The decisions that a specialized drone delivering medical supplies make once it's algorithm has started and it is scanning its surround are:
- A tilt backyard when sensor detects an obstacle within 10 feet.
- To disable self flying and alert pilot when sensor detects an obstacle within 3 feet.
- To resume normal speed when sensor doesn't detect an obstacle within two feet.
<h3>How are drones used in healthcare?</h3>
Hospitals are known to have started using drones to transport laboratory samples and also to carry out other kinds of humanitarian aids.
The use of drones is said to be one that is cost-effective and it is one that bring blood products, vaccines, medical supplies, and others to rural areas or areas that has small infrastructure.
A drone can find way to move around obstacles but they should not shut down where there is obstacle.
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Answer:C - All the elements of the database will be built specifically for that file and for that purpose, with no surprises or mysteries.
Explanation: I just took it
Sara should be concerned about security when setting up her loT lights.
<h3>What are loT lights?</h3>
loT light are otherwise called parking lot lights are outdoor lights that are placed on poles which are located on parking lots, pathways and driveways.
The loT light are used to provide bright light to the individuals so as to safely perform their various duties.
Therefore, Sara should be concerned about security when setting up her loT lights.
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The (main) function of the "network media" is the "<span> to transmit signals from device to device" because by doing this and allowing this to happen, this the signals would also send messages, and by this, it would then also be known as social media, and by this, it would be able to send pictures, text, and etc. This would be the point of the "network media".</span>
Answer:There are many types of motors are available in today's market, but mostly Tiny pager motors, servo motors, linear motors, stepper motors and DC geared motors are used in industrial robots according to their application area.
Humanoid robots can facilitate the experimental evaluation of assistive devices by providing repeatable, measurable, human-like motion while removing the difficulties and potential safety hazards associated with human trials. To ensure that the humanoid robot is providing a valid test platform, the robot must move in a similar way as a human while wearing the assistive device. This challenge is made difficult due to the inherent variability in human motion. In this paper, we propose an approach for a quantitative comparison between human and robot motion that identifies both the difference magnitude and the difference location, and explicitly handles both spatial and temporal variability of human motion. The proposed approach is demonstrated on data from robot gait and sagittal plane lifting.
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