VRbot - Voice Recognition Module

VRbot Module is designed to easily add versatile voice command functionality to robots, in particular ROBONOVA-I.
The VRbot module provides users with a host of built-in Speaker Independent (SI) commands that will allow basic control of the Robot movement straight out-of-the-box. In addition, users have the possibility to setup up to 32 user-defined Speaker Dependent (SD) triggers or commands to control their robots.
Features:
-) A host of built-in speaker independent (SI) commands for ready to run basic controls
-) Supports up to 32 user-defined Speaker Dependent (SD) triggers or commands as well as Voice Passwords. SD custom commands can be spoken in ANY language.
-) Easy-to-use and simple Graphical User Interface to program Voice Commands to your robot
-) Languages currently supported for SI commands: English U.S., Italian, Japanese and German. More languages available in the near future.
-) Works with Robonova and Robozak MR-C3024 controller boards
-) Module can be used with any host with an UART interface (powered at 3.3V - 5V)
-) Simple and robust serial protocol to access and program through the host board

All of the VRbot functionality can easily be accessed from the MR-C32024 controller board through a simple, yet robust serial protocol. All you need to do is connect the VRbot module to your ROBONOVA board, connect your robot to a PC, power up, and you are ready to go. You will not have to worry about needing additional adapter boards.
Upon power up, the supplied VRbotGUI software automatically downloads a roboBASIC bridge program to the controller board, which will allow immediate voice control of the robot with the built-in SI command set.
The bridge program also enables programming of the speaker dependent commands into VRbot by using the PC interface. After creating and training all desired commands in the VRbotGUI, users can create a basic template program, open it in the roboBASIC editor and assign specific behavior to each command. This can finally be downloaded and run on the ROBONOVA controller essentially giving your robot the ability to listen and adhere to your voice commands.

http://www.Vee-aR.com

Category:

Science & Technology

Tags:

• VRbot
• Voice
• Recognition
• RoboTech
• Vee-aR
• Riconoscimento
• Vocale
• Robot
• Sensory
• Robonova
• Robozak

[4feetnine]

how do i use the numbers for voice command?

[robotechsrl]

@4feetnine

Please read the protocol documentation available at the Veear[dot]eu website.

[sraryn24]

i command robot move forward, compile the code in vrbot, and open it in robobasic. when i try to compile in robobasic, it said that there is an ENDIF when there is no IF. it is in line 0150. am i supposed to edit anything inside the code before i download it into the robonova or just leave it as it is? can somebody help me out here? :(

[robotechsrl]

@sraryn24

Please have a look at the forum on VeeaR[dot]eu

In particolar the answers to your questions are in the post "Robobasic generated code" and "Error in generated robobasic code " in the VRbot section.

Kind regards.

[phamvankientk]

module VRBot.

[sraryn24]

is there any sample code? i dont understand how to work this out but i have to produce something for my project using vrbot. help. :/

[sraryn24]

how do we work this out? do we need to program anything inside the code after we compile? let's say i command robot-move-forward and then i compile. after the compile and open it up in robobasic, do i need to type anything inside or code anything before downloading into robonova-1?

[sraryn24]

@robotechsrl

Thank you very much. (: It have helped a lot!

[Qriihonen]

The robot has to be connected to the computer only for programming the module. Once the voice commands have been 'taught' and these commands have been associated with specific movements of the robot, it can be disconnected and you're ready to go.