Small wheather tracking system

£

The Internet of Things (IoT) involves connecting to the Internet so that data can be

accessed from anywhere without any restrictions. The inspiration for this application is to design

an architecture that allows weather information to be accessible over the Internet. The proposed

architecture helps to eliminate overheating problems that occur in the home or on a server or in

the data center. In order to avoid premature failure of electronic devices, the heat generated by

them must be uniformly distributed. While electronic devices have heat dissipating components,

they are not enough to solve the problem. In this project, I created a standalone web server that

includes a Raspberry Pi that displays temperature and humidity values with a DHT22 sensor

stored in a SQLite database and displaying the web server.

Description

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The Internet of Things (IoT) involves connecting to the Internet so that data can be

accessed from anywhere without any restrictions. The inspiration for this application is to design

an architecture that allows weather information to be accessible over the Internet. The proposed

architecture helps to eliminate overheating problems that occur in the home or on a server or in

the data center. In order to avoid premature failure of electronic devices, the heat generated by

them must be uniformly distributed. While electronic devices have heat dissipating components,

they are not enough to solve the problem. In this project, I created a standalone web server that

includes a Raspberry Pi that displays temperature and humidity values with a DHT22 sensor

stored in a SQLite database and displaying the web server.

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