SECURITY SYSTEM DESIGN OF RIGHTS ACCESS GATE IN POLICE ACADEMY
SEMARANG USING RFIDPERANCANGAN SISTEM KEAMANAN HAK AKSES PINTU
AKPOL SEMARANG MENGGUNAKAN RFID
Puguh Gambiro*), Aris Triwiyatno, dan Budi SetiyonoDepartment of
Electrical Engineering, Diponegoro University SemarangStreet Prof
Sudharto, SH, Kampus UNDIP Tembalang, Semarang 50275,
Indonesia*)Email: [email protected]
Puguh Gambiro*), Aris Triwiyatno, dan Budi SetiyonoDepartment of
Electrical Engineering, Diponegoro University SemarangStreet Prof
Sudharto, SH, Kampus UNDIP Tembalang, Semarang 50275,
Indonesia*)Email: [email protected]
AbstractRadio Frequency Identification is a method of
identification by means of the so-called RFID tags or transponders
to store and retrieve data remotely. Labels or RFID card is an
object that can be attached or included in a product, animal, or
even human beings with the purpose of identification using radio
waves . RFID labels contain information that is stored
electronically and can be up to several feet away. RFID reader
system does not require direct contact such as bar code reader
system ( barcode ) or smartcard. RFID tags consist of a silicon
microchip and an antenna. Some RFID tags can approach the size of
the small size of rice grains. Labels are passive not require a
power source, whereas active labels require a power source to
function. To monitor all activities that happened, are programmed
using Delphi 7.0. The results of the design of the information
system development based on RFID security gate can simplify the
process and can be applied in real life.
Keyword : RFID, smartcard, tag, RFID Reader, Delphi
I. Introduction
The development of Radio Frequency Identification technology
(RFID) is growing very rapidly these days. Identification
technology is widely used in a variety of luxury residential gate,
and five-star hotel in the Formatting identification of an object.
RFID has advantages of the previous identification technologies,
such as barcodes. Among them is capable of reading a data object
with a certain size without direct contact (contactless) and should
not be read in parallel with the object, in addition to storing the
information on the RFID tag in accordance with the storage
capacity. RFID technology is being used to help the problems
associated with an object such as a membership identification or
tracking employee for recording an object [1]. technology generally
consists of RFID tags, sensors called the reader, and a computer as
a data processor. The workings of the system is carrying an RFID
reader emits a radio frequency scanning and the data stored in the
tag, reaching full potential in reading the data, then sends that
information to a database that stores data attributes contained in
these tags [2]. RFID technology has been developed and utilized in
various fields. Some of that are for detect animals on a farm, in a
supermarket goods detection, detection of vehicles on the highway,
security systems, etc, by utilizing RFID transponder as a tags
[3].II. Metode
A. Hardware Design
Figure 1 Block Diagram of Hardware Design
From Figure 1 of each part can be explained as follows: 1. Block
A consists of: a. Host Computer is used as a regulator of the flow
of information from the items that are detected within the scope of
the RFID system.b. SmartCard reader and editor is used as edit
existing information within the SmartCard through ACR128U ACS -
Dual Interface Contactless Mifare Reader before passing it to the
database on the host computer. c. Delphi is used as an application
program regulating the flow of information from the items that are
detected within the scope of the RFID system, and processed for
indicator lights turn on each gate. 2. Block B consists of: a.
SwitchHub serves as a distributor of data from the tags that have
been read by the RFID reader via LAN cable b. RFID Reader
(Fingerspot mifare RF-100) which serves as a receiver and reader
input the information stored on the SmartCard / tag by scanning
with a distance
