4. Tags (or chips) consist of
two parts:
1) Antennae
2) Processor/ storage
Receives signal from
reader and gives a return
signal with ID number
Reader sends number to
database or server
WORKING OF RFID
5. ACTIVE:
Tag signal availability of 100ft.
HIGH signal strength
VERY LOW required signal strength from the reader
example : Railway cars on a track
SEMI- PASSIVE:
Tag signal availability only within field of reader
LOW signal strength
LOW required signal strength from the reader
PASSIVE:
Tag signal availability < 10 ft.
VERY LOW signal strength
VERY HIGH signal strength required from reader
example : Retail Checkout
( Widely used because very cheap to make)
TYPES
6. Advanced Product Tracking
Real- time data management
Dramatic benefits to manufacturing process
Quick Convenience
Grocery Store, Library, Hospital
Instant identification
Time saver
Safety and Security
Locate/identify missing persons
Monitor prisoners
Easy Access
Access by authorized personnel only
Ease security concerns
APPLICATIONS
7. Does not require human to manually pass item
over scanner.
More accurate inventory count.
Can be incorporated into product, person,
animal.
Can track each individual item.
RFID vs. Bar Codes
12. working
Browsing Database from an Excel table files
Selecting Lecture Name according to Database.
Browsing Attendance Text file from USB flash
Register Table with attendance check
Server interface with the devices via IP address.
Retrieved text file from the device
13. This project is a full system for student monitoring in colleges, and
high education institutes.
The system support two different types of outputs :
USB flash memory, and Ethernet.
The device is supported with friendly using software for data analysis
and previewing .
Lecturers need no more wasting time, and effort to have their
Attendance Register .
Attendance Register now, easily uploaded to Database.
conclusions