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MIP GLOS – ITA – CCWG Edition 2.4
MULTILATERAL INTEROPERABILITY PROGRAMME
MIP GLOSSARY (MIP GLOS)
26 May 2006, Greding Germany
This Multilateral Interoperability Programme (MIP) Glossary has been reviewed and is
hereby “Approved” by the Heads of Delegation of participating nations. Release of this
document to nations or agencies, who are not participants in the Multilateral Interoperability
Programme including the media and general public, requires approval of the MIP Steering
Group (MSG) in accordance with the policy stated in the MIP Communications and Liaison
Plan (MCLiP). This document is the property of the MIP Participants and the information
contained in this document shall not be communicated, either directly or indirectly, to any
person or agency not authorised to receive it.
MIP GLOS – ITA – CCWG 26 MAY 2006
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RECORD OF CHANGES PAGE
___________________________________________________________________________
CP NUMBER DATE ENTERED ENTERED BY REMARKS
___________________________________________________________________________
001 30 September 2005 CCWG New Edition 2.2
002 9 December 2005 CCWG New Edition 2.3
003 23 May 2005 CCWG New Edition 2.4
004 25 May 2005 CCWG New Edition 2.4
005 26 May 2005 CCWG New Edition 2.4
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TABLE OF CONTENTS
___________________________________________________________________________
SECTION TITLE PAGE
___________________________________________________________________________
1 INTRODUCTION .................................................................................................................................. 1
1.1 Multilateral Interoperability Programme (MIP) .............................................................................. 1
1.2 The MIP Concept ............................................................................................................................ 2
1.3 History............................................................................................................................................. 4
1.4 MIP Organisation ............................................................................................................................ 4
1.5 Implementation, Adoption and Stability ......................................................................................... 5
1.6 Purpose............................................................................................................................................ 6
1.7 Scope............................................................................................................................................... 6
ANNEX A GLOSSARY ................................................................................................................................. A-1
ANNEX B DEFINITIONS............................................................................................................................. B-1
ANNEX C REFERENCES ............................................................................................................................ C-1
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MIP GLOSSARY
1 INTRODUCTION
The application of military force in the early 21st century is demanding. It covers a wide
spectrum of threats and deployment scenarios that range from conventional general war
through limited operations, crises response operations, asymmetric conflict, and terrorism.
Unilateral capability is important to nations but most planning is made on the assumption of
alliance and coalition operations in scenarios that are difficult to predict and which often arise
at short notice. Thus the nature and composition of a force structure to meet military
requirements will be specific to requirement and based upon a general and flexible military
capability.
To achieve this, an assured capability for interoperability of information is essential. The
successful execution of fast moving operations needs an accelerated decision-action cycle,
increased tempo of operations, and the ability to conduct operations within
combined/multinational formations. Commanders require timely and accurate information.
Also, supporting command and control (C2) systems need to pass information within and
across national and language boundaries. Moreover, tactical C2 information must be provided
to the operational and strategic levels of command including other governmental departments.
Additionally, forces must interact with non-governmental organisations, including
international aid organisations.
The Multilateral Interoperability Programme (MIP) aims to deliver an assured capability for
interoperability of information to support land focused joint operations.
1.1 Multilateral Interoperability Programme (MIP)
The aim of the Multilateral Interoperability Programme (MIP) is to achieve international
interoperability of Command and Control Information Systems (C2IS) at all levels from corps
to battalion or the lowest appropriate level, in order to support combined and joint operations;
and pursue the advancement of digitization in the international arena, including NATO.
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The means to achieve this will be known as the MIP solution. This will take into account
issues regarding the establishment of communication and information systems connectivity,
and the establishment of a C2IS interface that fulfils common information exchange
requirements.
The Programme has gone through the stages of: operational analysis, concept, feasibility,
definition, development and demonstration. The present focus is on implementation and the
programme has adopted a controlled iterative cycle to support incremental development.
The information exchange requirements, upon which MIP is founded, encompass the
spectrum of Joint and Combined Land Operations. Thus MIP meets the requirements of the
Land Component Commander of Allied Joint and Combined Operations (including Article 5
and Crisis Response Operations). Systems may be wholly different from each other and need
not necessarily conform to any hardware or software standard. Typically systems will be
acquired through national or NATO acquisition programmes and their architecture will
conform to the national or NATO policy prevailing at the time.
In a community of MIP-enabled C2 systems nations, command levels and organisations can
share:
• Situational awareness (including, inter-alia, capabilities and status of friendly and enemy
forces).
• Plans and Orders.
• NBC alerts and critical messages.
1.2 The MIP Concept
The MIP specification consists of common interface and exchange mechanisms (two at
present) to exchange information between co-operating but diverse C2 systems.
The common interface is the Land C2 Information Exchange Data Model, LC2IEDM. It is a
product of the analysis of a wide spectrum of allied information exchange requirements. It
models the information that allied land component commanders need to exchange (both
vertically and horizontally). It serves as the common interface specification for the exchange
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of essential battle-space information. The function, implementation and the display of the host
C2 application is not the concern of MIP.
System developers incorporate the MIP specification and include a single interface to it. The
specification enables C2IS to C2IS information exchange and allows users to decide what
information is exchanged, to whom it flows, when and over what communications medium.
Thereafter no further interfaces are required to interoperate with any other MIP enabled
system.
The Message Exchange Mechanism (MEM) consists of a suite of formatted messages derived
from the LC2IEDM that conform to AdatP-3 Part 1, plus guidelines for their use.
The Data Exchange Mechanism (DEM) is an automatic data push mechanism that co-exists
with the MEM. When a C2 application changes the state of information that it holds, and
which is recognised by the DEM, this information is automatically replicated to all other co-
operating systems that have agreed to exchange this information.
With both exchange mechanisms the meaning and context of the information is preserved and
requires no additional processing on receipt to make it useful. The MIP specifications enable
interoperability at Degree 4.a1 (DEM) and 2.h2 (MEM) and functions at NATO Level 5 of
System Interconnection3.
The programme is tightly focused on delivering capability in an incremental manner based
upon a rolling 2-year delivery cycle, while in parallel the previous baselines are sustained,
new operational requirements are analysed, new capabilities are agreed, and emerging
technologies are explored. Nations are encouraged to align their acquisition cycles. The MEM
1 The NATO Policy for C3 Interoperability [NC3B Sub-Committee AC/322 SC/2-WP/72 (Revised) Version 4.3]:
“Seamless Sharing of Information: Common Information Exchange.”
2 The NATO Policy for C3 Interoperability [NC3B Sub-Committee AC/322 SC/2-WP/72 (Revised) Version 4.3]: “Structured Data Exchange: Data Object Exchange”
3 STANAG 5048 - The Minimum Scale of Connectivity for Communications and Information Systems for NATO Land Forces (Edition 5. Promulgated 16 February 2000 by NC3B Sub-Committee AC/322 SC/1). “Two systems which are open to each other, and which conform to minimum standards for information definition and transfer such that there are no fixed constraints on the extent of access by users of one system to the other, but dynamic constraints are applied to each system, in accordance with the current operational situation, such that only a user-defined subset of the total information base of one system is available to the other.”
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and the DEM will be in-service during the period 2003 – 2005 and followed thereafter with
biennial capability enhancements.
1.3 History
The Multilateral Interoperability Programme was established by the Project Managers of the
Army Command and Control Information Systems (C2IS) of Canada, France, Germany, Italy,
the United Kingdom and the United States of America in April 1998 in Calgary, Canada. MIP
replaced and enhanced two previous programmes: BIP (Battlefield Interoperability
Programme) and QIP (Quadrilateral Interoperability Programme). The aim of these
programmes was similar to the present MIP but each was active at a different level of
command.
In 2002 the Army Tactical Command and Control System (ATCCIS) programme merged
with MIP. ATCCIS was founded in 1980 to see if interoperability could be obtained at
reduced cost and developed according to technical standards agreed by Nations and
prescribed by NATO. The programme sought to identify the minimum set of specifications, to
be included within national C2 systems that would allow interoperability between them. With
the publication of ATCCIS Baseline 2 the programme’s mandate was complete. By 2002 the
activities of ATCCIS and MIP were very close, expertise was shared, and specifications and
technology was almost common. The merger of ATCCIS and MIP was a natural and positive
step and this was recognised by the almost immediate publication of a NATO policy that
endorses MIP4.
1.4 MIP Organisation
The MIP programme is not a formal NATO programme. Rather it is a voluntary and
independent activity by the participating nations and organizations. The nations and HQs that
are active in the MIP programme are: Australia, Austria, Belgium, Canada, Czech Republic,
Denmark, France, Germany, Greece, Hungary, Italy, Lithuania, Netherlands, Norway, Poland,
Portugal, Spain, Sweden, Turkey, United Kingdom, United States, Regional Headquarters
4 NATO Policy on the Multilateral Interoperability Programme [NC3B AC/322-WP/0238]
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Allied Forces North Europe (RHQ AFNORTH) and Supreme Headquarters Allied Powers
Europe (SHAPE).
MIP is organised into 6 working groups with an executive management body and a high level
steering group for resources, policy and targets. Rigour is maintained by the adoption of
recognised system engineering practices. In addition to the interface specification and the
exchange mechanisms, MIP also produces supporting products covering programme
management, security policy, test schedules, configuration management, representative data
fills, and international liaison.
1.5 Implementation, Adoption and Stability
The MIP is involved in the following activities and standards:
• The LC2IEDM, is the core of the NATO Reference Model and is also a view model of
NATO Corporate Data Model (STANAG 5523 / AdatP-32).
• Implementation of the MIP specification is a NATO Force Goal (FG2802).
• NATO Policy on MIP calls for close co-ordination and re-use of the MIP specification
within NATO.
• Bi-SC Automated Information System will use the MIP solution in its Land Functional
Services (LandFS) to interface to national CCIS, either in HRF/LRF, CJTF or other crisis
response operation or exercise5.
• NATO Standardisation Agreement SO 01-11 calls for the implementation of MIP
specifications.
5 Bi-SC transition Management Board Report to Bi-SC CIS Board, on 25th September, 2002
OperationalWorking Group
(OWG)
Systems Engineering& ArchitectureWorking Group
(SEAWG)
Data and ProceduralWorking Group
(DPWG)
TechnicalWorking Group
(TWG)
ExerciseDemonstrationWorking Group
(EDWG)
ConfigurationControl
Working Group(CCWG)
ProgrammeManagement Group
(PMG)
MIP SteeringGroup(MSG)
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• The MIP specification is well regarded in the NC3A. It is the core capability of the NC3A
Integrated Data Environment prototype, a capability to integrate legacy systems.
• The MIP specification is included in the NATO C3 Technical Architecture.
• The NATO Military Criteria for High Readiness Forces (Land) Headquarters requires the
use of an ATCCIS6 compliant land information system.
• Many national C2 information systems implement MIP specifications.
1.6 Purpose
This document shall explain all the abbreviations and define important terms used within the
MIP documents.
1.7 Scope
The glossaries of the following baseline and supporting documents are consolidated in this
MIP Glossary.
MIP Programme Management Plan MPMP-NLD-PMG
MIP Configuration Management Plan MCMP-ITA-CCWG
MIP Communications and Liaison Plan MCLiP-ACT-PMG
MIP Tactical C2IS Interoperability
Requirement
MTIR-FRA-OWG
6 MIP is the custodian of the ATCCIS specifications.
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MIP Operating Procedures MOP-GBR-SEAWG
MIP Technical Interface Design Plan MTIDP-DNK-SEAWG
MIP System Interconnection Security Policy MSISP-USA-SEAWG
MIP Test and Evaluation Master Plan MTEMP-USA-TEWG
MIP Block 2 Plan MBP-USA-SEAWG
MIP Integrated Framework MIF-CAN-SEAWG
MIP Operational Level Test Specification MOLT-FRA-OWG
MIP System Requirements Specification MSRS-NLD-SEAWG
MIP System Level Test Plan MSLTP-USA-TEWG
MIP End of Block 2 Report MEB2R-NLD-MSG
C2 Information Exchange Data Model C2IEDM-USA-DMWG
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MIP Document Register MIP Doc Reg-ITA-CCWG
MIP Operational Handbook MOH-CAN-OWG
MIP Glossary MIP Gloss-ITA-CCWG
MIP Point of Contact List MIP PoC-NLD-CCWG
Configuration Management Status Report CMSR-ITA-CCWG
MIP Integrated Programme Schedule MIPS-ACT-PMG
MIP Boiler Plate Text MBPT-ACT-CCWG
MIP Statement of Intent MSOI-GBR-PMG
MIP Vision and Scope MVS-GBR-PMG
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ANNEX A GLOSSARY
AAP Allied Administrative Publication
AAP–6 Allied Administrative Publication N° 6 — NATO Glossary of
Terms and Definitions
ABCA America Britain Canada Australia
ACE Allied Command Europe
ACK Acknowledgement
ACO Allied Command Operations
ACP Allied Communications Publication
ACS Automated Channel Selection
ACSE Association Control Service Element
ACT Allied Command Transformation
ADatP–3 Allied Data Publication N° 3 — NATO Message Text Formatting
System (FORMETS)
ADM ATCCIS Data Model
ADMD Administration Management Domain
AFS ADatP-3 Formatting Staff
AI Air Interdiction
AintP-3 Allied Intelligence Publication 3
AN Access Node
ANSI American National Standards Institute
AOI Area of Interest
AOR Area of Responsibility
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APDU Application Protocol Data Unit
API Application Programming Interface
APP Allied Procedural Publication
APP-6A Allied Procedural Publication N° 6A - Military symbols for Land
Based Systems
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APP-9 Allied Procedural Publication N° 9 (Compendium of Allied Forces
Messages)
APP-10 Allied Procedural Publication N° 10 (NATO Interoperability
Document)
ARM ATCCIS Replication Mechanism
ARP Address Resolution Protocol
ARRC ACE Rapid Reaction Corps
ASAP Application service access point
ASCA Artillery Systems Cooperation Activities
ASCII American Standard Code for Information Interchange
ASN.1 Abstract Syntax Notation 1
ASSOCMAN Association Manager
ATacCS Army Tactical Computer System
ATCCS Army Tactical Command and Control System (US)
ATCCIS Army Tactical Command and Control Information System
ATP-35(B) Allied Tactical Publication 35(B) (Land Forces Tactical Doctrine)
AUS Australia
AUT Austria
AUTOKO Automatisiertes Kommunikationsnetz
Bde Brigade
BEL Belgium
BG Battle Group (Equivalent to a US Battalion)
BGR Bulgaria
BICES Battlefield Intelligence Collection and Exploitation System
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BIGSTAF Breitbandiges Integriertes Gefechtsstandfernmeldenetz
BIP Battlefield Interoperability Programme
BiSC Bi Strategic Commands (NATO)
BMHS BIP Message Handling System
BMS Battlefield Management System
Bn Battalion
BOA Basic Object Adaptor
BPD Boundary Protection Device
C2 Command & Control
C2IEDM Command and Control Information Exchange Data Model
C2IS Command, Control and Information System
C2S Command and Control System
C3 Command Control & Consultation
C4I DTF Object Management Group (OMG) C4I Domain Task Force
CAN Canada or Canadian
CAS Close Air Support
CCIR Commander's Critical Information Requirements
CCIS Command, Control and Information System
CCWG Configuration Control Working Group
CE Combined Endeavour
CEE Common Engineering Environment
CEOI Communication and Electronic Operating Instruction
CFCS Command and Fire Control System
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CFE Conventional Forces Europe
CIS Communication Information Systems
CJTF Combined & Joint Task Force
CM Configuration Management
CMSR Configuration Management Status Report
CN Change Notice
CNR Combat Net Radio
COMMS Communications
COMSEC Communication Security
COP Common Operational Picture
CORBA Common Object Request Broker Architecture
CoStEx Command and Staff Exercise
COTS Commercial Off The Shelf
Coy Company
CP Change Proposal
CP Command Post
CPX Command Post Exercise
CRC Cyclic Redundancy Check
CRO Crisis Response Operations
CRLF Carriage Return Line Feed
CSMA/CD Carrier Sense Multiple Access / Collision Detection
CWID Coalition Warrior Interoperability Demonstration
CZE Czech Republic
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DB Database
DBA ADatP-3 Data Base Administrator
DDL Database Definition Language
DEM Data Exchange Mechanism
DEU Germany or German
Div Division
DMWG Data Modelling Working Group
DNK Denmark
DP Data Provider
DR Data Receiver
DSN Delivery Status Notification
DSP Digital signal processor
DTG Day Time Group
ECCM Electronic Counter – Counter Measures
ECM Electronic Counter Measures
ED50 European Datum 50
E.G. Exempli Gratia – As Example
E-IARRCIS Enhanced Interim ARRC Information System
EID Experimental Interoperability Database
E-mail Electronic-mail
EMC Electro-Magnetic Compatibility
ENVID Envelope ID
EoS Element of Service
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ER Entity Relationship
ERWIN CaseTool ER=entity-relationship WIN=Windows-based
ESMTP Extended Simple Mail Transfer Protocol
ESP Spain
EUROFOR European Force
EW Electronic Warfare
EXCON Exercise Control
FAFCISO Federal Armed Forces CIS Organization
FD Field Demonstration
FFIRN Field Format Index Reference Number
FH Frequency Hopping
FIN Finland
FORMETS NATO Message Text Formatting System
FRA France or French
FTP File Transfer Protocol
FUD Field Use Designator
FUDN Field Use Designator Number
FUI Field Use Identifier
GBR United Kingdom of Great Britain and Northern Ireland
GeFüSys Gefechtsfeldführungssystem
GEL Generic Event List
GH ATCCIS Generic Hub (Data Model)
GIE Global Information Environment
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GOIDG General Officers International Digitization Group
GPOC Gateway Point of Contact
GRC Greece
GW Gateway
HCDR High Capacity Data Radio
HDRS Headers
HEROS Heeresführungsinformationssystem für rechnergestützte
Operationsführung in Stäben
HF High Frequency
HICON Higher Controller
HoD Head of Delegation
HQ Headquarters
HQ AFCENT Headquarters Allied Forces Central Europe
HQ AFSOUTH Headquarters Allied Forces Southern Europe
HQ ARRC Headquarters ACE Rapid Reaction Corps
HQ EUROCORPS Headquarters European Corps
HRF/LRF High Readiness Forces / Low Readiness Forces
HTML Hyper Text Markup Language
HTTP Hyper Text Transfer Protocol
HUN Hungary
HW Hardware
I/O input / output
IAD Interface Adapter Device
IAW In Accordance With
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ICAM Integrated Computer-Aided Manufacturing
ID Identifier
IDEF1X ICAM Definition Language 1. Extension
IDL Interface Definition Language
I.E. Id Est-Such As
IEEE Institute of Electrical and Electronic Engineers
IER Information Exchange Requirement
IMC Information Management Cell
IMS International Military Staff
INFOSEC Information Security
IOB Inter-Operability Branch
IOF Input/Output Facility
IOT&E Initial Operational Test & Evaluation
IP Internet Protocol, ISO/OSI level 3
IPM Interpersonal Messaging
IPMS Interpersonal Messaging System
IR Incident Report
IRD Information Resource Dictionary
IRDS Information Resource Dictionary Standard
IRRB IR Review Board
ISDN Integrated Services Digital Network
ISO International Organisation of Standardisation
ISO/OSI International Standardisation Organisation/ Open Systems
Interconnection
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ISSC Information System Sub-Committee
ITA Italy or Italian
ITR Initial Technical Review (CP at AFS or DBA)
ITU International Telecommunication Union
JC3IEDM Joint C3 Information Exchange Data Model
JC3RCSC Joint C3 Requirements and Concepts Sub-Committee
JSB Joint Service Board
JWID Joint Warrior Interoperability Demonstration (renamed to CWID in
2005)
LAN Local Area Network
LC2IEDM Land Command and Control Information Exchange Data Model
LC2IS Land Command and Control Information System
LCIS Land Common Interoperability System
LFCS Land Forces Command System
LFC2IS Land Forces Command and Control System
LG.1 Land Group 1 (of the NATO Army Armaments Group - NAAG)
LLAPI Low Level Air Picture Interface
LLC Logical Link Control
LO Liaison Officer
LOCON Lower Controller
LOWG Land Operational Working Group
LTU Lithuania
MAS NATO Military Agency for Standardisation
MBN MIP Briefing Notes
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MBP MIP Block Plan
MBPT MIP Boiler Plate Text
MBxTP MIP Block x Test Plan (x is for the Block it’s written for)
MCDM MIP Common Data Model
MCI MIP Common Interface or MIP Gateway
MCLiP MIP Communications and Liaison Plan
MCMP MIP Configuration Management Plan
MCS Maneuver Control System
MDP MIP Development Plan
MDWP Multi-Disciplinary Working Party
MEBxR MIP End Of Block x Report (x is for the Block it’s written for)
MEDP MIP Exercise and Demonstration Plan
MEI Message Exchange Interface
MEL Main Events List
MEM Message Exchange Mechanism
MFI Mandatory For Implementation
MG Multinational agreement
MGA CP MG agreed
MGS CP in MG Staffing process MTFWG
MHS Message Handling System
MIC Multinational Interoperability Council
MIE Military Information Environment
MIF MIP Integrated Framework
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MIL-STD-2525B US Mil Standard, Common Warfighting Symbology, version B dd
30 Jan 1999
MIME Multipurpose Internet Mail Extensions
MIP Multilateral Interoperability Programme
MIP Baseline List MIP Baseline Documents Status List
MIP CONOPS MIP Concept of Operations.
MIP Doc Reg MIP Document Register
MIP Glos MIP Glossary
MIP POC MIP Point of Contact List
MIPS MIP Integrated Programme Schedule
MIR MIP Implementation Rules
MMHSWG Military Message Handling Services Working Group
MNC Multinational Corps
MND Multinational Division
MNMB MIP – NDAG Management Board
MOA Memorandum of Agreement
MOD Ministry of Defence
MOH MIP Operational Handbook
MOL MIP Official Library
MOLT MIP Operational Level Test Specification
MOOTW Military Operations Other Than War
MOP MIP Operating Procedures
MOU Memorandum of Understanding
MPMP MIP Programme Management Plan
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MPRL MIP Program Risk List
MPR MIP Problem Report
MPRRB MPR Review Board
MPRT MIP Problem Report Tool (aka MIPzilla, Bugzilla)
MRMP MIP Risk Management Plan
MRS MIP Reference System
MS MIP Solution
MS Message Store
MSB MIP Standard Briefing
MSG MIP Steering Group
MSG Message
MSISP MIP System Interconnections Security Policy
MSLT MIP System Level Test Specification
MSRS MIP System Requirement Specification
MTA Message Transfer Agent
MTBF Mean Time Between Failure
MTC MIP Test Controller
MTEMP MIP Test and Evaluation Master Plan
MTF Message Text Format
MTFWG Message Text Format Working Group
MTFWG CM Plan Message Text Format Working Group Configuration Management
Plan
MTIDP MIP Technical Interface Design Plan
MTIR MIP Tactical C2IS Interoperability Requirement
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MTM Message Transfer Mechanism
MTP MIP Test Plan
MTS Message Transfer System
MTTP MIP Technical Test Plan
MTTR Mean Time To Repair
MTWP MIP Testing Working Party
MVS MIP Vision and Scope
MWAOP MIP WEB Site Administration and Operating Procedures.
NAAG NATO Army Armaments Group
NAD Network Architecture Diagram
NARR Narrative
NATO North Atlantic Treaty Organisation
NBC Nuclear, Biological, Chemical
NC3A NATO Command Control & Consultation Agency
NC3B NATO Command Control & Consultation Board
NC3O NATO Command Control & Consultation Organization
ND National Division
NDAG NATO Data Administration Group
NEGACK Negative Acknowledgement
NEO Non-combatant Evacuation Operations
NHQC3S NATO Headquarters Consultation, Command and Control Staff
NHQC3S/IOB NATO Headquarters Consultation, Command and Control Staff /
Interoperability Branch
NI Not Implemented
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NIETWG NATO Interoperability Testing Working Group
NIMP NATO Interoperability Management Plan
NIPD NATO Interoperability Planning Document
NLD The Netherlands
NOR Norway
NOSWG NATO Opens Systems Working Group
NPIS NATO Procedural Interoperability Standards
NRT Nearly Real Time
O/R Originator/Recipient
OBJ Objective
OCL Object Constraint Language
OIG Operational Information Groups
OLT Operational Level Test
OMG Object Management Group
OMT Object Modelling Technique
OO Object Oriented.
OOTW Operations Other Than War
Op Eval Operational Evaluation
OPCOM Operational Command
OPCON Operational Control
OPLAN Operations Plan
OPORDER Operations Order
ORB Object Request Broker
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ORBAT Order of Battle
ORG Organization
OSI Open Systems Interconnection
OT Object Technology
OWG Operational Working Group
P1 A special X.400 protocol
PDAU Physical Delivery Access Unit
PDU Protocol Data Unit
PL Phase Line
PM Project Manager
PMG Programme Management Group
POL Poland
POSACK Positive Acknowledgement
PPP Point-to-Point-Protocol
PRMD Private Management Domain
PRT Portugal
QACISG Quadrilateral Army CIS Interoperability Group
QACISIG Quadrilateral Army Communications and Information systems
Interoperability Group
QIOP Quadrilateral Interface Operational Procedures (QIP Program)
QIP Quadrilateral Interoperability Programme
QMHS QIP Message Handling System
QTIDP QIP Technical Interface Design Plan
RCPT Receipt to
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RDBMS Relational Data Base Management System.
RDC Replication Domain Composite
RDT Replication Domain Type
REPMAN Replication Manager
RET Return
RFC Request for Comments
RFC 822 Part of SMTP Message Text Format
RFD Request For Deviation
RFW Request For Waiver
RIP Routing Information Protocol
RITA Réseau Intégré de Transmissions Automatiques
RMKS Remarks
ROU Romania
RPC Remote Procedure Call
RTSE Reliable Transfer Service Element
S&F Store and Forward
SA Situational Awareness
SAN Secondary Access Node
SAP Service Access Point
SATCOM Satellite Communications
SCRA(T) Single Channel Radio Access (Terminal)
SEAWG Systems Engineering & Architecture Working Group
SEI Software Engineering Institute from Carnegie Mellon University
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SC/n Subcommittee/number
SHA Supreme Headquarters Allied Powers Europe
SHAPE Supreme Headquarters Allied Powers Europe
SIACCON Sistema Automatizzato di Comando e Controllo
SICF Système d’Information pour le Commandement des Forces
SIMACET SIstema de Mando y Control para el Ejército de Tierra
SINCE Simulation and C2 Information System Connectivity Experiment
SIR Système d’Information Régimentaire
SLIERP Senior Land Information Exchange Requirements Panel
SLT System Level Test
SME Subject Matter Expert
SMTP Simple Mail Transfer Protocol
SNR (A) Senior National Representatives (Army)
SNR (C3) Senior National Representatives C3
SOI Statement of Intent
SOP Standard Operating Procedures
SOTRIN Sottosistema di Trasmissioni Integrate
SPN Self-Protecting Node
SQL Structured Query Language
SRS [Software or System] Requirements Specifications
SSP System Security Policy
STANAG STANdardisation AGreement
STGP Shared Tactical Ground Picture
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SUT System Under Test
SVN Slovenia
SW Software
SWE Sweden
SYS ACK System Acknowledgement
SYS NAK System Negative Acknowledgement
TAA Tactical Assembly Areas
TACCIS Tactical Area Command and Control Information System
TASK ORG Task Organisation
TBD To be Done / To be Decided / To be Determined
TCP Transmission Control Protocol
TEWG Test and Evaluation Working Group
TFMAN Transfer Facility Manager
TFTP Trivial File Transfer Protocol
TIDP Technical Interface Design Plan
TMHS Tactical Message Handling System
TOA Transfer Of Authority
TOC Tactical Operations Centre
TOP WG Land Forces Tactical Doctrine and Operational Procedures Working
Group
ToR Terms of Reference
TP2K TACOM Post-2000
TTP Tactics, Techniques and Procedures
TTSpec Technical Test Specification
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TUR Turkey
TWG Technical Working Group
UA User Agent
UDP User Datagram Protocol
USA United States of America
UTC Coordinated Universal Time
UTM Universal Transverse Mercator
UTP Unshielded Twisted Pair
VHF Very High Frequency
WAN Wide Area Network
WG(s) Working Group(s)
WGS World Geodetic System
WP(s) Working party(s)
WTD 81 Wehrtechnische Dienststelle 81
(Federal Armed Forces Technical Centre for Communications and
Electronics 81)
WWW World Wide Web
X.400 CCITT/ITU Recommendation for Message Handling Systems
XDR External Data Representation
XML Extensible Markup Language
Y2K Year 2000
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ANNEX B DEFINITIONS
Actor Someone or something, outside the system that interacts with the
system.
Analysis The part of the development process whose primary purpose is to
formulate a model of the problem domain. Analysis focuses on what
to do.
Architectural
Description
A collection of products to document an architecture.
Architecture The fundamental organization of a system embodied in its
components, their relationships to each other, and to the
environment, and the principles guiding its design and evolution.
Artefact Artefacts are either final or intermediate work products that are
produced and used during a project. Artefacts are used to capture
and convey project information. An artefact can be any of the
following:
• A document, such as Business Case or Software Architecture Document;
• A model, such as the Use-Case Model or the Design Model; • A model element; that is, an element within a model, such
as a class, or a subsystem; and • Plans, code, test cases, manuals.
Baseline A reviewed and approved release of artefacts that constitutes an
agreed basis for an in-service period or further evolution or
development and that can be changed only through a formal
procedure, such as change management and configuration control.
Block A block is a fixed period of time that goes through a complete (3
year) development and (2 year) in-service cycle. At the end of a
block development cycle, a new generation of the product is
baselined. In MIP, a block has a fixed duration of five years.
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Class A description of a set of objects that share the same attributes,
operations, methods, relationships, and semantics. A class may use a
set of interfaces to specify collections of operations it provides to its
environment.
Class Diagram A diagram that shows a collection of declarative (static) model
elements, such as classes, types, and their contents and relationships.
CM Configuration Management (CM) is a supporting process whose
purpose is to identify, define, and baseline items; control
modifications and releases of these items; report and record status of
the items and modification requests; ensure completeness,
consistency and correctness of the items; and control storage,
handling and delivery of the items.
Construction Construction is one of the phases in development life cycle. The
purpose of the construction phase is to clarify the remaining
requirements, complete the development of the national
implementation of the product based upon the baselined architecture
and decide if the implementation is ready for integration with other
national implementations of the product.
Contracts From an operational context a contract is the description of
information that a Data-Provider [DP] and Data-Receiver [DR] will
exchange. A contract in replication terms consists of a DP, DR, a
description of a subset of tables, referred to as a RDC, from the
C2IEDM and an optional description of the associated horizontal
filters.
A contract defines, to the replication mechanism, a set of the data in
the database to be replicated. It associates a contract type, with
appropriate parameter values, to a source (data provider) and a
destination (data receiver). Contracts are instantiated by the
replication managers when data needs to be replicated between
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nodes on the network based on the operation needs of the users
within the national system and/or display on any C2 systems.
Contract-Types A contract template that specifies the subset of data in the database
to be replicated by combining an RDC with parameterised
horizontal filter statements for each table in the RDC. The pertinent
records within the MCDM Data Base are specified in a given
contract type.
Examples:
‘UNIT-ACTIVITY-and-LOCATION’ -- a description of the attitude
of the unit within a given area of interest
‘CONTROL-FEATURES’ -- the description of limits of units, area or
zone or axis of action
‘ORBAT and STATUS’ -- the description of the status of the reported
units.
Cycle One complete pass through the four phases: inception, elaboration,
construction and transition. The span of time between the beginning
of the inception phase and the end of the transition phase.
Database Index Data access structures used to speed access along specified paths.
Data base rules These are the logical rules found in the C2IEDM. These rules are
used to ensure that automated data exchange is logically complete,
and therefore machine processable information.
Database Trigger Event-activated behaviour associated with tables.
Data fill National data fill: data needed to support an operation (e.g. national
ORBAT/task organisation)
MIP common data fill: MIP provided data that every MIP Gateway
has to load (for Block 2 this is TYPE fill).
Data Provider A Tactical addressee which is transmitting information to one or
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many receiver.
Data Receiver A Tactical addressee which is acquiring information from one or
many providers.
Denormalization Denormalization aids the process of systematically adding
redundancy to the database to improve performance.
Denormalization can improve certain types of data access
dramatically, but there is no success guaranteed and there is always
a cost.
Design The part of the development process whose primary purpose is to
decide how the system will be implemented.
Design Model
An object model describing the realization of use cases; serves as an
abstraction of the implementation model and its source code.
<Development> Cycle One complete pass through the four <development> phases:
inception, elaboration, construction and transition. The span of time
between the beginning of the inception phase and the end of the
transition phase.
<Development> Phase The time between two major project milestones, during which a
well-defined set of objectives is met, artifacts are completed, and
decisions are made to move or not move into the next phase.
Discipline A discipline is a collection of related activities that are related to a
major 'area of concern'.
Document A document is a collection of information that is intended to be
represented on paper, or in a medium using a paper metaphor. The
paper metaphor includes the concept of pages, and it has either an
implicit or explicit sequence of contents. The information is in text
or two-dimensional pictures. Examples of paper metaphors are word
processor documents, spreadsheets, schedules, Gantt charts, web
pages, or overhead slide presentations.
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Domain An area of knowledge or activity characterized by a set of concepts
and terminology understood by practitioners in that area.
Domain Model A domain model captures the most important types of objects in the
context of the domain. The domain objects represent the entities that
exist or events that transpire in the environment in which the system
works. The domain model is a subset of the business object model.
Elaboration Elaboration is one of the phases in development life cycle. The
purpose of the elaboration phase is to baseline the architecture of the
product in order to provide a stable basis for the bulk of the design
and implementation effort in the construction phase and to decide to
commit to the remainder of the development cycle.
Enabling System A system that complements a system-of-interest during its life cycle
stages but does not necessarily contribute directly to its function
during operation.
Entity An entity is any distinguishable object or concept that is to be
represented in the database.
Environment (1) A discipline in the software-engineering process, whose purpose
is to define and manage the environment in which the system is
being developed. Includes process descriptions, configuration
management, and development tools.
(2) A specific instance of a configuration of hardware and software,
established for the purpose of software development, software
testing, or in which the final product is deployed.
Feature An externally observable service provided by the system, which
directly fulfills a stakeholder need.
Framework A micro-architecture that provides an extensible template for
applications within a specific domain.
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Generation Final release at the end of a <development> cycle.
Host Nation A nation which receives the forces and/or supplies of allied nations
and/or NATO organizations to be located on, or to operate in, or to
transit through its territory. (AAP-6, NATO Glossary of Terms and
Definitions, Aug 95).
IDEF1X IDEF1X is a method for designing relational databases with a syntax
designed to support the semantic constructs necessary in developing
a conceptual schema. A conceptual schema is a single integrated
definition of the enterprise data that is unbiased toward any single
application and independent of its access and physical storage.
IEEE The Institute of Electrical and Electronics Engineers (Eye-triple-E)
is a non-profit, technical professional association of more than
380,000 individual members in 150 countries.
Inception Inception is one of the phases in development life cycle. The
purpose of the inception phase is to achieve concurrence among all
stakeholders on the objectives for the development cycle, determine
if it is feasible, and decide if it is worth pursuing.
Incremental Qualifies an iterative development strategy in which the system is
built by adding more and more functionality at each iteration.
Initialisation The process that leads to two organisations having the same
common awareness of the military situation. This means the MOP -
Technical Setup and Operational Setup and Management Procedures
have to be executed.
Integration Integration is one of the phases in development life cycle. The
purpose of the integration phase is to integrate all readied national
implementations of the product and to perform its verification and
initial validation
Interoperability The ability of systems to provide services to and accept services
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from other systems and to use the services so exchanged to enable
them to operate effectively together. It can be achieved:
by exchanging of formatted messages (level 4);
by pushing selected data towards other systems (level 5 – push).
Iteration A distinct sequence of activities with a base-lined plan and valuation
criteria resulting in a release (internal or external).
Life Cycle Model A framework of processes and activities concerned with the life
cycle, which also acts as a common reference for communication
and understanding.
MACCIS Model based Architecture for Command and Control Information
System (Minimum Architecture for Command and Control
Information System).
MIP Common Data
Dictionary
It contains all the dictionaries attached both to the MIP Message
Text Formats and MIP Common Data Model.
MIP Common Data
Model
Data Model developed from the LC2IEDM (current C2IEDM), used
as starting point and mapped with AdatP-3 12.2 and APP-6A, for
satisfying MIP Requirements
MIP Common Interface
(MCI)
or
MIP Gateway
A logical description of the configuration of two or more
implementations (in Soft and/or Hardware) of the MIP
specifications that enables information exchange between two or
more C2IS of different nations.
MIP Interface The national implementation of the MIP Specifications.
MIP Solution A set of items delivered by the MIP programme at the end of each
block. It includes the MIP specifications, Standard Operation
Procedures and other documentation that is required for
implementation of the specifications and for use of the MCI.
MIP Specification What is required to implement a MIP Interface.
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Model An abstraction of a physical system with a certain purpose. A model
captures a view of a physical system. Hence, it is an abstraction of
the physical system with a certain purpose; for example, to describe
behavioral aspects of the physical system to a certain category of
stakeholders. A model contains the entire model elements needed to
represent a physical system completely according to the purpose of
this particular model.
Object Model An abstraction of a system's implementation..
Operational Information
Groups (OIG)
Operational Information Groups are sets of information passed
across the MIP Gateway.
Operational procedures These are the human business rules that ensure that operational
meaning and intent is exchanged during operations.
Order of battle The identification, strength, command structure, and disposition of
the personnel, units, and equipment of any military force.
ORBAT concerns nations. ORBAT is a list of military forces/units
at any levelORBAT TOA (TRANSFER OF AUTHORITY)
concerns coalition forces.
ORBAT TOA is the list of forces provided to the force commander
from the nations.
Product The <system> that is the result of development, and some of the
associated artefacts.
Query A result of a structured information request in a formal notation used
to extract information from a database.
Receiving Nation The nation to which the Donor Nation deploys its gateway. The
Receiving Nation normally assumes Operational Control of the
Donor Nation's gateway.
Release A subset of the end-product that is the object of evaluation at a
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major milestone. A release is a stable, executable version of product,
together with any artifacts necessary to use this release, such as
release notes or installation instructions. A release can be internal or
external. An internal release is used only by the development
organization, as part of a milestone, or for a demonstration to users
or customers. An external release (or delivery) is delivered to end-
users. A release is not necessarily a complete product, but can just
be one step along the way, with its usefulness measured only from
an engineering perspective.
Replication Domain
Composite (RDC)
A Replication Domain Composite is the union of selected RDTs
(often combined to support a specific contract), and the entity RDC-
ELEMENT specifies the RDTs from which the RDC is composed.
An RDC may be used to define one set of data to be exchanged
between a DP and a DR. Because an RDC is a union of RDTs and
some RDTs may be subsets of other RDTs, there is no need to
include, in an RDC specification, an RDT that is a subset of another
RDT in the that specification. An RDC is a referentially complete
set of the tables.
Replication Domain
Type (RDT)
A minimum set of entities of a data model that is originated from a
specific “leaf” ENTITY and that is referentially complete including
all non-identifying relationships. “Complete” means that none of the
entities has a parent entity that is not part of the same RDT. An
RDT can be considered as an independent sub-model within the data
model. An RDT can be viewed as the smallest subset of the
database that can be agreed as referentially integral for information
exchange.
Repository A storage place for object models, interfaces, and implementations.
Requirement A requirement describes a condition or capability to which a system
must conform; either derived directly from user needs, or stated in a
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contract, standard, specification, or other formally imposed
document.
RUP Rational Unified Process®, or RUP®, is configurable software
development process platform that delivers practices and a
configurable architecture that enable you to select and deploy only
the process components you need for each stage of your project.
Semantic Artefacts /
Composites
By recognising that data is only the building block of information
and knowledge. Common data as in the C2IEDM is a necessary but
not sufficient condition to the achievement of level 5
interconnection. The other necessary condition is semantic
completeness. One could submit that information is indeed made up
of data plus semantic completeness (business rules). The operational
requirement is about the exchange of information and not only the
exchange of data. However in order for information to be processed
by automated command and control system, it has to be broken
down into data. This data elements are either created or combined
into logical and semantic artefacts in order to confirm the
operational value of the intended exchange. The actual
implementation of one of these artefacts is information composite.
Semantic rules These are the Rules used to create semantic composites, which
maintain operational meaning of the information during creation,
exchange and display of operational activities. These rules can be
implemented through human procedures, application level business
rules or replication semantic validation, (In the case of the MIP
phase 2 prototype demo the replication semantic rules validation
will be limited to agreed C2IEDM business rules. Operation
business rules associated with agreed generic operational events will
be implemented in the national C2IS application or managed
through operational procedures).
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Sequence Diagrams A diagram that shows object interactions arranged in time sequence.
In particular, it shows the objects participating in the interaction and
the sequence of messages exchanged.
Specification A declarative description of what something is or does.
SRS Is a set of requirements, which completely defines the external
behaviour of the system to be built—sometimes called a functional
specification.
Stage A period within the life cycle of a system that relates to the state of
the system description or the system itself.
Stakeholder A party having a right, share or claim in a system or in its possession
of characteristics that meet that party’s needs and expectations.
Stakeholder An individual who is who is materially affected by the outcome of
the system.
System A set or arrangement of elements [people, products (hardware and
software) and processes (facilities, equipment, material, and
procedures)] that are related and whose behaviour satisfies customer
/ operational needs, and provides for the life cycle sustainment of
the products.
System Element A member of a set of elements that constitutes a system.
System Life Cycle The evolution with time of a system-of-interest from conception
through to retirement.
System-of-Interest The system whose life cycle is under consideration in the context of
this document.
Task Organization A temporary grouping of forces designed to accomplish a particular
mission. Task organization involves the distribution of available
assets to subordinate control headquarters by attachment or by
placing assets in direct support or under the operational control of
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the subordinate.
The force commanders reorganize his forces to solve the mission
given in a plan. He decides the best way to accomplish the mission,
is to create a specific task organization based on the ORBAT TOA
linked to this specific plan.
Test Case The definition of a specific set of test inputs, execution conditions,
and expected results, identified for the purpose of making an
evaluation of some particular aspect of a target test item.
Timeboxing The approach to the management of an iteration's schedule
recommended in the RUP: having initially established the scope and
schedule for an iteration, the project manager is encouraged to
actively manage that scope (and the resources committed to the
iteration) so as to meet the planned iteration end date, rather than
slipping the end date to accommodate the originally planned scope,
if development takes longer than planned. In the RUP, reduction of
scope is preferred to addition of resources to manage a slipping
schedule. The motivations for this approach are to make the results
of an iteration visible to the stakeholders and to assess the iteration,
so that the lessons learned may be applied to subsequent iterations.
Transition Transition is one of the phases in development life cycle. The
purpose of the transition phase is to deliver the product to the
operational environment in each nation and to assess the completion
of development cycle.
UML Unified Modelling Language (UML) is a standard language for
specifying, visualizing, constructing, and documenting the artefacts
of software systems. It simplifies the complex process of software
design, making a "blueprint" for construction.
Use Case A use case defines the user's view of interactions with (and within)
the system. Use Cases show how entities interact, and are usually
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presented as structured text or diagrammatically.
Use-Case Model A model that describes a system’s functional requirements in terms
of use cases.
Use-Case Package A use-case package is a collection of use cases, actors, relationships,
diagrams, and other packages; it is used to structure the use-case
model by dividing it into smaller parts.
View A projection of a model, which is seen from a given perspective or
vantage point and omits entities that are not relevant to this
perspective.
Viewpoint A viewpoint is one or more stakeholder concerns.
Workflow The sequence of activities performed in a business that produces a
result of observable value to an individual actor of the business.
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ANNEX C REFERENCES