Some upper end Garmin GPS units have this feature. You can try the nuvi 800 from Garmin to see how this works out.
Speech recognition (also known as automatic speech recognition or computer speech recognition) converts spoken words to text
Speech recognition (also known as automatic speech recognition or computer speech recognition) converts spoken words to text
Speech recognition is the process of converting spoken words into text or commands, while speech synthesis is the process of generating spoken words from text or data input. In other words, speech recognition understands and interprets spoken language, while speech synthesis produces spoken language.
Speech Recognition
Speech recognition technology helps to transcribe and understand spoken language. Natural language processing (NLP) techniques help to analyze and make sense of the transcribed text, allowing for a deeper understanding of what people are saying.
Phoneme recognition software improves speech recognition technology by breaking down spoken words into individual sound units, allowing for more accurate and efficient identification of words and phrases.
The generic term is 'speech recognition software'
so Americans can understand.
Robots are controlled by computers. They can certainly process numbers and make calculations. As for understanding, that depends on what you mean by understand. Robots with speech recognition systems can understand spoken numbers subject to the limits of the system. Robots use artificial intelligence techniques to "think". Nobody knows for sure what the limits of AI may be.
It is not possible to take requests for compact disks, videos or spoken word cassettes which are not in stock.
A computer system that executes commands based on it's interpretation of spoken words.
Spoke is the simple past tense of speak. The past participle is spoken.