What is artificial intelligence (AI) used for? What do you understand by robotics? Can you answer these quiz questions based on AI to review your robotics knowledge? Robotics involves the process of building robots, and artificial intelligence requires programming these robots. AI helps robots to do a lot of tasks on their own. The quiz below gives you an amazing chance to see what you know about the future of AI and robotics. Take the test and evaluate yourself.
An insect
A human body
A simple robot arm
Binocular vision
Never
When the human being specifically requests it
In case of an accident
In case the robot controller is infected with a computer virus
Test the performance of a binaural hearing system
Detect the presence of ionized air
Measure the dielectric constant of the air
Detect the presence of a wireless bugging system
Optical magnification
Optical sensitivity
Optical selectivity
Optical resolution
Stereoscopic machine hearing
Epipolar navigation
Edge detection
Proximity sensing
A logic gate
An expert system
A back-pressure sensor
A telechir
Put the receiver in a different location
Switch the monitor to a different channel
Interchange the transmitting and receiving units
Use ac power instead of battery power
A robot propulsion system
A robot arm, and the device at its end (such as a gripper)
The system used to remotely control a telechir
A computer that guides a fleet of mobile robots
Slow-moving objects
RF signals
Ionized air
Warm or hot objects
Direction measurement
Edge detection
Range plotting
Binaural machine hearing
Track drive
Wheel drive
Remote control
Ionization potential measurement
The speed of EM wave propagation
The image resolution of the vision system
The ability of a robot to determine texture
All of the above
Detect smoke
Plot distances and directions
Measure slope
Detect boundaries
Takes place along a single geometric line
Takes place in a single geometric plane
Is done using spherical coordinates
Requires an ultrasonic sonar system
One dimension
Two dimensions
Three dimensions
Four dimensions
Functional orientation
Degrees of freedom
Dimensional versatility
Coordinate geometry
Coordinate geometry
Reference axis
Reference frame
Work envelope
Revolute geometry
Spherical coordinate geometry
Cartesian coordinate geometry
Cylindrical coordinate geometry
Red, yellow, and blue
Blue, red, and green
White, black, and gray
Orange, green, and violet
An epipolar navigation system
A clinometer
An end effector
A proximity sensor
1950
1960
1970
1980
Android
Insect robot
Automated guided vehicle
Autonomous robot
Extreme weather conditions
Total darkness
An assembly line
An environment with children
Direction measurement
Epipolar navigation
Distance measurement
Machine vision
The speed of light
The image resolution of the vision system
The ability of a robot to determine texture
All of the above
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