Oh man I was expecting that , I had to use the android SDK at first as I wanted a portable yet powerful device , and my Arduino ble sense was waiting for your support , awesome work !
Note that this DOES NOT work on the Nano 33 BLE as the description reads, it only works on the Nano 33 BLE Sense. I wasted money buying the wrong board, the regular BLE does not have a microphone on it!
This is great 👍. But i tried everything as per ur instructions but i got an error in ide software that the keyword file is different version i.e (1.9.0) but my library is (2.2.0) picovoice init failed with INVALID_ARGUMENT..... Plz give me any suggestions
This demo is outdated, and the keyword and context files in `params.h` do not work with the latest version of the Picovoice package. Please refer to the example that comes with the package to get started: github.com/Picovoice/picovoice-arduino-en/blob/master/examples/PicovoiceExample/PicovoiceExample.ino
That little thing on a top of Arduino Nano from the opposite side of usb - is that a microphone? I don't remember stock Nanos were having mics. The speech recognition is happening fully on Nano or it needs a serial communication to a PC connected to it (and some cloud service eventually)?
this is great stuff. but just taking the code and uploading it to my nano ble sense 33 does not seem to work when calling "picovoice" and then telling it to do any of the commands from the video. It doesnt seem to work at all. I have made ZERO modifications to the code. I just downloaded everything following the instructions and then uploaded to my board. Not sure if the project is still going, but I will leave that here for anyone looking to use this in the future. Doesnt seem to work from the links provided.
Have you replaced the placeholder AccessKey in `static const char* ACCESS_KEY = "1234";` with yours? The article also got updated to explain this step with more details
Absolutely! Just make sure that the incoming audio meets all requirements which are sample rate of 16kHz, single-channel, 16-bit linearly-encoded, and length of 512 for each frame.
Hi@ pico Great day of which I do pray and hope That Yall are Having right now I ask Why don't Yall make a Android app which may probably make you way successful as a brand than you are now why not useful potential if there is any at all
![โอ้เธอช่าง... - บี้เดอะสกา ft. ต๋อง เทวัญ (Prod. by ป๋าเพชร) [Official MV]](http://i.ytimg.com/vi/zbWhiLFmVL0/mqdefault.jpg)
Oh man I was expecting that , I had to use the android SDK at first as I wanted a portable yet powerful device , and my Arduino ble sense was waiting for your support , awesome work !
Note that this DOES NOT work on the Nano 33 BLE as the description reads, it only works on the Nano 33 BLE Sense. I wasted money buying the wrong board, the regular BLE does not have a microphone on it!
You just gave me a new idea for my robo-snake, thanks bro!
This is so cool. It is a pity that these boards are out of production now for about an year.
You gave me what I needed for a voice activated helmet thanks
This is great 👍. But i tried everything as per ur instructions but i got an error in ide software that the keyword file is different version i.e (1.9.0) but my library is (2.2.0) picovoice init failed with INVALID_ARGUMENT.....
Plz give me any suggestions
This demo is outdated, and the keyword and context files in `params.h` do not work with the latest version of the Picovoice package. Please refer to the example that comes with the package to get started: github.com/Picovoice/picovoice-arduino-en/blob/master/examples/PicovoiceExample/PicovoiceExample.ino
That little thing on a top of Arduino Nano from the opposite side of usb - is that a microphone? I don't remember stock Nanos were having mics.
The speech recognition is happening fully on Nano or it needs a serial communication to a PC connected to it (and some cloud service eventually)?
The Nano 3 BLE "Sense" equips with a mic, and all computation is happening on-device! You can connect the board to a power bank and try it!
@@picovoice cool, thx for confirming
this is great stuff. but just taking the code and uploading it to my nano ble sense 33 does not seem to work when calling "picovoice" and then telling it to do any of the commands from the video. It doesnt seem to work at all. I have made ZERO modifications to the code. I just downloaded everything following the instructions and then uploaded to my board. Not sure if the project is still going, but I will leave that here for anyone looking to use this in the future. Doesnt seem to work from the links provided.
Have you replaced the placeholder AccessKey in `static const char* ACCESS_KEY = "1234";` with yours?
The article also got updated to explain this step with more details
Can I use on nano 33 ble board and adding a external microphone?
Absolutely! Just make sure that the incoming audio meets all requirements which are sample rate of 16kHz, single-channel, 16-bit linearly-encoded, and length of 512 for each frame.
Can you make a voice activated trash bin?
Hi@ pico Great day of which I do pray and hope That Yall are Having right now I ask Why don't Yall make a Android app which may probably make you way successful as a brand than you are now why not useful potential if there is any at all
Can you make a voice activated trash bin?