The algorithm implemented on the working of the hardware is pretty simple and straight-forward. The user has to connect the HC05 Bluetooth Module with the Android Meets Robot App via Bluetooth using a ...

Bringing speech recognition to the low-power microcontroller you’d find in an Arduino sounds like the work of a mad scientist or Ph.D. candidate, but that’s exactly what [Arjo Chakravarty] did.

The DF2301QG offline voice recognition module is shown connected to an Arduino clone over I2C board, but it could support any other hardware with UART or I2C including other Arduino boards, Raspberry ...

Last year, I wrote about Picovoice support for Raspberry Pi enabling custom wake-word and offline voice recognition to control the board with voice commands without relying on the cloud.. They used ...

They've already implemented an ultrasonic range detector so the 'bot can override the operator and prevent itself from running off a cliff (although we'd like to suggest mounting one on the rear ...

The software part is done in Arduino IDE using Embedded C. Hardware is implemented, and software porting is done. Generally, recognition of human voice using some kind of module cost way too much.

Typewriters with voice recognition have existed for over one hundred years; they were called secretaries. Robots are taking all the jobs now, and finally dictation and typing is a job that can… ...

While most voice recognition systems built intoconsumer devices use cloud-based databases to understand what theuser is saying, MOVI has a 2GB on-board database of up to 200 customizable sentences.

The group of DIY robot builders over at Cellbots decided that Android's native voice recognition system was too good to be wasted on drunk-dialling your mother and searching for the latest sports ...

The software part is done in Arduino IDE using Embedded C. Hardware is implemented, and software porting is done. Generally, recognition of human voice using some kind of module cost way too much.