Sensors are the tools that robots that help robots to know what is around then and perform tasks. They they work work like our eyes and ears and touch. The sensor change the data in to a format that the robot and understand. This information helps robots to: Perceive their surroundings, Adjust to changes, Make decisions based on real-time data, and Execute tasks with precision.
Sensors can be used for a variety of purposes, including:
Navigation, Collision avoidance, Obstacle detection, Distance measurement, Temperature measurement, Force measurement, and temperature measurement .
- Distance (4 Lessons on 1 web page)
- DS1 Distance displayed on Console.
- DS2 ADDS MOTORS TO THE DISTANCE SENSOR
- DS3 Adds Lights to the distance sensor
- DS4 Distance Sensor with Motors, Lights, Sound, and some random numbers.
- Temperature ( 3 Lessons on 1 web page)
- TS1 Show temperature on the console.
- TS2 Use Temp. to changer the TailLights
- TS3 Show the temperature in Fahrenheit
- Shaking (1 Lesson)
- SK1 Yes or No (Boolen)
- Buttons (3 Lessons on one webpage)
- BS1 Using buttons with motors
- BS2 Using button with Sound
- BS3 Buttons with Lights, Movement and Spoken Instrucations
- Compass (1 calibration and 2 Lessons)
- Calibrate Compass Sensor with BlueBird Connector
- CS1 Simple Compass
- SC2 Advanced
- Acceleration
- AS1 Accelration Sensor snapshot
- AS2 Accelration forward and back.
- Orientation
- OR1 Display orientation
- OR2 orientation shown with lights
- Sound Listening
- SS1 Display the Volume Sound Sensor
- SS2 Sound Sensor Clap to make the robot move
- SS3 Sound in to light
- Magnetic
- MS1 Shows the magnetic field strength in three dimensions
- MS2 shows the magnetic field strength with motion
- LnS1-Testing Line Sensor
- LS1 Testing the infrared senson and getting black and shite values
- LS2 Follow a black tape Line (Needs Testing)
- Light
- LTS 1 Control the robot with a light source
- LTS 2 (Dancing in the Dark) needs testing