1.0 / September 26, 2014
(4.1/5) (10)

Description

A mimimalistic demo app of Voice Controlled Home AppliancesusingArduino. The source code for Arduino and Android app will bemadeavailable on my blog http://anwaarullah.com soon. If you needanyhelp in building the Circuit, please email [email protected] Basic Setup: 1. Connect a Bluetooth Moduletothe Arduino Serial Port 2. Connect 3 Loads (or LEDs for testing)toPins 8,9 and 10 3. Upload the Arduino Code below 4. Open theAppand establish a connection with the Bluetooth Module 5. SelecttheAppropriate buttons and the LEDs/Load should lit up accordinglyThefollowing pins are connected to the Buttons on the App: YellowLamp= Digital Pin 8 of Arduino Fan = Digital Pin 9 of Arduino RedLamp= Digital Pin 10 of Arduino To give in voice commands, hit themicbutton and say in any of these commands: "red lamp on" "redlampoff" "fan on" "fan off" "yellow lamp on" "yellow lamp off"I'veattached a sample schematic that can be used for referenceinconnecting. To see a demo of this application, please visitthisvideo http://vimeo.com/53071330 and navigate to 20:00 on thevideo.This was a talk where I made this App for a demo. ####ArduinoSource Code #### char ch = 'A'; int lamp1 = 8; int lamp2 =9; intlamp3 = 10; void setup() { Serial.begin(9600);pinMode(lamp1,OUTPUT); pinMode(lamp2, OUTPUT); pinMode(lamp3,OUTPUT);digitalWrite(lamp1, LOW); digitalWrite(lamp2,LOW);digitalWrite(lamp3, LOW); } void loop() { if(Serial.available()> 0) { ch = Serial.read(); if (ch == '1') {digitalWrite(lamp1,HIGH); } if (ch == '2') { digitalWrite(lamp2,HIGH); } if (ch =='3') { digitalWrite(lamp3, HIGH); } if (ch =='4') {digitalWrite(lamp1, LOW); } if (ch == '5') {digitalWrite(lamp2,LOW); } if (ch == '6') { digitalWrite(lamp3,LOW); } } delay(500);ch = 'A'; } Note: Please be careful whilehandling high voltageloads. Take all necessary precautions whilebuilding the circuit.I'm not responsible for any damage whatever,in any way whatsoeverarising out of the use of this App (Physicalor Material).

App Information Arduino-Android HomeAutomation

  • App Name
    Arduino-Android HomeAutomation
  • Package Name
    com.sample.user
  • Updated
    September 26, 2014
  • File Size
    722k
  • Requires Android
    Android 2.2 and up
  • Version
    1.0
  • Developer
    Syed Anwaarullah
  • Installs
    1,000+
  • Price
    Free
  • Category
    Education
  • Developer
  • Google Play Link

Arduino-Android HomeAutomation Version History

Select Arduino-Android HomeAutomation Version :
  • 1.0 (1) - Latest Version
  • Arduino-Android HomeAutomation 1.0 APK File

    Publish Date: 2016 /4/26
    Requires Android: Android 2.2+ (Froyo, API: 8)
    File Size: 722.0 kB
    Tested on: Android 2.2 (Froyo, API: 8)
    File Sha1: 5008ae136ae0922072d2397db84ac577f3813f83
    APK Signature: 3694774a828f3a192475133213d1ca7a4f92a42d

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Arduino-Android HomeAutomation 1.0 APK
A mimimalistic demo app of Voice Controlled Home AppliancesusingArduino. The source code for Arduino and Android app will bemadeavailable on my blog http://anwaarullah.com soon. If you needanyhelp in building the Circuit, please email [email protected] Basic Setup: 1. Connect a Bluetooth Moduletothe Arduino Serial Port 2. Connect 3 Loads (or LEDs for testing)toPins 8,9 and 10 3. Upload the Arduino Code below 4. Open theAppand establish a connection with the Bluetooth Module 5. SelecttheAppropriate buttons and the LEDs/Load should lit up accordinglyThefollowing pins are connected to the Buttons on the App: YellowLamp= Digital Pin 8 of Arduino Fan = Digital Pin 9 of Arduino RedLamp= Digital Pin 10 of Arduino To give in voice commands, hit themicbutton and say in any of these commands: "red lamp on" "redlampoff" "fan on" "fan off" "yellow lamp on" "yellow lamp off"I'veattached a sample schematic that can be used for referenceinconnecting. To see a demo of this application, please visitthisvideo http://vimeo.com/53071330 and navigate to 20:00 on thevideo.This was a talk where I made this App for a demo. ####ArduinoSource Code #### char ch = 'A'; int lamp1 = 8; int lamp2 =9; intlamp3 = 10; void setup() { Serial.begin(9600);pinMode(lamp1,OUTPUT); pinMode(lamp2, OUTPUT); pinMode(lamp3,OUTPUT);digitalWrite(lamp1, LOW); digitalWrite(lamp2,LOW);digitalWrite(lamp3, LOW); } void loop() { if(Serial.available()> 0) { ch = Serial.read(); if (ch == '1') {digitalWrite(lamp1,HIGH); } if (ch == '2') { digitalWrite(lamp2,HIGH); } if (ch =='3') { digitalWrite(lamp3, HIGH); } if (ch =='4') {digitalWrite(lamp1, LOW); } if (ch == '5') {digitalWrite(lamp2,LOW); } if (ch == '6') { digitalWrite(lamp3,LOW); } } delay(500);ch = 'A'; } Note: Please be careful whilehandling high voltageloads. Take all necessary precautions whilebuilding the circuit.I'm not responsible for any damage whatever,in any way whatsoeverarising out of the use of this App (Physicalor Material).
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