LIGHT CONTROL USING DEVICES ANDROID BASED BLUETOOTH
TRI SAPTA NUGRAHA, Abdul Ro'uf,M.Ikom
2016 | Tugas Akhir | D3 ELEKTRONIKA DAN INSTRUMENTASI SVDalam suatu ruangan yang dipenuhi peralatan elektronik, remote control sangatlah penting.Keterbatasan sebuah remote control untuk mengnedalikan hanya satu peralatan elektronik tentu menjadi kendala tersendiri. Untuk mengurangi kendala tersebut direalisasikan remote control yang dapat mengendalikan seluruh peralatan elektronik menggunakan perantara Bluetooth yang terintegrasi pada Android dan Arduino.Android akan mengirimkan perintah pada Arduino mellui Bluetooth, Arduino menerjemahkan perintah menjadi kode inframerah yang selanjutnya diterima reciver peralatan elektronik Dilakukan pengujian terhadap sistem control. sistem control tersebut dapat berfungsi pada tiga versi Android berbeda, persentasi keberhasilan dari alat kendali 94,8% menggunkan tombol dan 92,8% menggunkan perintah suara, waktu akses rata-rata 0,17385 detik untuk perintah menggunkan tombol dan 0,20995 detik untuk perintah suara, dan jarak optimal pengirim (Tx) terhadap Penerima (Rx) adalah 320cm dengan lebar 180cm.
In a room full of electronic equipment, control device are very important. The limitations of a remote control to control only one electronic device become obstacles thatit needs a lot of control device. Reduce these constraints are realized remote control that can control the entire electronic device using integrated Bluetooth intermediaries on Android and Arduino.Android will send commands to the arduino via Bluetooth, Arduino code to translate the commands into infrared subsequently accepted by the reciver electronic.The first test intalls Android appliction on three difernt-versions. The second test is to experiment test all the tool buttons control for each electronic equipment. The third test is to examine the percentage of success of the control apparatus, producing 94,8% success using control buttons and 92,8% control using voice commands. The four tes calculate the access time when sending a commands until the electronic device executes the coresponding command. Thes test result in an average access time of 0,17385 seconds for commands using buttons and 0,20995 seconds for command using voice comands. The fifth testing is to test the coverage area of infrared, infrared sender optimal dintance (Tx) too infrared reciver (Rx) is 320 cm by 180 cm width.
Kata Kunci : Receiver (RX), Transmiter (TX), Arduino
