標準95-2

国際標準化に関する進捗報告

2022年11月24日
高精度衛星測位サービス利用促進協議会(QBIC)
標準化WG
1急速に進む世界秩序形成、政府政策と業界対応
フランス政府機関やアメリカ業界の主導で世界秩序形成が急速に進展。日本官民は先頭集団に残る努力。
フォーラム標準

CCSDS

デジュール標準 (WTO協定に基づく)

国際連合

ISO TC 20 「航空宇宙」

UN
ICG

ECSS
SC13
宇宙データシステム

RTCM

ION
SDR

NMEA

IEEE
GNSS-R
802.11mc

デファクト標準

Android
API

iOS
API

SC16
無人航空機

SC14
Space systems and operation
WG1
Design andproduction

WG8
Downstream
space app.
SJAC ｢宇宙利用サービス｣

JWG?

liaisonISO TC 211
地理情報/
ジオマティクス

liaisonISO TC 204
ITS(plan)IEC TC 80
Maritime

WG-S

WG-B
Space
User WG

AppWG

WG-C
WG-DPPP TF
2

急速に進む世界秩序形成、政府政策と業界対応(略語集)
API
Application Program Interface
AppSG Application Sub-Group（国際連合）
CCSDS Consultative Committee on Space Data Systems，宇宙データシステム諮問委員会
ECSS European Corporation for Space Standardization，欧州宇宙標準化協力会議
GNSSｰR GNSS Reflectometry，GNSS気象計測IEEE Institute of Electric and Electronic Engineers，米国電気電子工学会
ICG
GNSS国際委員会（国際連合）
ION
Institute Of Navigation，米国航法学会
IEC
International Electrotechnical Commission，国際電気標準会議
ISOInternational Organization for Standardization，国際標準化機構
NMEA National Marine Electronics Association，全米舶用電子機器協会
PPP
Precise Point Positioning，精密単独測位
RTCM Radio Technical Commission for Maritime Services，海事無線技術委員会
SDR
Software-Defined Receiver (or Radio)
JWG Joint Working Group，合同作業部会
UNUnited Nations，国際連合
SC Sub-Technical Committee，小委員会
TC Technical Committee，技術委員会
TF Task Force，作業部会
3
WG Working Group，作業部会

ISO/FDIS 24245 受信機分類コード
FDIS: Final Draft International Standard
Title
DIS ballot

VotingResultISO/DIS 24245
Space systems―Global navigation satellite system (GNSS) receiver class codes
Closed on 2022-09-27
Approved

BRA, CHN, FIN, FRA, DEU, ITA, JPN, KAZ, RUS

9 nationsNon-approvedUSA

1 nations

Abstain

AUS, IND, ROU, ESP, UKR, GBR

6 nations

Approved

Comment

28 comments（USA：1, JPN：6, ISO editor：21）

Next action

FDIS draft by 2022-11-30
4ISO/FDIS 24245 受信機分類コード
FDIS: Final Draft International Standard
M ： Messaging withpositioning information

M1 : One-way messaging or broadcastingT ： Timing (time andtime interval)

T1 : Single frequency band

C ： Code-basedpositioning

C1 : Single frequency ranging

M2 : Two-way communication

Search andrescue

T2 : Dual or multiple frequency band
C10, C10a : No augmentation

Point positioning

C11, C11a : DGNSS OSR corrections

DGNSS

C16, C16a : SSR correction without fixed phase range ISO18197§5.4.1
C2 : Dual or multiple
frequency ranging

C20, C20a : No augmentation

Dual frequency

C25, C25a : DFMC SBAS

Ditto

C26, C26a : SSR correction without fixed phase range ISO18197§5.4.1
P ：Phase-range
positioning

P0 : No ranging

P06, P06a : Input SSR / Output OSR correction

P1 : Single frequency ranging

P10, P10a : OSR correction

RTK, NRTK

P16, P16a : SSR correction

PPP, PPP-RTK

P20, P20a : OSR correction

RTK, NRTK

P26, P26a : SSR correction

PPP, PPP-RTK

P2 : Dual or multiple
frequency ranging[NOTE] RTK: Real-time Kinematic, OSR: Observation Space Representation, SSR: State Space Representation

5ISO/AWI 13657 位置情報交換フォーマット
AWI: Approved Work Item
Title
DIS ballot

VotingResult

ISO/NP 13657
Space systems ―Space-based services ― Positioning information exchange service
Closed on 2022-03-20
Approved

AUS, BRA, FIN, FRA, ITA, JPN, KAZ, RUS, UKR

9 nationsNon-approvedUSA

1 nations

Abstain

CHN, DEU, ESP, IND, GBR

6 nations

Approved

Comment

19 comments（FRA: 2, ITA: 6, JPN: 10, USA: 1）

Next action

Committee draft circulation will start around 2022-12-156ISO/AWI 13657 位置情報交換フォーマット
The contents have received the feedback from the actual business market (see thelower-right) and the voice of real users is brushing up them.
1. Scope
2. Normative references
3. Terms and definitions
4. Positioning information exchange services
4.1 Basic information (coordinate system, feature size, etc)
4.2 Date and time datePublication for actual market by the
4.3 Positioning result data
QBIC council* in 2018-2022 (Japan).
4.4 Positioning quality information
4.5 Satellite alignment information
4.6 Velocity and direction data
4.7 Precise measurement point information
4.8 Dynamic coordinate information
4.9 Multi-purpose data
4.10 Contents and formats[Abbreviation] * QBIC: QZSS Business Innovation Council

7

ISO/AWI 16215-1 衛星測位(PNT)サービス:基礎的事項
AWI: Approved Work ItemTitle

NP ballot

VotingResult

ISO/NP 16215-1 Space systems ― Space-based positioning, navigationand timing (PNT) services ― Part 1: architectural basis
Closed on 2022-04-17
Approved

AUS, BRA, CHN, ESP, FRA, ITA, JPN, KAZ, RUS

9 nationsNon-approvedUSA

1 nations

Abstain

AUS, DEU, FIN, IND, ESP, UKR, GBR

7 nationsApproved

Comment

33 comments（FRA：18, JPN：15)

Next action

Committee Draft Circulation (CDC) in December 20228

宇宙利用サービスの参照アーキテクチャー・フレームレーク
The SC 14 committee promote ISO 13537 Reference Architecture
and its extension. It is useful for service and application systems

9