We have the AI (artificial intelligence) virtual assistant which uses deep learning techniques like CNN (Convolutional Neural Network) using python to implement the natural language processing.For speech recognition we are using acoustic-phonetic speech parameters for speaker-independent speech recognition in the android app.For developing the android app we are using android studio and to convert voice to text we are using the standard google api.
#JARVIS AI ASSISTANT PC SERIAL#
A code should run on the computer in order to receive the data that is being sent by arduino via serial ports.Inside a never ending loop, every reading corresponds to a character. All the components are giving readings to the Arduino, where we are converting these readings into character code in order to send the bytes efficiently and quickly to the computer.For augmented reality we have used Unity along with the Vuforia SDK.Database connectivity is done using Google's Firebase.We have developed our Android app using Android Studio (JAVA and XML).For programming the Arduino 101, we have used the default Arduino IDE.4 channel 12V 10A relay control board module with optocoupler for PIC AVR ARM.Counter circuit: potentiometer, IC LM358N.Inside Energy meter: LDR Light Dependent Resistor.
#JARVIS AI ASSISTANT PC UPDATE#
This will help the user to get update on the electricity bill and they can decide whether to use the appliances on a regular routine or reduce it usage to save electricity.Ĭircuit Diagram Of Energy meter and AI Virtual Assistant The Arduino would be connected to the network through a GSM module which would reply with another text message containing the electricity unit and the total cost consumed by the appliances. If we want to know the electricity unit consumed by our appliances along with the cost of units we just need to send a text message to the device (Arduino) through our phone.
If we want to switch on the electrical appliance we just need to focus the camera and it will start it and using a virtual button we can switch it off.
What’s new? We are also using an AR-augmented reality app (self made) to control the appliances and manipulate them.
#JARVIS AI ASSISTANT PC MOVIE#
So there is no need for you to get up to switch on or switch off the device while watching a movie or doing some important work. Commands are sent via a Bluetooth module to Arduino. You can give the command to switch on or off the devices (like light, fan etc) and also manipulate them like fan speed, light intensity. It’s like a Siri which can be controlled using voice (command given by user). Using the app you can control all the appliances like TV, fans, light etc. Presented here is a home automation system using a simple Android app which you can use to control electrical appliances with voice commands. So it makes sense to use these to control home appliances. Why tackle the Smart Home problem? Nowadays, people have smartphones with them all the time.
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