Projects made with Texas Instruments on Hackster.io
This project involves extracting an EMG signal from two muscles of right hand and controlling a robotic arm based on the hand movements.
Read up about this project on
Connecting the TI CC3200 LaunchPad to WolkAbout IoT Platform.
Using a Texas Instruments MSP430G2553 and a few RC servos, this project dispenses water automatically once per day to water plants.
Inverting an OP-AMP inverts a signal, so shouldn't it be easy to build a noise cancelling headphone? Let's find out!
Hand Sanitizer Dispenser, No Arduino or MCU
Garage doors are very heavy and our smart system enables user to control the door via mobile phone app, saving energy and time.
An H-Bridge can be used to control motors for robotic projects. In this project I show how to use an H-Bridge to control two DC motors.
This is an autonomous mobile disinfecting robot that disinfects a confined space by deploying aerosol disinfectant.
Safety first! Upgrade any vehicle with this state-of-the-art safety technology that is designed to help you be a better driver.
Build a smart commercial freezer monitor with temperature logging and SMS alerts to prevent product loss.
Hacked MP3 player remote as DC motor driver.
A black line following robot with a PD controller based on the Texas Instruments MSP430 G2553.
Tester may block hardwired sensors of common burglary alarms and access systems so protected zone is open, even if the system's in arm mode.
This project aims to develop a prototype to implement various topologies of power converters to carry out experiments from your home
Virtual worlds need content from the physical. WALDO is an autonomous device capable of creating high definition mappings of the 3D world.
This project shows you how setup an Intel NUC to interact with a TI SensorTag device using BLE (Bluetooth Low Energy).
Cool robot that can follow a black line and stop before objects!
Arduino controlled PWM chopper, acceleration and deceleration ramp, motor braking, OLED display and a little more...
This project will help you set up your PocketBeagle to automatically create a WiFi access point on boot.
This tutorial will hopefully encourage development with the TI BLE SensorTag by showing how to setup your IDE and program the device!
Obstacle Detection with LIDAR to create and update a map so that an A* algorithm can solve a path for a robot car to follow.
Stream sensor readings in realtime using the Texas Instrument LaunchPad, Energia, and PubNub.
As newer driving and safety features are added to modern vehicles, older cars are left in the dust. Not anymore!
TM4C123GXL LED Color change sequential algorithm