CASE STUDY - WILDERNESS WEATHER STATION

The Wilderness Weather Station is a remote environmental monitoring system deployed in harsh, isolated regions

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QUESTION OF
Views #: 8
Questions #: 5
Time: 10 minutes
Pass Score: 80.0%
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The Wilderness Weather Station is a remote environmental monitoring system deployed in harsh, isolated regions. It collects weather data such as temperature, wind speed, humidity, and pressure. The system must operate autonomously for long periods, withstand extreme conditions, and transmit data through unreliable communication links. It includes sensors, a controller, a communications module, and backup power. Reliability, fault tolerance, and real‑time data collection are essential.

Purpose of the Weather Station

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Remote weather stations must gather environmental data continuously and send it to central servers for forecasting and analysis.

What is the primary purpose of the Wilderness Weather Station?

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Explanation

Challenges in remote operation

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Because the station is deployed in remote wilderness areas, it must operate without human intervention.

Select all challenges associated with the system.

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Explanation

System architecture

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The diagram shows a simplified architecture of the weather station.

Sensors Controller Comms Module

Which component is responsible for sending data to the central server?

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Explanation

Real‑time constraints

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Weather data must be collected at precise intervals to ensure accurate forecasting.

Why is the system considered real‑time?

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Explanation

Matching characteristics

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Match each characteristic with its description.

To complete the line match

  1. Click on an item in the first group
  2. Click on the match in the second group

To delete a match, double click on a line

Characteristic

Fault‑tolerant
Embedded
Autonomous

Description

Runs on dedicated hardware
Operates without human intervention
Continues operating despite failures
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Explanation

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Keywords
Year 9 Year 10 Undergraduate