AS 5019-2001

Table of Contents

1 -  AS 5019-2001 ELECTRONIC ANIMAL IDENTIFICATION-RADIOFREQUENCY METHODS
4 -  PREFACE
5 -  CONTENTS
7 -  1 Scope
7 -  2 Conformance
7 -  3 Normative references
7 -  4 Definitions
7 -  4.1 activation field:
7 -  4.2 activation frequency:
7 -  4.3 activation period:
8 -  4.4 bit rate:
8 -  4.5 differential bi-phase encoding:
8 -  4.6 encoding:
8 -  4.7 error detection code:
8 -  4.8 frequency shift keying:
8 -  4.9 full duplex:
8 -  4.10 half duplex:
8 -  4.11 header:
8 -  4.12 identification code:
8 -  4.13 identification telegram:
8 -  4.14 mobile transceiver:
8 -  4.15 modulation:
8 -  4.16 non-return to zero encoding:
8 -  4.17 page:
8 -  4.18 phase shift keying:
8 -  4.19 stationary transceiver:
8 -  4.20 trailer:
8 -  4.21 transceiver:
8 -  4.22 transponder:
9 -  5 Abbreviations
9 -  6 Requirements
9 -  6.1 Full duplex system
10 -  6.2 Half duplex system
13 -  Annex A - Integration of installed bases
13 -  A.1 Introduction
13 -  A.2 TechnicaI characteristics of known and widely used technologies
15 -  A.3 Concept for including the technologies in an FDX/HDX transceiver
16 -  Annex B - CRC check for error detection
16 -  B.1 Description
16 -  B.2 CRC check source code example
17 -  B.3 Reference
18 -  Annex C - Synchronization
18 -  C.1 Introduction
18 -  C.2 Wired synchronization
18 -  C.3 Wireless synchronization
20 -  ANNEX ZA - ADDITIONAL REQUIREMENTS FOR APPLICATION IN AUSTRALIA
20 -  ZA1 INTRODUCTION
20 -  ZA2 SYSTEM PERFORMANCE SPECIFICATION
20 -  ZA2.1 Scope
20 -  ZA2.2 The device
20 -  ZA2.3 Conformance
20 -  ZA3 READER CLASSES AND CLASSIFICATIONS
20 -  ZA3.1 General
21 -  ZA3.2 Reader (transceiver) classes
21 -  ZA3.3 Reader classifications
21 -  ZA3.4 Example
22 -  ANNEX ZB - ADDITIONAL REQUIREMENTS FOR APPLICATION IN AUSTRALIA-COMPANION ANIMAL REGISTRY CONSIDERATIONS
22 -  ZB1 SCOPE
22 -  ZB2 REGISTRY OPERATIONS AND CHECKING FOR DUPLICATION
22 -  ZB2.1 Prevention of number duplication
22 -  ZB2.2 Skeleton records
22 -  ZB3 MANUFACTURER CODES
22 -  ZB3.1 Manufacturers
23 -  ZB3.2 Reader displays
23 -  ZB4 INFORMATION CAPTURE
23 -  ZB4.1 Initial recording of information
23 -  ZB4.2 The implanter
23 -  ZB4.3 Updating of recorded information.
23 -  ZB5 DATA ENTRY
23 -  ZB5.1 Recording of information
23 -  ZB6 CAPACITY TO RETRIEVE INFORMATION
23 -  ZB6.1 General
24 -  ZB6.2 Access
24 -  ZB7 DATA OWNERSHIP, CONFIDENTIALITY & REGISTER CONTINUITY
24 -  ZB7.1 Proprietorship of information
24 -  ZB7.2 Registry confidentiality
24 -  ZB7.3 Continuity of register activity
24 -  ZB8 GENERAL CONSIDERATIONS
24 -  ZB8.1 Data acceptance
24 -  ZB8.2 Lifetime recording
24 -  ZB8.3 Cost of recovery of data
25 -  ZB9 SECURITY OF INFORMATION
25 -  ZB9.1 Security
25 -  ZB10 BACKUP OF REGISTRY DATA
25 -  ZB10.1 Backup
25 -  ZB11 INTEGRATION WITH OTHER SYSTEMS
25 -  ZB11.1 Integration and availability
26 -  ZB12 REGISTRY SUPERVISION
26 -  ZB12.1 Supervision
26 -  ZB12.2 Supervisory authority
26 -  ZB13 COMPLAINTS AND DIFFICULTIES
26 -  ZB13.1 Complaints and difficulties
26 -  ZB14 DEFINITIONS

Abstract

Specifies how a transponder is activated and how the stored information is transferred to the transceiver. An annex sets out requirements additional to ISO 11785:1996 for application in Australia.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	Standards Australia
ProductNote	Pending Revision indicates that as a result of the Aged Standards review process, the document needs updating. If no project proposal, meeting the quality criteria, is received within the 12 month timeframe, the document shall be withdrawn.
Pages
ISBN
Committee	IT-028
Supersedes	DR 98660 DR 98659