Eyes Free Typing App Fleksy Now Free

The eyes free typing app for iPhone, iPad, and iPod Touch called Fleksy is now free on the App Store. The app is able to predict what word you are trying to type even if you did not hit any of the right virtual keys. As long as you are close to the right keys Flesky is able to predict the word. Fleksy is so accurate you do not even have to look at your phone to type. Just like other keyboard apps on iOS Fleksy does not replace the default keyboard. Click here to read the full review.

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BlackBerry Screen Reader Review

The BlackBerry Screen Reader is designed to make BlackBerry phones accessible to the visually impaired. BlackBerry Screen Reader is compatible with the BlackBerry Curve 9350, 9360, 9370, 9320 and 9220.

Installation is complicated and may require the assistance of a sighted person. Unfortutantly, BlackBerry Screen Reader is not built into the phone. There are two methods for installing the BlackBerry Screen Reader. The first method is to visit this webpage from your BlackBerry. Another option for installation is to plug the BlackBerry into your computer and then install the Screen Reader. Connecting your BlackBerry device to your computer is the most accessible option for installation.

Features

• Physical Keyboard
• Keyboard Shortcuts
• Speak Everything On Screen
• Free For Compatible BlackBerry Devices

Once installed  you will be greeted with a solid Screen Reader that makes the BlackBerry accessible. The visually impaired user benefits from the numerous physical buttons, including a full physical keyboard. Five buttons on the device are less tactile. These buttons include the answer, end, menu, back and end/off. While these buttons are flush with the device they are still used for the visually impaired once there location has been memorized. To be clear these buttons depress when pressed. The physical keyboard makes it possible to type eyes-free. Once you move away from the physical buttons and start navigating the screen, a text-to-speech voice begins speaking everything under your cursor. The BlackBerry I tested had a very loud speaker that made hearing the voice easy. To navigate the cursor you can use the trackpad. The trackpad is fairly sensitive so it may be best to turn down the sensitivity. Also, I found it helpful to turn on audible clicks when the cursor moves from one object to another. The BlackBerry Screen Reader also excels with the use of keyboard shortcuts. For example you can press a key combination to speak the time. Users can change the speech rate, verbosity and pitch.

Overall the BlackBerry Screen Reader is a solid screen reader that makes the BlackBerry accessible for visually impaired users. It is not as polished as other mobile screen readers such as Apple's VoiceOver. BlackBerry Screen Reader may not work with third party apps. Some work could be done in streamlining operations and stability. Also, the screen reader should be built into the BlackBerry from the start. Click read more below to view screenshots of the BlackBerry Screen Reader.

Device Provided Complimentary To Reviewer 

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Researchers Find Faster Eyes-Free Typing Solution for Touch Screens

Researchers have developed and faster way to type on touch screens with out seeing the screen. The solution, called BrailleTouch, is perfect for blind smart phone users. BrailleTouch uses the three dots on each side of the screen to represent Braille alphabet. BrailleTouch is designed to be used with the touch screen facing away from the user. The 1st, 2nd and 3rd fingers of both hands are used to touch the six dots. Researchers claim that BrailleTouch allows users to type eyes-free with 92 percent accuracy and 32 words per minutes. BrailleTouch is a prototype app and is not available to the public.

Click read more below to read the press release.

GEORGIA TECH DEVELOPS BRAILLE-LIKE TEXTING APP

ATLANTA - Feb. 17, 2012 - Imagine if smartphone and tablet users could text a note under the table during a meeting without anyone being the wiser. Mobile gadget users might also be enabled to text while walking, watching TV or socializing without taking their eyes off what they're doing.

Georgia Tech researchers have built a prototype app for touch-screen mobile devices that is vying to be a complete solution for texting without the need to look at a mobile gadget's screen.

"Research has shown that chorded, or gesture-based, texting is a viable solution for eyes-free written communication in the future, making obsolete the need for users to look at their devices while inputting text on them," said Mario Romero, Postdoctoral Fellow in the School of Interactive Computing (IC) and the project's principal investigator.

The free open-source app, called BrailleTouch, incorporates the Braille writing system used by the visually impaired. It has been conceived as a texting tool for any of the millions of smartphone phone users worldwide.

Early studies with visually impaired participants proficient in Braille typing have demonstrated that users can input at least six times the number of words per minute when compared to other research prototypes for eyes-free texting on a touch screen. Users reach up to 32 words per minute with 92 percent accuracy with the prototype app for the iPhone.

"We are currently designing a study to formally evaluate BrailleTouch through both quantitative and qualitative methods," said Caleb Southern, an IC graduate student. "We will measure the typing speed and accuracy of visually impaired users and capture the feedback from study participants in areas such as comfort, ease of use and perceived value."

For sighted users, the research team is exploring how BrailleTouch could be a universal eyes-free mobile texting app that replaces soft QWERTY keyboards and other texting technologies.

"BrailleTouch is an out-of-the-box solution that will work with smartphones and tablets and allow users to start learning the Braille alphabet in a few minutes," said Romero. "It also reduces the need for expensive proprietary Braille keyboard devices, which typically cost thousands of dollars."

The researchers have designed BrailleTouch to address the limitations of soft keyboards, which do not provide tactile feedback, as well as physical keyboards, which often use small and numerous fixed buttons. BrailleTouch is the only iPhone app in existence that uses a six-finger chording process that replicates the traditional Braille keyboard.

The app uses a gesture-based solution by turning the iPhone's touchscreen into a soft-touch keyboard programmed for Braille and requiring only six keys, making it a practical solution for the limited screen real estate on smartphones.

The key feature of the BrailleTouch technology is the use of the six-key configuration so that the keyboard fits on the screen and users keep their fingers in a relatively fixed position while texting. This design allows users to hold their device with the screen facing away from them ¬– cradling the device with their palms or pinkies and thumbs – and to type with a majority of their fingers, identical to typing Braille on a standard keyboard.

The team behind BrailleTouch is led by Romero and IC Professor Gregory Abowd, co-principal investigator. Former IC affiliate Brian Frey conceived the original idea and developed the first prototype and Southern created an improved design. They are conducting usability studies together with James Clawson, a Ph.D. candidate in IC, and Kate Rosier, a master's graduate in Digital Media and bachelor's graduate in Computational Media.

The research group has developed iPhone and iPad versions of BrailleTouch and is currently working on Android versions. The app recently won the MobileHCI 2011 competition for design at the MobileHCI conference in Stockholm, Sweden.

BrailleTouch will be demonstrated at the Abilities Expo-Atlanta 2012, taking place Feb. 17-19 at the Georgia World Congress Center. A video of BrailleTouch in action is available at the following link: http://www.youtube.com/watch?v=rIEO1bUFHsI

This project was supported in part by the Rehabilitation Engineering Research Center for Wireless Technologies (Wireless RERC), which is funded by the National Institute on Disability and Rehabilitation Research (NIDRR), United States Department of Education, under grant number H133E110002. 

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