16lı IMU chip data-logger kartı

Hi I have been developing software on embedded systems and desktop applications with 10+ years of experience in C/C++. I have already worked on BMI sensors and developed projects on STM32. We can talk more on chat. Best regards.

Hi! I am an Electronic engineer, microcontroller, C programming expert having past experiences with arduino, pic, AVR, chipkit and Texas instruments microcontrollers I am waiting for you over the chat. Thank you!

Dear Employer, I am an Electronics Engineer, Programmer and an expert in Arduino. I can do this project. I can complete this project in less than 2 days. I did many kinds of project like this. Thank you for spending your time in my application.

Hello, I am an electronics and telecommunication engineer and I am quite experienced with hardware and embedded systems' design. So far I have desinged many PCBs that I have used SPI communcation protocol hence I am quite sure that I can help you with your project. We can use a PIC microcontroller like 16f, 18f, 32f or stm32f series arms and they will provide enough speed and required SPI pins for us. Just let me know and I will do my best to help you. Best regards

Hello I have more than 15 years of experience in the embedded systems design and pcb design and electronics systems design So let's discuss your project in chat

✋Hello, Greetings to you!! I understand your requirement completely and will help you in this project. I'm a programmer, PCB designer and scientist in our Ultimate Robotics team (we develop prototypes in wearables, sensors and robotics). I specialize in PCB design, writing firmware and creating custom optimized algorithms. More of me - Microcontroller programming: — nRF51/52, nRF24, STM32F0/F1/F4, Atmega328P/Arduino, ATtiny. My implementation of BLE protocol achieves high data broadcasting rate with low processor load, I also wrote a custom I2C protocol and multiple device drivers (ADCs, IMUs, RF chips). Mathematics and algorithms: — IMU processing - quaternion based position integration, fusion of several data sources, analysis of sensor mesh — signal processing, FFT for microcontrollers/SoC/PC with realtime graphical display output — PID control, vector BLDC control — Machine Learning, especially neural networks - wrote several papers on new methods in the field, published in high quality peer reviewed journals PCB design/Gerbers for 2/4 layers boards (usually takes from 2 hours to 2-3 days): — sensitive, low noise analog front ends — onboard signal processing (it's best to filter realtime raw data) — single or multiple processors (why not, even Arduino has two) — wireless and RF: BLE, RFID, WiFi and custom RF links — LED matrices, screens, touch/proximity/ordinary buttons Awaiting your reply to deliver you the Best Quality and Fastest Service Thank you.