
IGCSE Computer Science Ch6 Robotics and Automation Part 2
Presentation
•
Computers
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9th - 12th Grade
•
Practice Problem
•
Medium
Alex vZ
Used 10+ times
FREE Resource
8 Slides • 11 Questions
1
Transport:
Automated transport systems include robotic systems like autonomous buses/cars, trains, and unpiloted aircraft.
Automated systems are also used in manually controlled transport, such as cars, buses/lorries, trains, and aircraft.
Examples include automatic signal control systems in modern trains and automatic pilots in airplanes.
Self-parking systems use sensors to identify suitable parking spaces and operate steering, brakes, and throttle for automatic parking.
2
Transport:
Advantages of automated parking systems:
More efficient use of parking spaces
Reduced traffic disruption
Ability to fit into smaller spaces
Fewer dents and scratches to cars
Enhanced safety with object monitoring
Consistent results
3
Transport:
Disadvantages of automated parking systems:
Over-reliance on automation
Potential for malfunction due to faulty sensors
Difficulty detecting low kerbs
High initial cost with additional maintenance.
4
Multiple Choice
What are some advantages of automated parking systems?
Increased insurance claims
Longer parking times
Fewer dents and scratches to cars
Manual control of steering and brakes
5
Multiple Choice
What is the primary function of sensors in an automated self-parking system for cars?
Increased insurance claimsTo control the throttle and brakes
To determine the driver's preference for parking
To calculate the position of objects in the car's vicinity
To remotely monitor the vehicle's speed
6
Multiple Choice
In automated transport systems like autonomous cars, what is a potential disadvantage of over-reliance on automation by the driver?
Improved safety on the road
Enhanced driving skills of the driver
Loss of driving skills in the driver
Reduced insurance premiums for the driver
7
Adaptive Cruise Control:
Adaptive cruise control uses sensors, on-board computers, and actuators to maintain a safe distance from other vehicles.
Drivers set a cruising speed, and lasers in the car's bumpers measure distances to the vehicle in front.
The on-board computer adjusts speed using actuators, either applying brakes or adjusting throttle, to maintain a safe following distance.
8
Multiple Choice
How does adaptive cruise control adjust a car's speed to maintain a safe following distance?
It relies on the driver's manual adjustments.
It uses radar to scan the surrounding environment.
It applies the brakes automatically.
It disconnects the accelerator pedal.
9
Multiple Choice
What is the purpose of the lasers set into the car's bumpers in adaptive cruise control?
They illuminate the road for better visibility
They measure the distance to the vehicle in front.
They provide GPS navigation
They communicate with other cars on the road.
10
Agriculture:
Automated systems in agriculture, particularly in irrigation, involve robotics and wireless transmission.
In Brazil, irrigation is automated, with data received from weather stations and ultrasonic water level sensors in fields.
Wireless transmission sends data from sensors to a controller, which decides when to start or stop water pumps.
A supervisor remotely monitors the system and can override the controller.
11
Agriculture:
Advantages of automated irrigation:
Reduced labor costs
Efficient control of irrigation
Better resource management
Faster response
Improved safety
Customized irrigation for different crops.
12
Agriculture:
Disadvantages of automated irrigation:
High initial setup costs
High maintenance costs
Increased need for channel maintenance.
13
Multiple Choice
What is a disadvantage of automated irrigation systems in agriculture?
Reduced labor costs
Enhanced human interaction
Increased maintenance of water channels
Minimal control of water supply
14
Multiple Choice
What is one of the advantages of automated irrigation systems?
High labor costs
Inefficient control of irrigation
Faster response than a human
Overuse of water resources
15
Multiple Choice
Which sensor measures tilting of gaming devices in response to acceleration and deceleration?
Proximity sensor
Ultrasonic sensor
Accelerometer
Infrared sensor
16
Gaming:
Gaming devices incorporate sensors for realism:
Accelerometers measure acceleration and deceleration, allowing tilting of gaming devices.
Proximity sensors detect hand/finger positions in smart touch pads.
Embedded accelerometers and proximity sensors in game consoles enhance user interaction and create immersive gaming experiences.
17
Multiple Choice
Which sensor measures tilting of gaming devices in response to acceleration and deceleration?
Proximity sensor
Ultrasonic sensor
Accelerometer
Infrared sensor
18
Multiple Choice
How do embedded accelerometers and proximity sensors enhance gaming experiences?
They increase game loading times
They decrease user awareness.
They allow players to take actions simulating real events.
They communicate with other cars on the road.
19
Multiple Choice
What is the primary function of proximity sensors in smart touch pads?
Measure acceleration and deceleration
Detect hand and finger position
Control in-game characters
Transmit wireless signals
Transport:
Automated transport systems include robotic systems like autonomous buses/cars, trains, and unpiloted aircraft.
Automated systems are also used in manually controlled transport, such as cars, buses/lorries, trains, and aircraft.
Examples include automatic signal control systems in modern trains and automatic pilots in airplanes.
Self-parking systems use sensors to identify suitable parking spaces and operate steering, brakes, and throttle for automatic parking.
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