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GLONASS and SDCM Status and Development

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GLONASS and SDCM Status and Development ROSCOSMOS State Space Corporation Ivan Revnivykh Head of GLONASS Application Division ICG-14, Bengaluru, India December 8-13, 2019
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Page 1: GLONASS and SDCM Status and Development

GLONASS and SDCM

Status and Development

ROSCOSMOS State Space Corporation

Ivan Revnivykh

Head of GLONASS Application Division

ICG-14, Bengaluru, India

December 8-13, 2019

Page 2: GLONASS and SDCM Status and Development

PROVIDING USERS WITH GLONASS-BASED SERVICES

SATELLITES DESIGN AND

MANUFACTURING

LAUNCHERS DESIGN AND MANUFACTURING,

LAUNCH SERVICES

DESIGN, MANUFACTURING,

MAINTENANCEOPERATION

Almaz – Antey Air and Space

Defense Corporation + PRIVATE COMPANIES

+ PRIVATE COMPANIES

2

ORBITAL CONSTELLATION

LAUNCHERS

GROUND CONTROL COMPLEX

SERVICES

USER RECIEVERS

TransportPrecise

Agriculture EnergyGeodesy, Mapping Construction Recreation

USERS

Page 3: GLONASS and SDCM Status and Development

GLONASS STATUS (as of 9th

of December 2019)

3Current constellation provides continuous global navigation

Glonass-K

Luch SC

Glonass-M

Orbital

constellation

in normal

operation

Availability

100 % Russia

100 % Global

AUGMENTATIONS of the

ROSCOSMOS STATE SPACE CORPORATION

35 stations in Russia

10 stations abroad

GEO satellites MEO satellites

Operational 2 22

Maintenance 1 3

Orbital spare -- 1

Flight testing -- 1

In total 3 27

FUNDAMENTAL FACILITIES

3 Telescopes (32 m)

2 Telescopes (7 m)

3 Correlators

1 Cold-Atom Optical Frequency Reference

50 Astronomic and Geodetic Network

Stations

GROUND CONTROL COMPLEX

System Control Center

One-way Reference Stations

Uplink Stations

Laser Ranging Stations

REGIONAL AND MUNICIPAL

AUGMENTATION STATION

NETWORKS

Over 4000 stations

I II III

1

4

15

13

12

11

23

24

19

20

21

22

3

17

2

701

-05

747

-04

730

+01

8

7

6733

-04

745

+05

743

+06

744

+05

742

+06

15

736

-01

717

-07

758

-01

721

-02

732

+03

735

+02

754

-03

720

+03

719

+02

731

-03

10

755

+04

18

16

20

702

-029751

+04

753

+00

14752

-07

5756

+01

757

+00

716

723

-0510

Page 4: GLONASS and SDCM Status and Development

CONSTELLATION SUSTAINMENT

4

СРЕДСТВА ФУНДАМЕНТАЛЬНОГО

ОБЕСПЕЧЕНИЯ

3 телескопа (32 м), 2 телескопа (7 м),

3 коррелятора,1 оптический репер

частоты на холодных атомах

50 пунктов Фундаментальной

астрономо-геодезической сети

РЕГИОНАЛЬНЫЕ И

МУНИЦИПАЛЬНЫЕ СЕТИ

СТАНЦИЙ ФУНКЦИОНАЛЬНЫХ

ДОПОЛНЕНИЙ

более 4000 станций

НАЗЕМНЫЙ КОМПЛЕКС УПРАВЛЕНИЯ

центр управления системой

беззапросные измерительные станции

закладочные измерительные станции

квантово-оптические станции

Glonass-M Satellites

launched for operational

necessity to sustain nominal

constellation

• 9 Sep 2017

• 17 Jun 2018

• 3 Nov 2018

• 27 May 2019 Glonass-M launch May 27, 2019

Page 5: GLONASS and SDCM Status and Development

SYSTEM for DIFFERENTIAL CORRECTION AND MONITORING

5

Current Status:

✓ SDCM testing complete

✓ System is at the initial

stage of certification

Modernization:

✓ Stations network

expansion

✓ Luch-5M GEO sats to

broadcast SBAS data

in L1 and L5

2020+2019

Stations25 in Russia

10 abroad

45 in Russia

12 abroad

Systems GLONASS, GPS, Galileo, BeiDou

Coverage Russian Federation + CIS countries

Correction

signalsL1 L1, L5

Luch SC5А*

167E

16W

95E

Integrity 6 seconds

Accuracy 0.5 m1 m

Luch-5M

Luch-5MLuch-5M

Luch-5Б

Luch-5В

Luch-5А

GPS

GLONASS+GNSS

Reference Stations Uplink Stations and Data Processing Centers

16W 95E 167E 160W

Page 6: GLONASS and SDCM Status and Development

GLONASS CIVIL SERVICES

6

Services Users Characteristics Means

SPACE SEGMENT

SYSTEM FOR

DIFFERENTIAL

CORRECTION AND

MONITORING

NATIONAL

SYSTEM FOR

HIGH-ACCURACY

POSTIONING

HIGH-PRECISION SYSTEM FOR

PRECISE ORBIT AND CLOCK

DETERMINAION

1 m

0.03 m

0.1 m

Transport monitoring

Mobile comm-tion

Energy

Internal water ways

Personal navigation

Aviation

In-port maneuvering

Railroad

Intelligent insurance

LBS-services

Dredging

Precision agriculture

Construction

Precision engineering

Geodesy

Cartography

ERS

Complex structures monitoring

Unmanned transport

Toll collection systems

Emergency services

BASIC OPEN SERVICE

Navigation in absolute regime using open signals code

measurements

SERVICE OF IMPROVED RELIABILITY AND ACCURACY

Navigation in absolute regime using code measurements and

information from wide area, regional and local augmentation

systems

RELATIVE NAVIGATION SERVICE

Navigation in relative regime using carrier phase

measurements and a reference receiver (reference

station)

HIGH-PRECISION SERVICE

Navigation in absolute regime using phase measurements

(PPP) on a commercial basis

Express SC

Gonets SC

Resurs-P SC

GEOIK SC

≤ 5 m (horizontal)

≤ 9 m (vertical)*

*95% Global Average Position Error

(2 m target)

Page 7: GLONASS and SDCM Status and Development

7

Navigation in restricted

environment, urban canyons and

arctic region

HIGH ORBIT GLONASS

Glonass-М

L1/L2/L3 OC

L1, L3C, L5C

6 SC Initial design 2019

Platform Glonass-K

Number of Sats 6

Orbital Planes 3

Ground Tracks 2

Inclination 64.8о

Eccentricity 0.072

Period 23.9 h

Launch 2023

Signals L1 ОС, L2 ОС, L3 OC

Deployment Period end of 2025

Launch Method Dual

Launch Vehicle Angara-А5

Launch Sites Plesetsk, Vostochny

25% Performance Improvement in the

Eastern Hemisphere

Page 8: GLONASS and SDCM Status and Development

GNSS MONITORING AND PERFORMANCE ASSESSMENT SYSTEM

8

▪ Independent monitoring and verification of

performance characteristics against system

requirements and standards

▪ Input data to assess GLONASS Federal

Program KPIs

▪ Assessment user level GLONASS performance

▪ Input data for GLONASS certification

REFERENCE STATION

DATA GENERATION SUBSYSTEM

CALCULATION, ANALYSIS AND CONTROL SUBSYSTEM

INFORMATION SHARING SUBSYSTEM

GNSS MONITORING AND PERFORMANCE ASSESSMENT SYSTEM CENTER

GNSS CONSTELLATION

LASER RANGING STATIONS NETWORK

MONITORING STATIONS NETWORK

Mobile instrumental diagnostics lab

INTERNET

SIGNAL POWER AND SPECRUM MONITORING FACILITIES

Page 9: GLONASS and SDCM Status and Development

FEDERAL EMERGENCY RESPONSE SYSTEM FOR AUTOMIBILE TRANSPORT

ERA-GLONASS

9

GNSS

TERESTRIAL

COMMUNICATION

NETWORKS

EMERGENCY RESPONSE

SERVICES

ONBOARD

TERMINAL

COORDINATION CENTER

Integration of telecom, navigation, and information technologies and microelectronics for people’s security and

safety

▪ In operation since January 1, 2016

▪ All new vehicles are equipped with ERA-GLONASS since January 1,

2017

▪ 30% reduction of time to respond to an accident

▪ 2.8 million calls processed

▪ 3.55 million vehicles equipped

▪ Saving more than 4 thousand lives annually (if 100% fleet equipped)

▪ Emergency call is free of charge

▪ Commercial application potential: smart insurance, property and

crime protection, traffic monitoring, toll collection, distant

diagnostics and etc.

Page 10: GLONASS and SDCM Status and Development

FEDERAL TOLL COLLECTION SYSTEM FOR CARGO TRANSPORT

PLATON

10

Infrastructure

Projects

GNSS

Infr

astr

uctu

reD

epre

cia

tion

levie

s

▪ PLATON – nation-wide GLONASS/GPS based toll collection system

▪ In operation since 15 November 2015

▪ All trucks over 12 tons

▪ All Federal-owned highways – 50,774 km in total

▪ 90% of the total fleet – 467 thousand cargo companies and 1.14 million trucks registered

▪ 68.6 billion rubles collected to support infrastructure projects

Page 11: GLONASS and SDCM Status and Development

INTERNATIONAL COOPERATION

11

GLONASS Compatibility and Interoperability

Annual Meetings of the

International Committee on

Global Satellite Navigation

Systems

6th Meeting of the Russia-China Project Committee on Strategic Cooperation in Satellite Navigation

Kazan, Russia, August 28-30, 2019

4 Working Groups, 10 joint projects in:

▪ Compatibility and operability of GLONASS and BeiDou

▪ Augmentations and measuring stations

▪ GNSS characteristics monitoring and assessment

▪ GNSS technologies application

Xi’an, China, November 4-9, 2018

Page 12: GLONASS and SDCM Status and Development

GLONASS TECHNICAL DOCUMENTATION

12

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ps:/

/ww

w.g

lon

ass-

iac

.ru

/GL

ON

AS

S/d

ocu

men

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▪ INTERFACE CONTROL DOCUMENT Navigational radiosignal in

bands L1, L2 (Edition 5.1) - 2008

▪ Interface Control Document “General Description of the GLObal

NAvigation Satellite System with the Code Division Multiple Access

Signals” - 2017

▪ Interface Control Document “GLONASS L1 Open Service Code

Division Multiple Access Signal” - 2017

▪ Interface Control Document “GLONASS L2 Open Service Code

Division Multiple Access Signal” - 2017

▪ Interface Control Document “GLONASS L3 Open Service Code

Division Multiple Access Signal - 2017

+▪ GLONASS Open Service Performance Standard (OS PS) – 2019

• Defines the levels of performance the Russian Government

makes available to GLONASS users

• English language version is pending release

Page 13: GLONASS and SDCM Status and Development

GLONASS USER INFORMATION SUPPORT

13

WWW.GLONASS-IAC.RU

Page 14: GLONASS and SDCM Status and Development

NAVIGATION SPACE SYSTEMS (GLONASS) DEPARTMENT

ROSCOSMOS State Space Corporation

42, Schepkina str., Moscow, GSP-6, 107996

Tel./fax: +7 (495) 631-90-00 (ext. 31-36) ; fax: +7 (495) 688-9063

[email protected]; www.roscosmos.ru


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