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4_dof_robotic_arm

Taking the gyroscopic, accelerator, manometer data from a calibrated MPU_9250 to calculate the yaw, pitch, and roll which is then sent via a wireless communication protocol to control a 4-Degree-Of-Freedom robotic arm, or other peripherals such as rovers, drones, etc.

ajax_adc_led_esp8266

ajax_toggle_led

Control LEDs through a HTML website

ajx_adc_led_esp8266

argus_testing_folder

awesome-cheatsheets

👩‍💻👨‍💻 Awesome cheatsheets for popular programming languages, frameworks and development tools. They include everything you should know in one single file.

binary_threshold_example_opencv_visual_studio

blink_led_dspic33

Toggle on board LED (RE0) ON/OFF on a dsPIC33CH Curiosity Development Board

build_opencv_rpi_

canny_edge_still_image

capture_image_opencv

capture_single_image_opencv_jetsonnano

cmake_makefile_notes

csi-camera_

Simple example of using a CSI-Camera (like the Raspberry Pi Version 2 camera) with the NVIDIA Jetson Developer Kit

current_vimrc

data_structures

dht_22-temperature-humidty-oled-display

Displaying both humidity and temperature from a DHT_22 sensor on two 1.5 OLED Displays using I2C to communicate to an Arduino/AVR board

display_multiple_values_esp8266

dspic33_adc_basic

dspic33_basic_pwm_example

Using MPLAB Code Configurator (MCC) to generate a PWM signal to the onboard RGB LED

dspic33_basic_uart_example

dspic33_led_buttons

Toggle the onboard LED (RE0) on/off using the onboard buttons (S1,S2,S3)

dspic33_uart_adc

Reading the values from the onboard potentiometer and displaying the values using UART and MPLABX's data visualizer

dspic33_weather_click

dspic_uart_hello_world

dual_camera_stream_multithread_nano

dual_camera_stream_nano

Stream video feed from two Raspberry PI v2 cameras on a Jetson Nano Using OpenCV

dual_ssh1106_oled_

'Skeletal code' required to run two SSD1306 OLED screens that have the SSH1106 driver with an STM32F411RE

esp32_mindwave_project

esp32_mpu9250_i2c_calibration