Products are listed alphabetically.

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1. ECHOLOCATION TRAINING GAME -------- PROTOTYPE --------- PURPOSE: To design a prototype of an echolocation trainer for children and adults who are blind or have low vision. Echolocation is a method by which humans and some type of animals (such as bats and dolphins) can navigate their environment by making sounds and determining the location of objects based on the echos of that sound. The Echolocation Trainer was designed as a learning game for parents with children who have visual disabilities. The game can assist in dev...[More Information]
   
   
2. EYEMUSIC ------ PROTOTYPE --------- PURPOSE: To create a prototype of a sensory substitution device that employs pleasant musical scales to convey visual information for individuals who are blind or have low vision. A team of researchers at the Hebrew University of Jerusalem have created EyeMusic, which allows users who are blind or have low vision to "see" by assigning sounds to images. EyeMusic consists of a pair of glasses with an attached video camera, which is wired to a pair of headphones. The head...[More Information]
   
   
3. EYERING -------- PROTOTYPE --------- PURPOSE: To design a prototype device to assist individuals who are blind or have low vision to identify objects and read text. Researchers at the Massachusetts Institute of Technology have developed a camera-equipped ring, EyeRing, that can identify objects and read text, transmitting the information to the user audibly. The EyeRing is a finger-worn device that the user points at an object, takes a photo, and hear voice feedback describing the object that the ring ...[More Information]
   
   
4. NAVIGATION GLASSES FOR THE BLIND -------- PROTOTYPE --------- PURPOSE: To design a prototype of glasses that allow users who are blind or have low vision navigate their environment. Navigation Glasses for the Blind is a pair of special glasses teamed with an earpiece and a microphone. It helps the individual who is blind or has low vision to visualize their surroundings. Sensors in the glasses pick up the elements around the person and provide auditory feedback to represent the surrounding environment. A microphone built into t...[More Information]
   
   
5. NAVIGATIONAL AIDS FOR THE VISUALLY IMPAIRED (NAVI) -------- PROTOTYPE --------- PURPOSE: To create a prototype of an adapted Kinect sensor to help improve the indoor navigation of individuals with visual disabilities. Engineering students at the University of Konstanz in Germany have developed a prototype to improve indoor navigation for individuals with visual impairment using the Microsoft Kinect camera, a vibrotactile waistbelt, and markers from the AR-Toolkit. Navigational Aids for the Visually Impaired (NAVI), consists of a helmet-mounted K...[More Information]
   
   
6. RAYNES RAIL The Raynes Rail is a tactile and voice output orientation aid and an exhibit accessibility system designed for people who are blind or have low vision. The Raynes Rail can be installed in a variety of environments to provide audible and braille navigation and orientation information at strategic points. One or more rails can be installed in a location. Each rail has a braille label on one side providing navigation and orientation information about the premises in close proximity to the rail. The...[More Information]
   
   
7. TALKINGTAGS TalkingTags is an audible and voice output indoor navigation and orientation aid for people who are blind or have low vision. The Talking Tags system includes a base unit worn on the wrist like a watch and a set of 40 radio frequency identification (RFID) tags. Each RFID tags can be associated with up to three pre-recorded messages that state what an item is, the item’s location, and how it is used prepared or combined with other item. When the user moves within a specified distance of the RFID ...[More Information]
   
   
8. VOICE -------- PROTOTYPE --------- PURPOSE: To create a prototype of a device that communicate an object's shape and location to individuals who are blind or have low vision. vOICe maps visual images to sound and then provides blindfolded users with a sense of what an object is and where it is located. The device uses a small web camera mounted on the nose bridge of sunglasses to provide visual input to a small pocket PC (or smartphone) to run software that transforms this input into auditory signals ...[More Information]
   
   

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