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16-channel-board-using-esp32-controllable-using-alexa

accelerometer.h-for-adxl335

It is the library file for getting the value out of Accelerometer in terms of degrees(s)

air_quality_monitoring_system

Monitors_Air_Quality

altitude-test-using-bmp180

Checking the variation of altitude with respect to different floors, with high accuracy

automated-gardening-using-atmega32

It is about sensing the soil moisture of the soil using a sensor, and if the soil is dry, start the water pump to pump the water to the plant, and wait for the moisture level to go High, as soon as it goes beyond a specified limit, the motor is turned off. The Soil moisture sensor is self made, and in order to provide power to the motor driver there is a full bridge rectifier designed.

camera-with-raspberry-pi

List of commands for using raspberry pi with camera

ccs811

Arduino library for the CCS811 gas sensor for monitoring indoor air quality.

complete-python-3-bootcamp

Course Files for Complete Python 3 Bootcamp Course on Udemy

conversion-of-analog-value-into-degrees-from-the-adxl335-triple-axis-linear-accelerometer

It shows the conversion of Analog value from ADXL335 in terms of Degrees

convolution-encoder-and-decoder-using-trellis-tree-using-verilog-in-xilinx-ise

Convolutional codes are often described as continuous. However, it may also be said that convolutional codes have arbitrary block length, rather than being continuous, since most real-world convolutional encoding is performed on blocks of data. Convolutionally encoded block codes typically employ termination. The arbitrary block length of convolutional codes can also be contrasted to classic block codes, which generally have fixed block lengths that are determined by algebraic properties.

covid-angular

Covid-19 pandemic status charts for India

covid19.github.io

covid19india-react

📊 Source code of the main website

covid19india.github.io

diy-anemometer

A view and approach on how to make your own "Anemometer" in cheap and easy way possible.

diy-soil-moisture-sensor

Brief discussion about schematic and working of Soil Sensor

diy-weather-station

DIY Weather station using DHT11, BMP180, Nodemcu with Arduino IDE over BLYNK Server

ds-3231_rtc_with_nodemcu

This is the code to use your RTC: DS3231 with Nodemcu

echo_board_8_channel_switch_board_controllable_using-alexa

It is a smart switch board that can be controlled by giving commands through Alexa

esp-weather-underground-sensor-upload

Using an ESP32/ESP8266 to upload sensor data to your Weather Underground PWS

esp8266

ESP8266 Projects

gps-tracker-using-sim868-and-atmega32

It uses GPRS and GPS technologies which allows to easily perform realtime tracking. Here idea is simple: read the GPS coordinates (longitude and latitude) and send them by using HTTP request to a web server. Then use a web browser to load the PHP webpage which uses GOOGLE MAPS to show the location in realtime.

hc05-controlled-car-using-atmega32

HC05 Bluetooth Module acts as a receiver. The Mobile phone uses its inbuilt Bluetooth to send the data using an app, hence it acts as a transmitter. Now based on the command sent through the phone, the Car is made to go in different directions accordingly.

home-automation-using-google-assistant-adafruit-mqtt-and-ifttt

Its uses Adafruit MQTT Protocol to Turn the Appliances on or off based on the command given by the Google assistant, and this if and then condition is controlled by IFTTT.

lilygo-t-call-sim800

neo-6m-with-atmega328

node-station

It's the ultimate weather station

nodemcu-to-google-sheets

programming_esp8266_ota

raspberry-pi-headless-setup