%0 Journal Article %1 sai2023leakage %A Sai, %A Settipalli, %A Sheshuvardhan, %A Vannurappagari, %D 2023 %J International Journal of Innovative Research in Information Security %K booking detection gas iot leakage %N 2 %P 39-44 %R 10.26562/ijiris.2023.v0902.06 %T Gas Leakage Detection and Booking Using IoT %U http://www.ijiris.com/volumes/Vol09/iss-02/06.MYIS10086.pdf %V 09 %X There is a rapid development in technology which influencing the human life in several aspects due to rapid development in different fields but we still need to adopt that technology such that we can make human life easier to live. In our Country it is not possible to supply LPG through Pipes to each and every home as production of LPG is too short. At present we are having a system Advance LPG cylinder booking through IVRS or online which is most difficult for the illiterate and busy schedule people to book the LPG cylinder in advance. Another Major problem LPG cylinder users facing is “They don’t know exactly the status of LPG gas completion” makes even more delay in booking the cylinder which is uncomfortable most of the times. Now a day we are having a IVRS system in which customer needs to go through few steps in accordance with the Automatic voice which also includes selecting options. Most of the illiterate people can’t even complete the booking due to this reason and also most of the times these landline phones are either busy due to congested calls or phones not working due to some technical issues. This paper proposes a system that will make entire LPG cylinder booking procedure automated without human intervention. This system continuously measures the weight of the cylinder and once it reaches minimum threshold it will automatically sends message to the authorized LPG Agent so that they can deliver the LPG cylinder in time. Along with the Automated cylinder booking we also designed feature related to the safety of the user in which it continuously monitor the leakage of LPG gas and alerts the user regarding leakage to avoid major accidents which costs human lives mostly.

@article{sai2023leakage, abstract = {There is a rapid development in technology which influencing the human life in several aspects due to rapid development in different fields but we still need to adopt that technology such that we can make human life easier to live. In our Country it is not possible to supply LPG through Pipes to each and every home as production of LPG is too short. At present we are having a system Advance LPG cylinder booking through IVRS or online which is most difficult for the illiterate and busy schedule people to book the LPG cylinder in advance. Another Major problem LPG cylinder users facing is “They don’t know exactly the status of LPG gas completion” makes even more delay in booking the cylinder which is uncomfortable most of the times. Now a day we are having a IVRS system in which customer needs to go through few steps in accordance with the Automatic voice which also includes selecting options. Most of the illiterate people can’t even complete the booking due to this reason and also most of the times these landline phones are either busy due to congested calls or phones not working due to some technical issues. This paper proposes a system that will make entire LPG cylinder booking procedure automated without human intervention. This system continuously measures the weight of the cylinder and once it reaches minimum threshold it will automatically sends message to the authorized LPG Agent so that they can deliver the LPG cylinder in time. Along with the Automated cylinder booking we also designed feature related to the safety of the user in which it continuously monitor the leakage of LPG gas and alerts the user regarding leakage to avoid major accidents which costs human lives mostly.}, added-at = {2023-05-30T09:04:14.000+0200}, author = {Sai and Settipalli and Sheshuvardhan and Vannurappagari}, biburl = {https://www.bibsonomy.org/bibtex/2f987d6bf0b73eb27042fb3fe726709a4/ijiris}, description = {Future enhancements to the project can include the integration of artificial intelligence (AI) to improve the accuracy of gas leak detection, the use of block chain technology for secure transactions and data storage, and the development of a mobile application for easy access to the system's features. Additionally, the system could be expanded to include other utilities, such as water and electricity, to provide a comprehensive utility management system.}, doi = {10.26562/ijiris.2023.v0902.06}, interhash = {efff52d0c9a7541d8090cfb5e00c01eb}, intrahash = {f987d6bf0b73eb27042fb3fe726709a4}, issn = {2349-7017}, journal = {International Journal of Innovative Research in Information Security}, keywords = {booking detection gas iot leakage}, language = {English}, month = {May 2023}, note = {[1]. Gas booking system using VB software, Microcontroller and Gas Leakage Detection with SMS by Dr.D.B.Kadam,Sumedha shashikanth patil, Akshay Ananda Kumbhar, Rohit Ankush Tandle. [2]. Gas Leakage Detection based on IoT using Raspberry Pi by Deepthi Miriyampalli , Ponnuri Anil Kumar , Abdul Khadir Shaik , Ravichandra Vipparla , Komalphanindra Potineni. [3]. LPG Gas Leakage Detection System with GSM Module by Alan M John , Bhavesh Purbia , Ankit Sharma , Mrs. A.S Udapurkar. [4]. Gas Leakage Detection Using GSM Module & Arduino with SMS Alert by Mr. Sivaprasad Lebaka, M. Ganga Rami Reddy,K. Devi Priya, N.V. Charan, N.V. Charan. [5]. Gas Leakage Detection, prediction & Alert System Using Raspberry Pi & cloud computing by Pranav Mani Tripathi, Saket Kumar, Saksham Kumar, Veeresh Bhalke , Prof. Vidyashree K. [6]. IoT Gas Leakage Detector and Warning Generator by Bader Farhan Alshammari , Muhammad Tajammal Chughtai. [7]. J.Ding, J.Wang, N.Yuan, and Q.Pan, “The Monitoring System of Leakage Accidents in Crude Oil Pipeline based on Zigbee Technology”, IEEE Changzhou University. https://doi.org/10.1109/mace.2011.5987303}, number = 2, pages = {39-44}, timestamp = {2023-05-30T09:05:07.000+0200}, title = {Gas Leakage Detection and Booking Using IoT }, url = {http://www.ijiris.com/volumes/Vol09/iss-02/06.MYIS10086.pdf}, volume = 09, year = 2023 }