15
(RFID)
2006 GS1 Taiwan
ISO RFID 18
GS1 Taiwan
The Basic Data for Comment Survey274 RFID
2 0 0 6
EPCglobal Taiwan
55
2% 5%
2 2 % 1 9 %
33% 19%
RFIDThe Necessity of RFID National Standards'Establishment
I S O
7 5 %
RF ID 1
6 1. RFID
RFID
/
By Johnson Hu
The Survey of Development Strategies for RFIDNational Standards
GS1 Taiwan 2006RFID EPCglobal
ISO EPCglobal EPCglobal
In 2006, GS1 Taiwan, which is authorized by the Bureau of Standards, Metrology and Inspection, Ministry of Economic Affairs, toperform the project of "Study and Promotion of RFID", should refer to practical demands of industries and the internationaldevelopment trend in order to bring limited resource into full play. In view of EPCglobal acting as an international main force ofRFID standards, it is suggested that EPCglobal developments and achievements shall be considered for reference, so as toeffectively connecting to international standards.
The Survey of Development Strategies for RFIDNational Standards
RFID
16
RFIDPriority of RFID National Standards Development
20061. ISO/IEC 18000-1 / -2 / -
3 / -4 / -6 / -6C / -7 ISO/IEC 18001
2. RF ISO/IEC 15961
/ 15962 / 15963
3. ISO/IEC TR 18046 / 18047-3 /
18046-4 / 18047-7
4. RFID ISO/IEC 11784 / 11785 / ISO/IEC
14223
22
ISO 16
6 EPCglobal
2
6 2. RFID
ISO1. SO/IEC SC31 18047-6 RFID Conformance-860-960KHz
2. ISO TC 17367 RFID Product Tagging
3. ISO 18092 Near Field Communication-
4. ISO TC 17366 RFID Product Packaging
5. ISO TC 17365 RFID Transport Units
6. ISO 15693 Identification Cards
7. ISO 14443 Identification Cards
8. ISO TC 17363 RFID Freight Containers
9. 19762-3 Radio frequency identification (RFID)
10. ISO TC 17364 RFID Returnable Transport
Items
11. ISO/IEC SC31 15434.3 IT- -
12. ISO/IEC SC31 18047-2 RFID Conformance-135KHz
13. 24710 Elementary tag license plate functions for ISO/IEC
18000 air interface definition
14. SO/IEC 24730-1 I T, AIDC (RTLs) Part
1: Application Process Interface
15. 19762-1 General terms relating to Automatic Identification
and Data Capture
16. 19762-2 Optically Readable Media (ORM)
(RFID)
17
(RFID)
4 .
5 .
6. ISO
ISO
Protocol ISO EPCglobal
RF ID
7 .
8 .
RFID
9 .
10.
(
IATA FIATA WCO
)
11.
EPCglobal
RF ID
12.EPCglobal RFID
EPCglobal
EPCglobal1. EPCglobal 1.3
2. EPCglobal 1.1
3. EPCglobalALE1.1 Application Level Event
4. EPCglobal 1.1
5. EPCglobal ONS1.0 Object Name Service
6. Scurity2 X509
ISO EPC1. EPCglobal 1.3
2. EPCglobal 1.1
3. SO/IEC SC31 18047-6 RFID Conformance-860-960KHz
4. EPCglobalALE1.1 Application Level Event
5. ISO TC 17367 RFID Product Tagging
RFIDThe Strategies And Suggestions of RFID NationalStandards Development
RF ID
1. UHF
2. RFID EPCglobal ISO
EPCglobal
EPCglobal
3. RF ID
18
RFID/EPCValue Model?How to initiate the RFID/EPC value modelcustomized for Asian-Pacific manufacturers?
RF ID
Process Scenarios EPCglobal
EPC Possibilities
Event
What -
Why (Business Context) -
When -
Where -
3
3
Quantity Event
E P C C l a s s
Quantity Quantity Event
P O S
Quantity Event Transaction
Event
Read Point
Biz Location
RF ID
EPCglobal Gen II
E P C
RF ID
RFID/EPCValue Model
2006 21 EPCIS EPCRFID/ EPC Value Model RFID SCOR
RF ID(Continued on page 21, the fall quarterly of 2006) In the last article, the content of "From EPCIS to the Global Supply Chains" was introduced,and accounted for "The Development of EPC Encoding"; in this article, the main content is to talk on how to initiate Asian-Pacific ManufacturingProcess-Based RFID/ EPC Value Model, and where to put forth effort on RFID in the Asia, taking advantage of SCOR to analyze RFIDapplication of manufacturing.
By Rebecca Lo
RFID/EPCValue ModelInitiating Asian-Pacific ManufacturingProcess-Based RFID/EPC Value Models(The Continued Article)
By Rebecca Lo
(RFID)
19
(RFID)
Item Level EPC
RFID RFID
E P C
EPCglobal
RF ID
RF ID
RF ID
R F I D
RF ID
S C O R
RFID SCOR MAKE M1
Make to Stock M2 Make to Order M3 Engineer to
Order RFID
6 3. SCOR "MAKE" Level 3
6 3.
20
M 2 M 2 . 4
Package RFID
M 2 .
4 Level 4 RFID
4
6 4. SCOR "MAKE" Level 4 (M2.4 )
4 3
(1) M2.4.1 Object Event
(2) M2.4.2 Object Event
(3) M2.4.3 Aggregation Event
(4) M2.4.4 Object Event
(5) M2.4.5 Aggregation Event
(6) M2.4.6 Object Event
(7) M2.4.7 Object Event
DC
M2 Level 4
RFID
Event Time Record Time EPC List Action Biz Step
Read Point Tag ID
RFID
EPC
RFID/EPC Value Model
EPC Possibilities
RF ID
RF ID
Value Model
RF ID
RF ID
RFID RFID
RFID/EPC Value Model
EPCglobal Taiwan EPC/RFID
Discussion Group
RF ID
D i s c u s s i o n
Group
EPC/RFID
RF ID
(RFID)
21
(RFID)
EPC/RFID
/By Sarah Chang
6 RFID 7
17 7
RF ID
RFID
The RFID application project for six years will be carried out by the U.S.
Department of Defense, being expected to save $1.7 billion (optimistic
evaluation) or $ 0.7 billion (conservative evaluation) for America after
7 years. RFID technology associated with the warehouse control of
military articles will improve the speed of transmitting the documents
and the accuracy of manual work information; presently, the introduction
inspections for all kinds of RFID technology have been engaged by the
armed forces in Taiwan in order to promote the whole logistic efficiency
of the warehouse control for the military articles.
New EPC/RFID of The U.S. Department ofDefense
EPC/RFIDNew EPC/RFID of The U.S. Department ofDefense
10 19
RFID/EPC Gen 2
200 Gen 2 RFID (Reading
Portals)
RFID 1
6 1. DoD 2006 10
EPC/RFIDThe Motive that EPC/RFID Has Been Applied bythe U.S. Department of Defense
2005 8
(Defense Federal Acquisition
Regulation Supplement DFARS) RFID
22
(RFID)
/
/
1 RFID DOD
6 1. High Level Illustration of the Benefit from RFID Across the DoD Supply Chain 2
EPC/RFIDThe Requirement of Attaching EPC/RFID TagsDescribed in the Footnote of the PurchaseRegulations of the U.S. Defense Department.
EPC/RFID 3
23
(RFID)
60,000
Dec 1st 2005 - 2006 Commodities 7
I -
II -
III(P) -
IV -
VI -
VIII - ( )
IX - 1
EPC/RFID
7 RFID
10 1 EPC Gen1
EPC Gen2
4
EPC/RFIDEPC/RFID Applied in the U.S. Armed ForcesCreates Marked Achievements
Mar ine
RFID 1 2 7
28 16
Alan Estevez RFID
10
1 2 8
7
6 RFID 7
17 7
The Conclustion
RF ID
RF ID
RF ID
9
1. 2006-10-06 DOD Depots Hit Gen 2 Deadline (RFID Journal)
http://www.rfidjournal.com/article/articleview/2704/1/1/
2. 2005-08 Final Regulatory Flexibility Analysis for DFAR Case 2004-
D011( )
http://www.acq.osd.mil/log/rfid/EA_08_02_05_UnHighlighted_
Changes.pdf
3. 2005-09-19 DOD Finalizes RFID Mandate Language (RFID Journal)
http://www.rfidjournal.com/article/articleview/1876/1/1/
4. 2006-07-28 DOD Getting Gen 2-Ready RFID Journal
http://www.rfidjournal.com/article/articleview/2530/1/1/
5. 2006-05-25 DOD Grants ODIN $14.6 Million Contract RFID Journal
http://www.rfidjournal.com/article/articleview/2368/1/1/
6. 2006-07-21 RFID News Roundup- DOD Grants Psion Teklogix $1.8
Million Contract (RFID Journal)
http://www.rfidjournal.com/article/articleview/2504/1/1/
7.2006-10-06 RFID (RFID
)
http://www.rfidinfo.com.cn/Article/internews/200610/5142.html
8.2005-10-21 RFID (RFID )
http://www.cesi.cn/datumview.aspx sort=10&id=1312
9.2006-11-01 RFID (RFID
)
http://rfidsrv.find.org.tw/epaper11_01/ver18_index.htm
10.2006-05-03 DOD Quantifies Payback From RFID RFID Journal
http://www.rfidjournal.com/article/articleview/2313/
11. EPCglobal Board of Governors
http://www.epcglobalinc.org/about/governance/
1.
http://www.acq.osd.mil/log/rfid/index.htm)
Alan EstevezAssistant deputy undersecretaryof supply chain integration, U.S. DODEPCglobal Board of Governors
11
24
(RFID)
RF ID
Wal-Mart RFID
Wal-Mart
83.5 Wal-Mart
Wal-Mart RFID
Wal-Mart
R F I D
RFID Wal-Mart
RF ID
RFIDThe Case of Innovative Application in the RFIDCirculation Industry
NIKE Smart Shelf NIKE RFID
LCD RFID
2005
DVD
RFID Tag RFID Reader Reader Antenna
The Analysis of Demand in the Circulation Industry
1.
/
2.
Smart Stand In the Modern Mall
Smart Stand RFID (Item Level)
Stand Alone
The most characteristic of Smart Stand is the RFID application on Item Level which emphasizesthe system fram of Stand Alone, avoiding the operation surface of installation of field engineeringand complicated system and allowing items put everywhere only with the main power. It canbe largely develpled with unlimited potential on the unmanned application in the future.
/
By Hoya Chang
25
(RFID)
6 .
1.
LCD
/
2.
3. POS
POS
Barcode Scanner
POS
4. KIOSK
KIOSK
Barcode Scanner
RFID Reader
5. Stand( )
/
Logo
2006
26
6. Smart Shelf
Smart Shelf( ) RFID
RFID RFID Reader PC
( )
Smart StandThe Introduction of Smart Stand
Solution
(Smart Stand)
CIS
Stand
(RFID)
RFID Site Engineering
Smart Stand
6 . Smart Stand
2006
27
(RFID)
Smart Stand
6 .Smart Stand
(Smart Stand)
1 . /
( )
2 . /
3 .
/
4. /
5 .
The Conclusion
S m a r t
S t a n d
RFID (Item Level)
Smart Shelf
Stand Alone
RFID
ROI(Return
on Investment)
RF ID
RFID (GSM/GPRS)
(LCD Control System)
(Stand)
(Prototype)
2006
28
(RFID)
RFIDThe Development of RFID Technology
RF ID
RF ID
(135KHz) (13.56MHz)
MIT 1999
Auto-ID Center
RF ID
EPCglobal Inc.
EPCglobal Inc. (860-960MHz)
RFID EPCglobal
I n c .
RFIDThe Challenge to RFID Applications
RF ID
(ROI)
EPCglobal Inc. 2005 GEN2 ISO
2006 6 GEN2 ISO 18000-6C
G E N 2 G E N 2
RF ID
ISO 18000-6C
TI GEN2
ISO 18000-6C
RFID
By Jimmy Li
The Software Is the Key of RFID System Efficiency
R F I D
R F I D
RFID
The investment reward rate is the comparison between efficiency and cost. This is a major financial target when considering the
construction of RFID in the industry. It is only the reduction of investment cost and advantage of efficiency that can improve the
investment reward rate. The factor of cost will reduce following the creation of RFID standard products and market competition;
however, the increase of efficiency will depend on the reconstruction of processes and innovation of application software to reach
the maximum of greatest. In the future, RFID application software will be increasingly developed towards standardization, and
offered in the form of flexible frame to make satisfaction of the need for change and adjustment.
RFIDThe Software Is the Key of RFID System Efficiency
By Jimmy Li
29
(RFID)
G E N 2
RF ID
RF ID
RF ID
RFIDThe Value of RFID System
RF ID
RF ID
RF ID
RF ID
RF ID
RF ID
RF ID
BPR RFID
The Role that BPR Plays on Advantaging RFIDSystem Value
RF ID
RF ID
R F I D
RF ID
RF ID
RF ID
RFIDThe Functions That The New Generation of RFIDApplication Softwares Should Have
RFID RFID
RF ID
RF ID
RF ID
RF ID
ERP WMS
RF ID
RF ID
EPC Object Name Service ONS
EPC EPC Information Services EPCIS
30
RF ID
RF ID
RF ID
PLC RFID
R F I D
RF ID
EPC ALE Application Level Event
RF ID
RF ID
RF ID
RF ID
The Conclusion
RF ID
RF ID
RF ID
RF ID
RF ID
E
RF ID
(RFID)
RFIDRFID General Concepts
R F I D
Identification
R F I D
RFID Interrogator /
(Tag ID)
Range
R F I D
31
(RFID)
Range
Read Range
Rate
RF ID ( )
( )
Read Rate
Read
RFID
R F I D
Write
R F I D
R F I D
R F I D
Reliable
R F I D
Confidence Level
Conditions
R F I D