Larger screens present much larger images and text to view, and screens are available today that are over 30 inches. You may unsubscribe at any time. Request a visit cpntacts one of our volunteers. Utilising vsiion and voice control, this includes being able to send and receive texts and emails, make calls, browse the vision hardware contacts, take photos, scan and read, make notes and voice memos, listen to music vision hardware contacts talking books, and watch YouTube and catch-up TV. The high resolution will mean that even zoomed-in the contents of the screen should remain sharp and clear.

What standardisation activities result from the exploratory group, if any, will depend on the results of this group discussion — there is no predetermined outcome. The exploratory group will start meeting at the end of March and is open to all at no cost — we invite any organisations to join if they are interested. Yates: Any organisation that is willing to sign a simple NDA can participate in these meetings and share their expertise, whether they are a member of the Khronos Group or the EMVA; and to protect the IP of all participants, the meetings will explicitly exclude any detailed design discussions.

Our goal will be to create an agreed scope of work which will outline the standardisation activities that can best address the fragmentation of embedded sensor control APIs. From this starting point, we can work on any actual standards development using established processes and IP frameworks, such as those used by both Khronos and EMVA in their existing standards development activities. EMVA and Khronos represent complementary groups in the overall vision technology sector.

By bringing together as many parties as possible from across multiple industries we will create a much more representative quorum for the exploratory group. Trevett: An exploratory group typically goes through three phases. Firstly, all members are invited to present on relevant public technologies or projects, pain points that they are experiencing, and requirements they feel Vision Hardware For Special Conditions Numbers are key - so that all participants are aware of the current industry situation.

Then the group brainstorms on potential directions to fill any identified standardisation gaps. Then, finally, the group triages any proposals and attempts to generate consensus on standardisation activities that would gain industry participation and produce a scope of work document.

This would typically take around six months, maybe less depending on how the discussions go. Yates: Beyond the creation of an effective statement of work, there is obviously a significant effort to generate a first consistent API specification.

We expect this phase to take around 18 months to reach a v1. While the overall project may take several years to reach wide-scale deployment in the field, it is important that we achieve a consensus in the scope of work in a reasonable timeframe to crystallise the benefit to industry. Yates: While many sectors already make heavy use of embedded vision, this joint initiative is truly open, and will benefit from participants from all sectors, as well as companies providing the component technologies.

Trevett: The automotive industry is one of the largest users of advanced sensors, and there is an increasing number of smart devices such as drones, industrial robots, security devices that will benefit from advanced sensor APIs.

But for the exploratory group, we warmly invite camera, sensor and silicon vendors, and software developers, from any market segment that has an interest in state-of-the-art sensor processing applications. Trevett: A number of companies are asking for a solution to streamline use of cameras and sensors in their software stacks, and we see a growing willingness to consider cross-vendor standards, so we think this may be the right time.

We also have interest from significant open-source projects. I think it is important to remember that standards development is a long-term and iterative activity, but by starting this initiative now, we have the best chance to provide a firm foundation for future development at a time when the market is active and innovating, and I would encourage as many companies to participate as possible.

Greg Blackman reports from the Embedded World show, where industry experts gave insights into vision processing at the edge. Vassilis Tsagaris and Dimitris Kastaniotis at Irida Labs say an iterative approach is needed to build a real-world AI vision application on embedded hardware.

Credit: NIST. How do you choose a 3D vision system for a robot cell? Hyperspectral imaging can be used to check for blemishes on food packaging lines. Credit: Brillopak. Matthew Dale finds out how vision is enabling smaller batch sizes to be processed on packaging lines.

Imaging and Machine Vision Europe gathered a panel of experts to discuss uptake of 3D vision in robot automation. Greg Blackman reports on what was said. Skip to main content Do NOT follow this link or you will be banned from the site! Latest issue. The sensor stories behind the Mars Perseveran Amazon launches vision service for manufactur Enter your keywords. In order to bring clear direction to our strategy, we have defined four Where to Win areas, representing the biggest opportunities for profitable growth and differentiation:.

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Dolphin Supernova also provides full Braille support for blind users and is compatible with the latest Braille displays. JAWS Job Access With Speech is a very popular but expensive screen reader for users whose vision loss prevents them from seeing screen content or navigating with a mouse.

It provides text-to-speech and Braille output for a wide range of computer applications on Windows computers, including the most popular - Microsoft Office , Internet Explorer , Firefox and PDF documents. Users report that while it works extremely well with web browsers, it can be more problematic dealing with Office applications. New computers, and the majority of smartphones, now come with an in built. Narrator is the screen reader supplied with Windows machines.

Apple Mac computers include a fully featured screen reader called VoiceOver. Dedicated reading machines will read out printed documents using a synthetic voice. They use a scanner or a camera with optical character recognition OCR software to convert printed materials into electronic text that can, in turn, be either displayed on a screen, or read out by a screen reader, or both.

There are also many apps that run on standard smartphones and tablets that will provide very similar functionality to the above specialist options and are much cheaper if you already own a smartphone or tablet see below for more details. Video magnifiers or closed-circuit televisions — CCTVs connect a high definition camera to a monitor display.

This allows you to magnify different types of printed document or handwritten text to a high level. The distinction between reading machines and video magnifiers has significantly reduced in recent years, with many video magnifiers now also including the option to hear documents etc.

Please note that there are also many apps that run on standard smartphones that will provide very similar functionality to the above specialist options. These apps make use of the camera on the phone to scan the page and will use text-to-speech to read it out. It can also identify objects in pictures and recognise handwriting. Notetakers are small computers designed for use by the visually impaired. They can either have a standard or Braille keyboard, with information being either read out, displayed in Braille or both.

Braille notetakers are portable devices, with most including email and internet capabilities, a calendar and address book among other features. They can usually be connected to a computer or a printer for transferring information, and some can print to a Braille embosser. Notetakers also enjoy a shorter start-up time and a much longer battery life than conventional computers.

They are, however, significantly more expensive in most cases and far more limited in the apps and functions they can include. Technological advances are transforming modern communications. This is especially true of tablet computers and smartphones which, among myriad features, now include many of the functions of specialist notetakers, reading machines and video magnifiers.

Intelligent personal assistants — like Siri and the Google Assistant — are a key feature of all modern tablets and smartphones. These use speech recognition technology to carry out a range of everyday tasks including answering queries, sending messages and emails, adding events to your calendar, taking notes and setting reminders.

Combined with the million plus apps now available for iOS, Android and other mobile devices, such innovations are helping to transform education, work and leisure opportunities for people with a visual impairment. Many blind or partially-sighted people now use their smartphone more than any other computing device — with it offering a relatively low-cost and completely mobile solution to many of their requirements. For more comprehensive information and reviews about specialist apps for the iPad Pocket Hole Jig Ace Hardware Vision and iPhone, visit the AppleVis website for blind and low-vision users at www.

Synapptic is an all-in-one software package for people who are blind or partially sighted. It runs on Android tablets and smartphones and has been specifically designed to be very easy to use. Utilising text-to-speech and voice control, this includes being able to send and receive texts and emails, make calls, browse the web, take photos, scan and read, make notes and voice memos, listen to music and talking books, and watch YouTube and catch-up TV.

Users can customise the software to suit their particular needs and preferences, selecting from a wide range of viewing and listening options. It can be purchased ready installed on a tablet or smartphone, or as a standalone product for installing on your own Android device.

Like Synaptic, the interface is very easy to get to grips with and this software has been designed to be as intuitive to use as possible. You can easily send and receive emails, browse the web, as well as read newspapers and listen to radio stations. If you have access to a scanner you can also have your mail read out to you! Users can even decide to get access to the system via a remote control and this may be a really simple way to control their technology.

In Your Pocket gets updated with new capabilities every month, and now includes the Be My Eyes vision assistant. Kapsys — is a French-based company who offer an all in one package Smart Vision 2 which includes an Android smartphone with a very simple and intuitive interface. Students, employees and other users will only realise the full potential of some of the solutions outlined in this factsheet if they receive adequate training and have sufficient opportunity to become familiar and proficient with the products.

Training is most effective when it is spread over time and geared towards the individual, focusing on their particular tasks, abilities and challenges. Periodic training helps users to practice and consolidate new skills between sessions.

A wide range of private and voluntary organisations offer computer training services. Some of these will be paid services. Many specialist suppliers and software producers provide online guidance and tutorials about how to get the most from their products.

There is also a wealth of free training resources available online, including on YouTube. Useful tutorials, guides and reviews about assistive technology for people with sight loss are available from:. Vision Australia podcasts primarily, but not exclusively, for Mac computers and iOS devices at www.

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