The device, called 'TALK', uses signals from a person's breath via Morse code, picked up by a sensor, and then converts them into speech. Dilbagi, a student of DAV International School, Panipat, says the device even allows almost entirely speech impaired and paralyzed people to communicate like never before.
Claiming to have built the world's fastest and cheapest Augmentative and Alternative Communication (AAC) device, a kind used by physicist Stephen Hawking, Dilbagi says it is not possible for all those who have motor-neuro disabilities to afford an AAC device that costs $7,000 (Rs 4.26 lakh).
"AAC devices available in the market are very expensive, slow, bulky and not generic. I decided to find a better solution — an AAC device which is faster, portable and generic and costs only $80 (Rs 5000), making it affordable to the large population," he explains.
The young innovator says that TALK expects a person to be able to give two distinguishable exhales with varying intensities, for converting them into electrical signals using a microphone. The signals are processed by a microprocessor, called the 'Morse engine', which labels the short exhales as 'dots' and longer exhales as 'dashes'. These are further interpreted through the Morse code which converts the signals into words and then sends them to another microprocessor for synthesizing them into voice. According to Dilbagi, TALK features two modes - one to communicate in English, and the other to give specific commands and phrases. These are communicated in nine different voices enabled according to gender and age.
Making two major breakthroughs; increasing the speaking rate, and becoming the world's most affordable AAC device, TALK has landed the young prodigy as the only finalist from Asia in Google's Science Fair Challenge.
"I even got predicted results by testing the device on a person suffering from encephalopathy (global brain dysfunction) and Parkinson's disease," he has claimed in his proposal to Google.
He adds, "In future, I would like to add auto-predictions to my computing engine and integrate TALK with modern technology like Google Glass to make it easier for people with development disabilities."
Dilbagi's father, Amit, said, that since childhood his son had dreamt of doing something meaningful for mankind.
"His attention has always been towards applied science projects. I will request Prime Minister Narendra Modi and Union health minister Harshvardhan to consider this project for the countless people in need for such a device in our country," he told TOI.
http://timesofindia.indiatimes.com/followceleb.cms?alias=morse code,Google's Global Science Fair,device to turn breath into words,Augmentative and Alternative Communication device
Stay updated on the go with The Times of India's mobile apps. Click here to download it for your device.
Anda sedang membaca artikel tentang
Panipat teen makes device to turn breath into words, enters Google science fair
Dengan url
http://sehatnyasusu.blogspot.com/2014/09/panipat-teen-makes-device-to-turn.html
Anda boleh menyebar luaskannya atau mengcopy paste-nya
Panipat teen makes device to turn breath into words, enters Google science fair
namun jangan lupa untuk meletakkan link
Panipat teen makes device to turn breath into words, enters Google science fair
sebagai sumbernya
0 komentar:
Posting Komentar