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Server-side Image Maps

Server-side image maps (typically an <img> with the ismap attribute) allows x and y coordinates of where a user clicks the image with a mouse to be sent to a server for processing. For example, for a state map, the x and y coordinates of where the user clicks could be analyzed to direct the user to a web page for the county they clicked. Server-side image maps are not keyboard accessible – one cannot click a particular point on an image using the keyboard. Instead of server-side image maps, client-side image maps (wherein clickable areas or ‘hotspots’ are defined) should be used. Client side images maps (<area> elements with appropriate alternative text and a logical navigation order) are fully accessible to both mouse and keyboard users.

We’ve been updating our online apps directory with a whole lot of new apps. Visit Apps, Apps and more Apps!, where you can find a collection of apps categorized for a variety of disabilities along with brief descriptions, prices, and links.

 

Project: Possibility is a software collaboration for people with disabilities.

The goal is to create and support innovative software projects that are empowering for the software developers that implement them and for the persons with disabilities that use them.

This vision involves both innovating completely new software projects and contributing to and collaborating with existing open-source projects.

In the coming weeks Project:Possibilitiy will be soliciting feedback from the public on a portfolio of projects. To see some of the projects already listed, visit http://projectpossibility.org/projects.php.

The Golden Apples of 2014

Contributed by Joel Zimba, Special Projects Coordinator, MDTAP

Once upon a time, I wrote a blog post about the excellent resource, AppleVis.com.  It is devoted to iOS apps and Mac applications from a blind perspective.  This is a huge job, and the staff, along with an active user community, keep Applevis running strong.

The 3rd annual Golden Apple awards were just published by AppleVis.  These are awards given out for the best apps of the year.  Many of the names will seem familiar if you follow the Assistive Technology Blog.

VoiceDream Reader won theBest iOS App of 2014.   For a more thorough review of this App, you can read a previous Blog post.  One great feature of VoiceDream worth mentioning here is the way in which it handles PDF files.  If you are running iOS 8, VoiceDream is one of the options for opening any PDF file.  You can read through a PDF in two ways with VoiceDream.  The built-in player will read remarkably well, especially with regard to columns and other tricky bits of PDF mark-up.  You can also examine a document in minute detail using standard VoiceOver controls. VoiceDream is continuously updated and continues to be my book reader app of choice.

As expected, the excellent KNFB Reader App won Best Assistive App.  It has been discussed at length both here and all over the Web.

MIPsoft was given the best iOS Developer award.  They make BlindSquare, which is a navigation app.  Not to tip the editorial hand of the Assistive Technology Blog, but you can look forward to reviews and demonstrations of accessible navigation apps (including BlindSquare) in 2015.

For the full list of categories and contenders in the Golden Apple Awards, head over to applevis.com.  And if you are looking for a way to occupy the family over the holidays, perhaps the Games category will have some suggestions to your liking!

 

Celebrate Braille Literacy! on Sunday, January 4, 2015 from 2:00-3:30 PM

January 4, 2015 is Louis Braille’s 206th birthday —

. Learn about braille and blindness!

. Braille activities for everyone!

. Get your name in braille!

.  Birthday cake and refreshments!

Co-sponsored by the Sligo Creek Chapter of the National Federation of the Blind and Montgomery County Public Libraries

 

Celebration to be held at Rockville Memorial Library, 21 Maryland Ave., Rockville, MD 20850

Phone: 240-777-0140   TTY:  240-777-0902

To request sign language interpretation or other deaf/hard of hearing services for library-sponsored programs, email MCPL.DeafAccess@montgomerycountymd.gov, preferably with three business days’ notice.

To request other accommodations, contact the Rockville Memorial Library.

The Vario Ultra Has Landed

Contributed by Joel Zimba, Special Projects Coordinator, MDTAP

Just in time for the holidays, the initial orders of the Baum Vario Ultra are arriving on our shores. Several months ago, I mentioned this portable Braille display after seeing a demo version  of the unit.

The Vario Ultra is one of just a few devices which some call Smart Displays. They feature limited onboard computing functionality, such as note taking and a calculator, but are primarily Braille displays which are intended to connect to other devices rather than function as stand-alone Notetakers.

For comparison, we’ll have to provide a quick overview of refreshable Braille technology.  Currently, refreshable Braille displays just connect to computers and increasingly, portable devices like smartphones and tablets.  These don’t do much, other than display Braille sent to it from a host device. By comparison, the Braille notetaker is a much more expensive solution which functions much like a notebook style computer in its own right.  Generally a Braille notetaker will feature both Braille and speech output, and while many tasks, such as document creation and printing can be done from the device itself, they can also be used as Braille displays.

In the current market, there are two main models of Braille notetaker: the Braillenote family from Humanware, and the BrailleSense from Hims.  Both devices offer varying size and keyboard configurations.  This is aging technology.  The embedded Windows operating system is obsolete and the applications can’t keep up with modern demands.  A decade ago, a Braille notetaker was the clear choice for blind students and professionals.  Now they are one asteroid impact away from extinction.

That’s where the Smart Display comes into play. They are smaller, lighter, cheaper (often by half) and able to keep up by virtue of not trying to do the work themselves. For example, you could browse the Web using your Braille Display connected to an iPhone, but take notes for an upcoming meeting using the built-in editor function of a Smart Display.  When it’s time to present on the topic, one device allows for quick reference, which is much more difficult when trying to juggle two devices at once.

The Vario Ultra and the Braille Edge have appeared to fill in this technological gap. Both are comparable in their feature set, though the Vario Ultra can do a few tricks the slightly older Edge cannot.  There will likely be competition between the two manufacturers in the coming years—much of which will be fought through software updates.

We expect to have the Vario Ultra in the MDTAP technology library in the near future. If you would like to see how it compares to other refreshable Braille devices, we can demonstrate them to you side-by-side.

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