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Rhythm Kr Dasgupta's Projects

bci icon bci

Real Time Electroencephalography Mind Reader for Physically Challenged Using Non-Invasive Brain Computer Interface (BCI)

ble-wifi-eeprom-data-save- icon ble-wifi-eeprom-data-save-

BLE SWITCH TO WIFI CLIENT MODE BLE SNT WIFI USER NAME AND PASSWORD Waitng For Bluetooth client ( for 5 secound). Bluetooth client Application Setup wifi Credentials in EEPROM Bletooth can communicate with this device. When Bluetooth client is not connected for 10 secound , Device will auto connected to the wifi network (ssid ,password already saved in eeprom) Deviced will communicate with ip address when it wifi range 1. DEEP SLEEP AFTER SUCCESFULL DATA SENDING THROUGH BLE 2. GPIO 33 PULL HIGH to WAKEUP AND COMMUNICXATE OVER BLE 3. IF BLE CLIENT DNT CONNECT FOR 10 Sec AUTO CONNECT TO WIFI WHICH ID , PASS SEND BY BLE CLIENT 4. EEPROM WIFI & PASS SAVE 5. WHEN BLE IS CONNECTED WIFI CLIENT WILL OFF AND VISEVARSA 6. Read ADC Battery Voltage & Tranismit it Through BLE And Webserver 7. BUZZER PLAY for 1 sec when it tigger KEYWORD : EEPROM , ESP32 , DEEP_SLEEP , TOUCH_WAKEUP , RTC_WAKEUP ,Bluetooth_LOW_ENERGY, ESP32_SERVER , ADC (Battery voltage); code update : 27 OCT 18

call-and-message-using-arduino-and-gsm-module icon call-and-message-using-arduino-and-gsm-module

Sometimes people find it difficult to use the GSM Module for its basic functions like calling, texting etc., specifically with the Microcontrollers. So here we are going to build a Simple Mobile Phone using Arduino, in which GSM Module is used to Make the Call, answer the Call, send SMS, and read SMS, and also this Arduino phone has Mic and Speaker to talk over this Phone. This project will also serve as a proper interfacing of GSM Module with Arduino, with all the Code needed to operate any Phone’s basic functions.

esp8266-voice-control-with-google-assistant-and-adafruit-io icon esp8266-voice-control-with-google-assistant-and-adafruit-io

Use the Force to Spread Holiday Cheer!Super Simple Scones This is a simple tutorial showing how to control your ESP8266 based projects using voice commands and the Google Assistant. For the purposes of this tutorial, I'll simply be turning the LED built in to my ESP8266 breakout board on and off, but this could be used to trigger any number of events. If it can be controlled by an Arduino, it can now be controlled by you voice!

photo-forensic-app icon photo-forensic-app

Python Based GUI tools - Compare two Images (JPG,JPEG,PNG etc) And Generate Images EXIF Report

rpifm-station icon rpifm-station

The FM Transmitter project uses the general clock output on a Raspberry Pi to produce frequency modulated radio communication. The Raspberry Pi is a very useful computer that can be used for many different things. PiFM station is one of useful device. PiFM Transmitter play the sound over the air. This device normally works like real radio station. We can use this device in real life, suppose in an area where our phone network as well as internet is not working to communicate, in those area we can install this device for communication purpose on the other hand it’s a low-cost device we can used in our daily life to communicate in locality.How to use it To compile this project use commands below: sudo apt-get install make gcc g++ make Then you can use it by typing: sudo ./fm_transmitter [-f frequency] [-r] filename WAVE Files You can open WAVE (.wav) files or read audio data from stdin, i.e.: sox star_wars.wav -r 22050 -c 1 -b 16 -t wav - | sudo ./fm_transmitter -f 100.6 - USB sound-card To use a USB sound-card type this: arecord -D hw:1,0 -c1 -d 0 -r 22050 -f S16_LE | sudo ./fm_transmitter -f 100.6 - Some devices have problems with this command (there is a warning in the terminal like buffer overflow and after a few seconds - the transmitting gets slow and will stop), then you can use the following: arecord -D plughw:1,0 -c1 -d 0 -r 22050 -f S16_LE | sudo ./fm_transmitter -f 100.6 - Law Please keep in mind that transmitting on certain frequencies without special permissions may be illegal in your country. New features works on RPi 1, 2 and 3 reads mono and stereo files reads data from stdin based on threads

tic-tac-toe icon tic-tac-toe

Tic-tac-toe is a paper-and-pencil game for two players, X and O, who take turns marking the spaces in a 3×3 grid. The player who succeeds in placing three of their marks in a horizontal, vertical, or diagonal row wins the game.

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