14 Questions
What is the primary purpose of the fuzzy logic algorithm in the smart wheelchair?
Modify the wheelchair's speed and orientation based on detected objects
Which device is responsible for the high-speed processing of the controller and data acquisition routines in the smart wheelchair?
Field Programmable Gate Array (FPGA) in Compact-RIO 9103
What does the HMI running on the laptop display for the user of the smart wheelchair?
Sensors indicators and instructions
Which navigation options are available to the user of the smart wheelchair through the interfaces?
Normal or assisted navigation via virtual joystick, head movements, or speech commands
How does the virtual joystick interface in the smart wheelchair differ from a regular joystick?
It can be personalized according to the user's requirements
What is one feature of the head movements control option in the smart wheelchair?
Commanding the wheelchair through head movements
Where is the data shared for interaction with the HMI in the smart wheelchair?
Laptop with a touch screen
What does the smart wheelchair do when an object is detected nearby?
Reduces speed and modifies orientation carefully
Which component of the smart wheelchair is responsible for controlling wheelchair movement?
'Controller' implemented on FPGA
What are the two main components of the nervous system?
Central nervous system (CNS) and peripheral nervous system (PNS)
Explain the role of the autonomic nervous system.
It regulates involuntary processes like breathing rate and blood pressure.
How does the nervous system capture information from the body and the environment?
Through the central nervous system (CNS) and peripheral nervous system (PNS) working together.
What is the function of the somatic or voluntary nervous system?
It consists of nerves connecting the spinal cord with muscle effectors and sensory receptors.
How do sexual hormones influence the brain and sexual behavior?
Sexual hormones masculinize or feminize the brain, affecting sexual behavior.
Test your knowledge on receptors for equilibrium sense in the neuromusculoskeletal system. Learn about the otholits in the utricle and saccule, rotation receptors in semicircular canals, and gravitational equilibrium receptors in the vestibule.
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