Name: TS 103 195-2 : 1.1.1
Brand: ETSI

AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); GENERIC AUTONOMIC NETWORK ARCHITECTURE - PART 2: AN ARCHITECTURAL REFERENCE MODEL FOR AUTONOMIC NETWORKING, COGNITIVE NETWORKING AND SELF-MANAGEMENT

Published date

13-05-2018

Publisher

European Telecommunications Standards Institute

Intellectual Property Rights
Foreword
Modal verbs terminology
Introduction
1 Scope
2 References
3 Definitions, symbols and abbreviations
4 Introduction and Overview of the GANA
  Reference Model
5 The detailed description of the GANA Reference
  Model Structure, Core concepts and Principles
6 Reference Points (Rfps) in the GANA Reference Model
7 Concluding Remarks and Perspectives on Further Work
Annex A (normative) - Summary of GANA Abstraction
        Levels for Self-Management/Autonomics
        Control-Loops
Annex B (normative) - Requirements for Protocols and APIs
        for Enabling GANA based Autonomics, Cognitive
        Networking and Self-Management of Networks and
        Services in Evolving and Future Networks
Annex C (normative) - Operations Guide for GANA-Empowered
        AMC and Autonomic Networks
Annex D (normative) - The ONIX System and possible ways to
        implement ONIX
Annex E (informative) - Bibliography
History

Gives the definition of the Generic Autonomic Network Architecture (GANA) as an architectural reference model for autonomic networking, cognitive networking and self-management that addresses the requirements defined in ETSI TS 103 194 - a compilation of example requirements which reflect realworld problems that benefit from the application of automated management, autonomic management and selfmanagement principles for networks and services delivered by the network to applications.

Committee	NTECH AFI
DocumentType	Standard
PublisherName	European Telecommunications Standards Institute
Status	Current

TR 103 495 : 1.1.1	NETWORK TECHNOLOGIES (NTECH); AUTOMATIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); AUTONOMICITY AND SELF-MANAGEMENT IN WIRELESS AD-HOC/MESH NETWORKS: AUTONOMICITY-ENABLED AD-HOC AND MESH NETWORK ARCHITECTURES
EG 203 341 : 1.1.1	CORE NETWORK AND INTEROPERABILITY TESTING (INT); APPROACHES FOR TESTING ADAPTIVE NETWORKS
TR 103 404 : 1.1.1	NETWORK TECHNOLOGIES (NTECH); AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); AUTONOMICITY AND SELF-MANAGEMENT IN THE BACKHAUL AND CORE NETWORK PARTS OF THE 3GPP ARCHITECTURE
TS 103 194 : 1.1.1	NETWORK TECHNOLOGIES (NTECH); AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); SCENARIOS, USE CASES AND REQUIREMENTS FOR AUTONOMIC/SELF-MANAGING FUTURE INTERNET
GS AFI 002 : 1.1.1	AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); GENERIC AUTONOMIC NETWORK ARCHITECTURE (AN ARCHITECTURAL REFERENCE MODEL FOR AUTONOMIC NETWORKING, COGNITIVE NETWORKING AND SELF-MANAGEMENT)
TS 103 371 : 1.1.1	NETWORK TECHNOLOGIES (NTECH); AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); PROOFS OF CONCEPT FRAMEWORK

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TS 103 195-2 : 1.1.1

AUTONOMIC NETWORK ENGINEERING FOR THE SELF-MANAGING FUTURE INTERNET (AFI); GENERIC AUTONOMIC NETWORK ARCHITECTURE - PART 2: AN ARCHITECTURAL REFERENCE MODEL FOR AUTONOMIC NETWORKING, COGNITIVE NETWORKING AND SELF-MANAGEMENT

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