Browsing by Author "Khan, Azim"

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    Greenhouse monitoring system using IOT
    (AIKTC, 2022-05) Khan, Azim; Ansari, Ahmed Mujtaba (17ET15); Ansari, Mohd Faisal (17ET17); Pathan, Huzaifa Jabbar (17ET33); Ansari, Ahmed Shadan(15ET12)
    Greenhouse system is basically a controlled structure design for offseason growing of plants. Many of them use manual system for controlling temperature and humidity and therefore it is difficult and discomfort to the workers as they have to daily visit the system and control it. Due to this manual control of the system the plants gets damage and its fruits/vegetable looses nutrition values. By consuming these fruits/vegetables it can adversely affect our physical health. By embedded IOT based system it can solve many of these problems. So the purpose of the study is to verify and check that an IOT based embedded system for greenhouse structure can solve these problem and improve the existing structure of Greenhouse agriculture.
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    Hardware cryptocurrency wallet
    (AIKTC, 2022-05) Khan, Azim; Ansari, Mohd. Yasar Mohd. Ishaque (19DET04); Khopatkar, Mohammed Adeen Rizvan (19DET15); Khan, Mohd. Azam Ahmedali (19DET13)
    A cryptocurrency is a digital or virtual currency. Many cryptocurrencies are decentralized networks based on blockchain technology. A cryptocurrency wallet allows users to store and retrieve their digital assets. Crypto wallets technically do not store your cryptocurrency, your holdings live on the blockchain but can only be accessed using your private key. The private key proves your ownership of you digital assets and allow you to make transactions. A hardware wallet is a cryptocurrency wallet which stores the users private key in a secure hardware device. It provides isolation between private keys and easy-to-hack computer or smartphone.
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    IOT based smart poultry farm
    (AIKTC, 2022-05) Khan, Azim; Sarfraj, Ahmad (18ET33); Shah, Abdul Haseeb (18ET37); Shaikh, Mohd Khalid (18ET41); Juwale, Junaid Rizwan (18ET17)
    Automated poultry farms have a great impact on increasing the productivity of chickens by monitoring and controlling all ecological parameters and also controls the food valve which feeds the birds in time Poultry farming production is in demand now a days because of the increasing population around the world. Monitoring of a chicken farm could be very helpful to produce a great number of chicken meat and to meet the demand of the people. However, there are different environmental factors that are affecting the growth of a chicken that also affects the production of chicken meat for food consumption. This study aimed to determine the different sensors and materials that can be included in the system architecture for smart chicken farming which focus on the monitoring of the environmental parameters.