A company has implemented a control system to automate the operation of a warehouse. The system uses sensors to monitor environmental conditions such as temperature and humidity, and actuators to adjust these conditions to ensure the optimal storage environment for sensitive goods.
Paper: IB Computer Science HL Paper 1
(a)
the role of sensors in the warehouse control system.
[3]
(b)
how actuators are utilized in the warehouse control system to maintain optimal storage conditions.
[3]
(c)
the importance of feedback loops in the warehouse control system.
[3]
(d)
the potential challenges of implementing an automated control system in a warehouse.
[3]
(e)
the benefits of using an automated control system in a warehouse compared to manual control.
[4]
HLPaper 1
(a)
one feature of autonomous agents.
[2]
HLPaper 2
A smart city project is being developed to manage traffic flow in real-time using intelligent traffic lights. The system aims to reduce congestion and improve traffic efficiency by adjusting the timing of traffic lights based on real-time traffic data.
(a)
the role of sensors in the intelligent traffic light system.
[3]
(b)
how actuators are utilized in the intelligent traffic light system to manage traffic flow.
[3]
HLPaper 2
A company is developing a smart irrigation system for agricultural fields. The system uses sensors to monitor soil moisture levels and weather conditions, and actuators to control the water supply to ensure optimal soil moisture for crop growth. The system aims to optimize water usage and improve crop yield.
(a)
the role of sensors in the smart irrigation system.
[3]
(b)
how actuators are utilized in the smart irrigation system to maintain optimal soil moisture levels.
[3]
HLPaper 2
A company is implementing a control system for their automated greenhouse. The system uses sensors to monitor environmental conditions and actuators to adjust them, ensuring optimal growth conditions for plants. The system can control temperature, humidity, and light levels.
(a)
the role of sensors in the greenhouse control system.
[3]
(b)
how actuators are utilized in the greenhouse control system to maintain optimal growth conditions for plants.
[3]
IB Computer Science (CS) Topic 7.1 Control Questionbank
Practice IB Computer Science (CS) Topic 7.1 Control with authentic exam-style questions for both SL and HL students. This question bank focuses on the exact syllabus content for 7.1 Control and mirrors Paper 1, 2, 3 style where relevant.
Get instant solutions, detailed explanations, and build confidence with questions aligned to IB examiner expectations.
(c)
the importance of feedback loops in the intelligent traffic light system.
[3]
(d)
the potential challenges of implementing an intelligent traffic light system in a smart city.
[3]
(e)
the benefits of using an intelligent traffic light system compared to traditional traffic light systems.
[4]
(c)
the importance of feedback loops in the smart irrigation system.
[3]
(d)
the potential challenges of implementing a smart irrigation system in agricultural fields.
[3]
(e)
the benefits of using a smart irrigation system compared to traditional irrigation methods.
[4]
(c)
the importance of feedback loops in the greenhouse control system.
[3]
(d)
the potential challenges of implementing an automated control system in a greenhouse.
[3]
(e)
the benefits of using an automated control system in a greenhouse compared to manual control.
