Skip to main content

Voice to Arduino

HELLO THERE!!!


    How are you, guys? I hope everybody is fine and in good condition. This week, I would like to share a post that I made in my Instructables. It is called Voice to Arduino. Basically, in this experiment, we use the speech recognition function in MIT app inventor to control the number of LED that lights up which are connected to Arduino. So, click the link and enjoy tinkering!!!!

 http://www.instructables.com/id/Voice-to-Arduino-Control-LEDs-Using-MIT-Speech-Rec/

the mit app software:

ai2.appinventor.mit.edu/?galleryId=6018303708889088

the experiment video:
https://www.youtube.com/watch?v=Ly2Yjr51bBM

Comments

  1. UnknownFebruary 26, 2016 at 10:01 AM

    How do i interface my hc-05 bluetooth module with arduino?Isn't a code required for the interfacing or just the hardware connections are enough?

    ReplyDelete
    Replies
    1. KHFebruary 26, 2016 at 6:34 PM

      Usually the hardware connection and the "Serial.begin(9600)"in the code is enough. to test the data transmission, you might want to download bluetooth terminal app or create one in MIT app inventor.

      Delete
    2. UnknownFebruary 27, 2016 at 11:17 PM

      Thank u as this worked.but on the serial monitor all i could see are decimal no's.is der any way i can see the text i speak to the phone?

      Delete
    3. KHMarch 2, 2016 at 11:53 PM

      Sorry for the late reply.But usually the serial monitor will show whatever you have transmitted. Maybe the baud rate in the monitor is different, causing the message sent translated in different manner

      Delete
    4. UnknownMarch 4, 2016 at 11:09 PM

      thank you.i have rectified the error.

      Delete

Post a Comment

Popular posts from this blog

Arduino and Multi Function Shield: Pots,LEDs and buzzers

HELLO THERE!!!!!    How are you guys? I hope everyone is fine and in good mood always. This week, I continue my tinkerings with the Multi Function Shield. In this experiment, I used the potentiometer in the shield to control the LEDs in the shield. Without further wasting time, let's jump in straight to the experiment!! HARDWARE 1.ARDUINO UNO  2.MULTI-FUNCTION SHIELD SOFTWARE: 1. ARDUINO IDE CIRCUIT ASSEMBLY    The circuit assembly is fairly simple. Just attach the multi function shield on top of Arduino properly. Please attach the shield properly as failure to do so would cause the shield  not to function as intended. CODING THE ARDUINO: Let's refer to the multi-function shield image below: Referring to the image of the shield, it can be seen that the potentiometer (blue object near buttons) is connected to pin A0 (analog 0)     int pot = A0; //declaring the pot ...
Post a Comment
Read more

Arduino Beginner Experiments: Arduino and Light Blocking Sensor

HELLO THERE!!!     How are you guys? I hope everyone is fine and in a good mood always. This week, I would like to share with you guys my experiment on Arduino and Light Blocking Sensor. The objective of this experiment is to receive feedback from the sensor ( Digital and Analog) What is Light Blocking Sensor?      A linear hall sensor is a type of sensor which responds when the sensor is blocked out from light. The sensor is different for LDR's as LDR's responds to the amount of light it received while the light blocking sensor responds if the light is blocked out or not from the sensor.It can be used for both digital and analog measurements. HARDWARE: 1.Arduino UNO 2. Light Blocking Sensor SOFTWARE: 1.Arduino IDE CIRCUIT ASSEMBLY   Let's refer to the image of the blocking sensor below: The Connection of the Sensor to the Arduino is shown below: SENSOR  ----->       ARDUINO Signal   ...
Post a Comment
Read more

Arduino Tinkering : Controlling multiple LED with multiple potentiometers

HELLO THERE!!!!            How are you guys? I hope everyone is fine and well always. For this week's post, I would like to share with you guys a simple tinkering on Arduino, LED, and potentiometers. The objective of the experiment is to light up different amount of LED's with different intensity by controlling two potentiometers. Before starting, of course, we need to know what items are needed. The items needed are: 1. Arduino UNO   2. 4 to 5 LEDs 3. 2 Potentiometers The software used in this experiment is: 1. Arduino IDE. Now that all the hardware and software are obtained, let's go to the schematics of the circuit. The circuit is quite simple actually. The long legs of the LED's were connected to PWM pins while the shorter legs were connected to ground. The potentiometers however have three legs. The middle leg is connected to the analog pins (A0, A1) while the other two legs were connected to 5V and GND respect...
Post a Comment
Read more