Type

Format

Size

Repository

U1

Intermediate

IONEX / ASCII

5 MB

FTP Server

U2

Intermediate

IONEX

2 MB

Github

U3

Intermediate

IONEX/*.mat/mp4

5 MB

Github

U4

Intermediate

RINEX

0.1-0.5 MB/site

Local Server

U5

Intermediate/ Final

MATLAB *.mat

Acquisition~340KB

Tracking~7MB

Virtual drive/storage units

U6

Intermediate

Binary

20 MB

Virtual drive/storage units

U7

Intermediate

ASCII

100 KB

UNOTT Server

U8

Final

MATLAB *.mat

10.5 MB

Github

U9

Final

MATLAB *.mat

2 MB

Local storage

U10

Intermediate/ Final

GEO++ SSR binary, ASCII

6 GB

Email/shared folder

U11

Final

RTCM SSR message

As current IGS products

Local Network

U12

Intermediate/ Final

MATLAB *.mat

500 MB

Virtual drive/storage units

 

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