A Linux distribution is an operating system made as a collection of software based around the Linux kernel and often around a package management system. A typical Linux distribution comprises a Linux kernel, GNU tools and libraries, additional software, documentation, a window system, window manager, and a desktop environment. Most of the included software is free software/open-source software which is distributed by its maintainers both as compiled binaries and in source code form, allowing users to modify and compile the original source code if they wish. Other software included with some distributions may be proprietary and may not be available in source code form. Linux distributions are almost universally Unix-like as described; the most notable exception is Android, which does not include a command-line interface and programs made for typical Linux distributions. There are currently over six hundred Linux distributions; over three hundred of those are in active development, constantly being revised and improved. One can distinguish between commercially backed distributions, such as Fedora (Red Hat), opens USE (SUSE), Ubuntu (Canonical Ltd.) and Mandriva Linux (Mandriva)[1], and entirely community-driven distributions, such as Debian, Slack ware, Gentoo[1] and Arch Linux.

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India is an agricultural country. 70% of people do this. The main requirement in the agriculture field is water and manpower. Nowadays the main problem lies in agriculture is water scarcity, manpower, funds, etc. To overcome these problems we have to develop an automation irrigation system using IoT. This technology is used for creating systems automated using DTH11 sensor, Humidity Sensor, Soil Moisture sensor, some hardware parts, and software. The PH sensor is also used to analyze soil nutrient content present in the soil in real-time and the PH sensor is used to determine the Ph value of the soil. Monitoring of these provides the proper fertility to the soil depending upon the soil nutrients. To provide quality crops based on temperature, humidity, soil moisture, and its nutrient level content and Ph. factor, it has also been maintained. The real-time result will be generated. The generated results PDF will be sent to the person through email or web SMS. The overall cost required should be low enough so that every person can afford it.

India is an agricultural country. 70% of people do this. The main requirement within the agriculture field is water and manpower. Nowadays the foremost problem lies in agriculture is water scarcity, manpower, funds, etc. To overcome these problems we've to develop an automation irrigation system using IoT. This technology is employed for creating systems automated using sensors like DHT11, Soil Moisture sensor, some hardware parts, and software. The PH sensor is additionally wont to analyze soil nutrient content present within the soil in real-time and therefore the PH sensor is employed to work out the Ph value of the soil. Monitoring of those provides the right fertility to the soil depending upon the soil nutrients. To provide quality crops supported temperature, humidity, soil moisture, and its nutrient level content and Ph. factor, it has also been maintained. The real-time result will be generated. The generated results PDF are going to be sent to the person through email or web SMS. The overall cost required should be low enough in order that every one can afford it.