![]() A base station receives the translations and displays the letters on its LCD. Also, it allows the translator to be used portably. ![]() This eliminates the discomfort from long wires. This project instead uses a wireless glove. This could be overcome with long wires, but long wires are cumbersome. A wired glove would make it difficult for the person the signer is talking to to read the translation. The very first design decision was to choose whether or not to make the glove wireless. On the computer there is a game which tests the user’s ability to sign, which can be used for sign language education. The translation is transmitted to the base station, which displays as well as pronounces the letter and also interfaces with the computer. The glove uses flex sensors, contact sensors, and accelerometers in three dimensions to gather data on each finger’s position and the hand’s motion to differentiate the letters. The sign language translator we have developed uses a glove fitted with sensors that can interpret the 26 English letters in American Sign Language (ASL). Trudy Sugg’s book describes sign language as the sixth most spoken language in the world. It is the sixth most spoken language in the America. It exploits unique features of the visual medium through spatial grammar.Ĭurrently, in the United States, there are approximately one to two million signers. Instead, sign language relies on sign patterns, i.e., body language, orientation and movements of the arm to facilitate understanding between people. Sign language is a language through which communication is possible without the means of acoustic sounds. "A portable Glove Based Sign Language Translator with LCD Display, Speech Synthesis, and Sign Language Education Software" ![]()
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