@amalkrishnam3 Hi, Were you able to make any progress.
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RE: MakerChat 0x1A : How to build a Magic Wand 🪄
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RE: Xiao ESP32C3 - LoRa SPI Issue
@jibin_lks Can you please share the example code and connection diagram?
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RE: this is an error occured to me while running this command:npm install -g edge-impulse-cli --force
@Meehad Could you please share the OS version and node JS , npm version you have?
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RE: FREE LIVE E-Workshop on TinyML for beginners by Salman Faris on 12th October 2023 at 6 PM.
You can purchase XIAO ESP32-S3 here at https://robu.in/product/seeed-studio-xiao-esp32s3-sense-2-4ghz-wi-fi-ble-5-0-ov2640-camera-sensor-digital-microphone-battery-charge-supported-rich-interface-iot-embedded-ml/
SeeedStudio tinyML offline course details here at https://wiki.seeedstudio.com/tinyml_workshop_course_new/
Please check and let us know if you have questions.
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FREE LIVE E-Workshop on TinyML for beginners by Salman Faris on 12th October 2023 at 6 PM.
Join FREE Live E-workshop on TinyML for beginners!
Are you passionate about the future of machine learning and its applications in the tiniest of devices? Then, this is a workshop you don't want to miss!
Event Details:
Date: 12th October 2023
Time: 6 PM
Location: Online (Microsoft Teams)
Register now to secure your spot: https://lnkd.in/dYcZ3p-xTiny Machine Learning (TinyML) is revolutionizing the world of IoT and embedded systems, enabling AI and ML on microcontrollers, sensors, and other edge devices. Our FREE live e-workshop is your gateway to understanding the principles, tools, and practical applications of TinyML.
Workshop Highlights:
Introduction to TinyML and its significance
LIVE Demo of Easy to make TinyML Projects
Q&A Sessions to solve your doubts
Networking opportunities with fellow enthusiastsWhether you're an experienced ML practitioner or just curious about this exciting field, our workshop is designed to cater to all levels of expertise. Don't miss this chance to unlock the potential of TinyML and gain valuable insights into the future of intelligent, edge-driven devices.
Register now to secure your spot: Here
Don't miss out on this opportunity to stay at the forefront of innovation. Join us for an interactive and informative session on TinyML. See you there!
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RE: Make it Matter! with Nordic Semiconductor: Have an idea for a project? Apply now a chance to receive HW Kit.
Hi @sarathslab You can learn about Nordic SDK and Zephery platform at https://academy.nordicsemi.com/ their platform. Please check and let us know if you need any help.
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RE: I need help in making a GPS module
@binishmatheww All the best. Let us know if you need any help.
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RE: I need help in making a GPS module
@binishmatheww There will be a single device, but I can't find one for now that has both GPS, GSM, BLE and USB Support.
@binishmatheww said in I need help in making a GPS module:
Also, can we have all these data transfer modes in a single module?
You can make the priority and depending on that it can switch different modes.
@binishmatheww said in I need help in making a GPS module:
Transfer the data via Bluetooth if is connected.
This can be achieved with BLE transfer.
@binishmatheww said in I need help in making a GPS module:
Transfer the data via a USB cable if it is plugged in.
It can be achieved via Serial communication or USB HID profile.
@binishmatheww said in I need help in making a GPS module:
Transfer the data over the internet.
here, we can route the data to the cloud over the phone or directly to the cloud via a GSM module or WiFi. I think it will be overkill if we use an external modem, better to cache the data and push to the cloud via phone and BLE if the live data is not needed.
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RE: I need help in making a GPS module
Hi @binishmatheww , Welcome to Makergram.
I see you want to build a GPS Logger. For that, you can use any basic GPS module available in the market such as NEO-6M GPS Module or any from the list here.
After that, you need to choose a microcontroller, which can communicate with the GPS module read the GPS and translate the NMEA (data format for GPS packets) to a more usable format (you can do the post-processing in the phone too).
Then you can send the data to hone via BLE, for this you can use a BLE-supported microcontroller or use a standalone BLE co-processor. My suggestion is to go with esp32 as it has BLE support and other cores can be used for the GPS data acquisition. To do the post-processing and other things you can do with the mobile app.
You can split the project into different parts.
- GPS Data Acquisition. (You can use Arduino IDE + ESP32/Pico W + GPS module of your choice)
- GPS data translation (There will be Arduino lib which can make the translation easier)
- Send Data to the mobile app via BLE (Arduino IDE + ESP32/Pico W + BLE LIB + Mobile application).
Hope you get an idea, please check and let us know. Happy building.