The blind lady building tech for a good of others

Chieko Asakawa was awarded Japan's Medal of Honour for her contributions to accessibility researchImage copyright
IBM

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Chieko Asakawa perceived Japan’s Medal of Honour for her grant to accessibility research

An collision in a swimming pool left Chieko Asakawa blind during a age of 14. For a past 3 decades she’s worked to emanate record – now with a vast concentration on synthetic comprehension (AI) – to renovate life for a visually impaired.

“When we started out there was no assistive technology,” Japanese-born Dr Asakawa says.

“I couldn’t review any information by myself. we couldn’t go anywhere by myself.”

Those “painful experiences” set her on a trail of training that began with a mechanism scholarship march for blind people. A pursuit during IBM shortly followed, where she warranted a doctorate and started her pioneering work on accessibility that continues today.

She’s behind early digital Braille innovations and combined a world’s initial unsentimental web-to-speech browser. Those browsers are hackneyed these days, though 20 years ago, Dr Asakawa gave blind internet users in Japan entrance to some-more information than they’d ever had before.

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Getty Images

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Braille and voice control are still pivotal technologies for blind people

Now she and other technologists are looking to use AI to emanate collection for visually marred people.

Micro mapping

For example, Dr Asakawa has grown NavCog, a voice-controlled smartphone app that helps blind people navigate difficult indoor locations.

Low-energy Bluetooth beacons are commissioned roughly each 10m (33ft) to emanate an indoor map. Sampling information is collected from those beacons to build “fingerprints” of a specific location.

“We detect user position by comparing a users’ stream fingerprint to a server’s fingerprint model,” she says.

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Getty Images

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Could navigation apps meant blind people have to rest on canes less?

Collecting vast amounts of information creates a some-more minute map than is accessible in an concentration like Google Maps, that doesn’t work for indoor locations and can't yield a turn of fact blind and visually marred people need, she says.

“It can be unequivocally helpful, though it can't navigate us exactly,” says Dr Asakawa, who’s now an IBM Fellow, a prestigious organisation that has constructed 5 Nobel esteem winners.

NavCog is now in a commander stage, accessible in several sites in a US and one in Tokyo, and IBM says it is tighten to creation a app accessible to a public.

‘It gave me some-more control’

Pittsburgh residents Christine Hunsinger, 70, and her father Douglas Hunsinger, 65, both blind, trialled NavCog during a hotel in their city during a discussion for blind people.

“I felt some-more like we was in control of my possess situation,” says Mrs Hunsinger, now late after 40 years as a supervision bureaucrat.

She uses other apps to assistance her get around, and says while she indispensable to use her white shaft alongside NavCog, it did give her some-more leisure to pierce around in unknown areas.

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IBM

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Dr Asakawa says memories of colour assistance with her work on intent approval and NavCog

Mr Hunsinger agrees, observant a app “took all a guesswork out” of anticipating places indoors.

“It was unequivocally liberating to transport exclusively on my own.”

A lightweight ‘suitcase robot’

Dr Asakawa’s subsequent vast plea is a “AI suitcase” – a lightweight maritime robot.

It steers a blind chairman by a formidable turf of an airport, providing directions as good as useful information on moody delays and embankment changes, for example.

The container has a engine embedded so it can pierce autonomously, an image-recognition camera to detect surroundings, and Lidar – Light Detection And Ranging – for measuring distances to objects.

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Getty Images

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Lidar is some-more compared with driverless cars than intelligent suitcases

When stairs need to be climbed, a container tells a user to collect it up.

“If we work together with a drudge it could be lighter, smaller and reduce cost,” Dr Asakawa says.

The stream antecedent is “pretty heavy”, she admits. IBM is pulling to make a subsequent chronicle lighter and hopes it will eventually be means to enclose during slightest a laptop computer. It aims to commander a plan in Tokyo in 2020.

“I wish to unequivocally suffer travelling alone. That’s because we wish to concentration on a AI container even if it is going to take a prolonged time.”

IBM showed me a video of a prototype, though as it’s not prepared for recover nonetheless a organisation was demure to recover images during this stage.

AI for ‘social good’

Despite a ambitions, IBM lags behind Microsoft and Google in what it now offers a visually impaired.

Microsoft has committed $115m (£90m) to a AI for Good programme and $25m to a AI for accessibility initiative. For example, Seeing AI – a articulate camera app – is a executive partial of a accessibility work.

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Microsoft

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Microsoft’s Saqib Shaikh demonstrates a firm’s text-to-speech smartphone app

And after this year Google reportedly skeleton to launch a Lookout app, primarily for a Pixel, that will recount and beam visually marred people around specific objects.

“People with disabilities have been ignored when it comes to record growth as a whole,” says Nick McQuire, conduct of craving and AI investigate during CCS Insight.

But he says that’s been changing in a past year, as vast tech firms pull tough to deposit in AI applications that “improve amicable wellbeing”.

He expects some-more to come in this space, including from Amazon, that has sizeable investments in AI.

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“But it’s unequivocally Microsoft and Google… in a final 12 months that have done a vast concentration in this area,” he says.

Mr McQuire says a concentration on amicable good and incapacity is related to “trying to showcase a advantages [of AI] in light of a lot of disastrous sentiment” around AI replacing tellurian jobs and even holding over completely.

But AI in a incapacity space is distant from perfect. A lot of a investment right now is about “proving a correctness and speed of a applications” around vision, he says.

Dr Asakawa concludes simply: “I’ve been rebellious a problems we found when we became blind. we wish these problems can be solved.”

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