Gsm Based Home Alarm System
GSM based Security System using LabVIEW
Hasan Baig1, Muhammad Owais1, Muhammad Saleheen Aftab1, Kamran Shamim1 and Hamza Azeem2
Department of Electronic Engineering
NED University of Engineering & Technology, 2PAF KIET, Pakistan.
(hasan.baig, ovaisbabai, saleheen2006, kamranshamim, hamzaazeem)@hotmail.com
1
Abstract- The purpose of this paper is to introduce an efficient, reliable and cost-effective security system for use at homes, offices, schools, and shops. The system automatically reports intrusion by making a call to a target mobile phone. Thus, the reporting mechanism is based on
Global System for Mobile (GSM) and the logic is designed using LabVIEW.
Keywords: Security System, LabVIEW, GSM, Infrared.
II. HARDWARE
Infrared transmitter-receiver has been used to detect the obstruction in infrared beam. Transmitter is placed at one end and receiver is placed at a distance (according to its range) exactly in the line of sight of transmitter at the other end. The basic component of transmitter is LM555 which generates the desired frequency to be transmitted to receiver.
I. INTRODUCTION
A. Transmitter
One of the biggest demerits of the development in the field of technology is the innovative techniques and ideas that are being introducing for illusory purposes. These imperfections of on going technology should be prevented through the inventions to hinder such types of criminal or illegal activities.
This project is one of such campaigns which are taking part to guard the areas that need a lot of security.
The theme of this model is illustrated in Fig. 1. The figure shows the whole system comprises of two sections. First one is Hardware and the second one is Software (Computer).
Hardware section senses the interruption in infrared beam and generates a HIGH voltage level which in turn provided to the computer via LPT (Line Printing Terminal). This condition is detected by logic, programmed on LabVIEW causing the computer to
Hasan Baig1, Muhammad Owais1, Muhammad Saleheen Aftab1, Kamran Shamim1 and Hamza Azeem2
Department of Electronic Engineering
NED University of Engineering & Technology, 2PAF KIET, Pakistan.
(hasan.baig, ovaisbabai, saleheen2006, kamranshamim, hamzaazeem)@hotmail.com
1
Abstract- The purpose of this paper is to introduce an efficient, reliable and cost-effective security system for use at homes, offices, schools, and shops. The system automatically reports intrusion by making a call to a target mobile phone. Thus, the reporting mechanism is based on
Global System for Mobile (GSM) and the logic is designed using LabVIEW.
Keywords: Security System, LabVIEW, GSM, Infrared.
II. HARDWARE
Infrared transmitter-receiver has been used to detect the obstruction in infrared beam. Transmitter is placed at one end and receiver is placed at a distance (according to its range) exactly in the line of sight of transmitter at the other end. The basic component of transmitter is LM555 which generates the desired frequency to be transmitted to receiver.
I. INTRODUCTION
A. Transmitter
One of the biggest demerits of the development in the field of technology is the innovative techniques and ideas that are being introducing for illusory purposes. These imperfections of on going technology should be prevented through the inventions to hinder such types of criminal or illegal activities.
This project is one of such campaigns which are taking part to guard the areas that need a lot of security.
The theme of this model is illustrated in Fig. 1. The figure shows the whole system comprises of two sections. First one is Hardware and the second one is Software (Computer).
Hardware section senses the interruption in infrared beam and generates a HIGH voltage level which in turn provided to the computer via LPT (Line Printing Terminal). This condition is detected by logic, programmed on LabVIEW causing the computer to
References: [1]. Thomas L. Floyd, Electronic Devices, Pearson Education, 2002. [2]. Infrared receiver Modules, www.vishay.com. [3]. Robert H. Bishop, Learning with LabVIEWTM 7 Express, Pearson Education, 2005. [4]. National Instruments, www.ni.com.