AS 5019-2001

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

Specifies how a transponder is activated and how the stored information is transferred to the transceiver. An annex sets out requirements additional to ISO11785:1996 for application in Australia.

First published as AS 5019-2001.