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Electronic Product Code (EPC) - Radio
Frequency Identification (RFID):
Large companies and
governmental agencies are deploying EPC-RFID based solutions in
many trails to satisfy the compliance requirements of
Wal-Mart and the Department of Defense (DoD).
- Soon they will deploy
them across their entire global supply chains.
- This truly
represents a sea change in the way materials will be tracked
globally!
EPC-RFID Middleware:
- The core functions of RFID
middleware are data and device monitoring and management.
- RFID middleware serves as the
"traffic cop" for RFID data, and has built-in business rules that
monitor the data stream and direct data to the appropriate
enterprise system.
- This new breed of middleware sits
between the RFID reader and conventional middleware.
- It facilitates communication
between enterprise systems and RFID readers and bar code
scanners.
Benefits of
a EPC-RFID System:
-
RFID is the most
advanced asset tracking and identification tag technology
available today.
-
RFID tags have
read/write capabilities, so tag data can be updated in the field
with mobile computing devices.
-
It provides positive
identification and automatic data transfer between a tagged object
and a reader, which speeds data collection and improves the
quality of data by validating asset and location
information.
-
RFID tags are read by
radio waves, thus no line of sight or direct contact is required
between the reader and the RFID tag.
-
RFID tags and readers
have no moving parts and the system rarely needs maintenance and
can operate for extended periods of time without any down
time.
-
Most RFID tags have an
extremely long life of 10 years plus.
-
RFID is the best
automatic identification technology alternative when evaluated on
a total cost of ownership basis.
Role
of Savants:
-
Savants
are distributed software systems developed by the Auto-ID Center
to act as the central nervous system of the EPC Network.
-
A Savant
takes data from an RFID reader, does some filtering, handles
product lookups and sends the information on to enterprise
applications or databases.
-
Today’s
Savants provide interfaces to register a user EPC event
receiver.
-
A Savant
concentrator is a software component that would run on a server
and apply intelligence to control the volume of
data.
EPC-RFID
Architecture:
-
An
operational data management software system captures events at the
"edge" of the enterprise, where operational activity occurs,
rather than in the center, where business-oriented transaction
processing occurs.
-
These
architectures act as a cache for transactional enterprise systems,
and then communicate via middleware once actionable information is
identified.
-
Employ
Savant "concentrators" that help control the flow of data and
provide filtering and aggregation of EPC event streams.
-
This
architecture has multiple layers of middleware, including Savants,
message-oriented middleware, and enterprise application
integration, as well a multiple data stores.
-
Create
pipelines for distribution. Once you have the Savant concentrator
architecture in place, set up pipelines to handle the huge streams
of data.
-
Pipelines
separate streams of EPC data to handle load and coordinate or
process the data streams after they have been captured.
-
To achieve
additional scalability, you may need more than one concentrator to
handle multiple data streams.
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| Electronic Product Code (EPC) - Radio Frequency
Identification (RFID):
Large
companies and governmental agencies are deploying
EPC-RFID based solutions in many trails to satisfy the
compliance requirements of Wal-Mart and the Department of
Defense.
- Soon they will
deploy them across their entire global supply chains.
- This truly
represents a sea change in the way materials will be tracked
globally!
EPC-RFID Middleware:
- RFID middleware now plays a
critical role in the minds of IT executives making the
decisions as to what system to implement.
- The core functions of RFID
middleware are data and device monitoring and management.
- RFID middleware serves
as the "traffic cop" for RFID data, and has built-in
business rules that monitor the data stream and direct data
to the appropriate enterprise system.
- This new breed of middleware
sits between the RFID reader and conventional middleware.
- It facilitates communication
between enterprise systems and RFID readers and bar code
scanners.
Benefits of
a EPC-RFID System:
-
RFID is the most
advanced asset tracking and identification tag technology
available today.
-
RFID tags have
read/write capabilities, so tag data can be updated in the
field with mobile computing devices.
-
It provides
positive identification and automatic data transfer between
a tagged object and a reader, which speeds data collection
and improves the quality of data by validating asset and
location information.
-
RFID tags are
read by radio waves, thus no line of sight or direct contact
is required between the reader and the RFID
tag.
-
RFID tags and
readers have no moving parts and the system rarely needs
maintenance and can operate for extended periods of time
without any down time.
-
Most RFID tags
have an extremely long life of 10 years
plus.
-
RFID is the
best automatic identification technology alternative when
evaluated on a total cost of ownership basis.
Role of Savants:
-
Savants are distributed software systems developed by
the Auto-ID Center to act as the central nervous system of
the EPC Network.
-
A
Savant takes data from an RFID reader, does some filtering,
handles product lookups and sends the information on to
enterprise applications or databases.
-
Today’s Savants provide interfaces to register a user
EPC event receiver.
-
A
Savant concentrator is a software component that would run
on a server and apply intelligence to control the volume of
data.
EPC-RFID
Architecture:
-
An
operational data management software system the captures
events at the "edge" of the enterprise, where operational
activity occurs, rather than in the center, where
business-oriented transaction processing occurs.
-
These architectures act as a cache for transactional
enterprise systems, and then communicate via middleware once
actionable information is identified.
-
Employ Savant "concentrators" that help control the
flow of data and provide filtering and aggregation of
EPC event streams.
-
This
architecture has multiple layers of middleware, including
Savants, message-oriented middleware, and enterprise
application integration, as well a multiple data
stores.
-
Create pipelines for distribution. Once you have the
Savant concentrator architecture in place, set up pipelines
to handle the huge streams of data.
-
Pipelines separate streams of EPC data to handle load
and coordinate or process the data streams after they have
been captured.
-
To
achieve additional scalability, you may need more than one
concentrator to handle multiple data
streams.
Delivering Results For
Clients! |
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