Door Security System Research Articles

PERANCANGAN SISTEM SMARTCARD SEBAGAI PENGAMAN PINTU MENGGUNAKAN RFID BERBASIS ARDUINO

Along with the development of science and technology so rapidly trigger the emergence of new technologies, one of which is RFID. RFID (Radio Frequency Identification) is a process of identifying the object or objects using radio transmission frequency. RFID is a new technology, and will continue to evolve in line with advances in integrated circuit technology, it can be ascertained that the RFID tag can be applied in various fields. RFID systems offer increased efficiency in controlling inventory control in the identification of objects. RFID can be used to store and receive data remotely using a device that RFID TAG (transponder). Many applications can utilize RFID systems, for example for indoor security systems, highways, libraries, class attendance, even as the identity of the student / students. Therefore, in this researchRaharja College presenting a Smartcard System Design using RFID as a device interface and ARDUINO UNO as a controller to be used as a door security system. With the presence of this system is expected to be a useful new innovation in Raharja College and can improve the shortcomings of existing systems and can provide maximum service to the whole personal raharja.

An Evaluation Of RFID Door Security System At Taipei Arena Ice Land Based On Technology Acceptance Model

This study is based on technology acceptance model (TAM). It investigates consumer attitudes toward the use of and consumer behavioral intention to use an RFID door security system at Taipei Arena Ice Land. This study adopts a questionnaire method using purposive sampling and collects data from 250 consumers of Taipei Arena Ice Land. The results of this study show that: 1) system quality has a significant positive impact on perceived usefulness and perceived ease of use, 2) information quality has a significant positive impact on perceived usefulness and perceived ease of use, 3) service quality does not have a significant positive impact on perceived usefulness and perceived ease of use, 4) perceived ease of use has a significant positive impact on perceived usefulness, 5) perceived usefulness and perceived ease of use have a significant positive impact on attitudes toward use, 6) attitudes toward using have a significant positive impact on behavioral intentions to use, 7) perceived usefulness has a significant positive impact on behavioral intentions to use, and 8) perceived ease of use has a significant impact on attitude toward using via perceived usefulness.

Access Control Using Smartcard And Passcode

Over the years, access control systems have become more and more sophisticated and several security measures have been employed to combat the menace of insecurity of lives and property. This is done by preventing unauthorized entrance into buildings through entrance doors using conventional and electronic locks, discrete access code, and biometric methods such as the finger prints, thumb prints, the iris and facial recognition. In this paper, a prototyped door security system is designed to allow a privileged user to access a secure keyless door where valid smart card authentication guarantees an entry. The model consists of hardware module and software which provides a functionality to allow the door to be controlled through the authentication of smart card by the microcontroller unit.

Design and Implementation of Microcontroller Based Security Door System (Using Mobile Phone & Computer Set)

This paper presents the design and implementation of microcontroller based security door system (using mobile phone and computer set). The security door can either receive command through the mobile phone or through the computer system (configured to output data through the parallel port). Considering the high rate of crime and insecurity, there is an urgent need to design a security door that takes proper measure to prevent intrusion, unwanted and unauthorized user(s). To solve these problems associated with other security doors, the project uses a computer system running on visual basic (6.0), DTMF decoder and microcontroller as its main components to control the door. The result of these processes led to a security door which can be accessed by entering the corresponding keys of the assigned codes on the mobile phone, or by entering the corresponding code in a computer set interfaced with the system. The door opens automatically when the right code is entered and remains open for (10 seconds) before closing back. The designed system has been proven to be a reasonable advancement in access control and door security system technology. 