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CAD design of the garage door at different views and dimensions with (a) isometric sectional view and (b) isometric view for plain sheets and bars
Source publication
Garage automation and security have been a favoured concern with technological advancement. In this paper, developed garage access security and automation system are proposed with the affiliated control of the biometric fingerprint recognition and password verification system. Here, fingerprint recognition is restricted to the registered vehicle ow...
Context in source publication
Context 1
... thickness of the metal plates and bars is considered 0.003 m, and 0.005 m, respectively, and the width of the bars is considered 0.075 m. The CAD design of the garage door at different views and dimensions is shown in Figure 1, and all dimensions shown are in meter (S.I. unit). For material AISI C1035, the density ρ is considered as 7,850 kg/m 3 (Faires, 1965). ...
Citations
... The security system is design to be installed at the entrance premises of organizations or residential areas and also can be installed at various points inside the organizational facilities to track people's movement and to restrict their access to sensitive areas in the organization facility [3]. RFID, biometric based authentication system [4,5], password verification control system [6,7] and Global System for Mobile (GSM) communication based wireless technology are all improved and effective tools in access control and security systems [8,9]. However, despite the aforementioned improvement in the individuals' security system technologies, there is still the lingering probability of compromise in system security. ...
The 3-factor authentication control system is aim at providing maximum security in company’s stores, special utilities and premises where valuables are stored. A developed security system with automatic sensing was introduced using the integration of Radio Frequency Identification (RFID) card tagging system, fingerprint sensing biometric security system and Global System for Mobile communication (GSM) to send token generated by the system to the authorized user’s access cell-phone. The accuracy of the system was measured virtually in a simulation screen. Results and performance evaluation test shows over 98% accuracy in access granted to access denial, for both right and wrong RFID card and correct to incorrect fingerprint scanning respectively. This consequently, shows satisfaction in the performance of the system test, which proves the validity and efficiency of the system by ensuring full integrity of the door lock in any premises as the case may be.
