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30-days-of-python icon 30-days-of-python

30 days of Python programming challenge is a step by step guide to learn the Python programming language in 30 days. This challenge may take up to 100 days, follow your own pace.

30-days-of-react icon 30-days-of-react

30 Days of React challenge is a step by step guide to learn React in 30 days. It requires HTML, CSS, and JavaScript knowledge. You should be comfortable with JavaScript before you start to React. If you are not comfortable with JavaScript check out 30DaysOfJavaScript. This is a continuation of 30 Days Of JS. This challenge may take up to 100 days, follow your own pace.

automatic-smart-irrigation-system icon automatic-smart-irrigation-system

IOT project to automatically water plants based on the time. The system makes use of multiple sensors with arduino as its brains. The timer is managed by an RTC with live data about water level, soil moisture and current time displayed through an LCD. It uses concept of proto-threading to efficiently use the arduino.

best-of-ml-python icon best-of-ml-python

🏆 A ranked list of awesome machine learning Python libraries. Updated weekly.

ide icon ide

The web app for the Coding Blocks IDE

php-the-right-way icon php-the-right-way

An easy-to-read, quick reference for PHP best practices, accepted coding standards, and links to authoritative tutorials around the Web

ports icon ports

Public git conversion mirror of OpenBSD's official cvs ports repository. Pull requests not accepted - send diffs to the ports@ mailing list.

smart-energy-meter-with-arduino icon smart-energy-meter-with-arduino

The main object of the project is to develop smart energy meter is not only measure the consumer’s power consumption in KWH but also to enable and support real consumption in rupees according to consumer tariff, so meter reader don’t need to visit each customer for the consumed data collection and to distributed the bill slips. In our invented meter we do not have any rotating parts .The energy consumption is calculated using measurement voltage and current with help of potential divider and ACS712 ,measure voltage and current respectively. Power product of voltage and current, its unit watt or KW and energy is product of power (watt) and time (Hour). so we use mentioned standard formula and using Arduino Microcontroller Programming , we are calculating total energy consumption of consumer load. Microcontroller has an interface in size of 16*2 LCD, it shows important data dimensions such as voltage, current,active and power and energy consumption it also shows power qualities.

smart-irrigation-system icon smart-irrigation-system

The smart irrigation system is the system developed to optimize water use for agricultural crops, to improve the health of the soil together with the plant health by the use of multiple sensors. The system has a distributed wireless network of soil moisture and PH sensors placed into root zone of the plant. This smart systems are very productive especially in developed counties and most system uses big networks such as Internet.

smart-irrigation-system-01 icon smart-irrigation-system-01

Smart low-cost irrigation system using Arduino UNO, YL-69 soil moisture sensor, submersible dc water pump, HC-05 bluetooth module(optional)

smart-parking-system icon smart-parking-system

Computerized systems being an integral part of the current era, an automated parking system is one of its most commonly used applications. The aim of this model is to build up and implement an automatic parking system that will detect the parking space with the help of image processing technique of the parking lot as well as reduce the human power. The smart parking system will able to have fewer interaction of humans. In additions to that, it has parking guidance system that can demonstrate and guide user towards a parking space. With the problems of ever increasing urban traffic congestion and the ever increasing shortage of space, the parking lots need to be well-equipped with parking space detection. The proposed system helps in counting the number of parked vehicles and, identifying the number of spots available. The system detects cars through images instead of electronic sensors embedded on the floors. A camera is installed at a high and fixed position in the parking lot. An image of empty parking lot is taken as reference and then image of parking lot with cars is taken. Both the images are subtracted to find the numbers of parking slots available.

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