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Instructions: Choose the best answer for each question.
1. What is the primary goal of defuzzification in fuzzy logic systems?
a) Convert crisp inputs into fuzzy sets.
Incorrect. This describes fuzzification, the opposite of defuzzification.
b) Combine multiple fuzzy sets into a single fuzzy set.
Incorrect. This describes aggregation, another process in fuzzy logic.
c) Convert a fuzzy set output into a crisp value.
Correct! Defuzzification translates the fuzzy output into a single, actionable value.
d) Determine the membership function of a fuzzy set.
Incorrect. This involves defining the fuzzy set itself.
2. Which of the following is NOT a characteristic of Centroid Defuzzification?
a) Simplicity
Incorrect. Centroid Defuzzification is known for its simplicity.
b) Widely Used
Incorrect. It is a popular defuzzification method.
c) Computationally Expensive
Correct! It is relatively computationally inexpensive.
d) Intuitive
Incorrect. The concept of averaging peak values is relatively intuitive.
3. How does Centroid Defuzzification handle multiple peaks in the fuzzy output set?
a) It chooses the peak with the highest membership value.
Incorrect. This method doesn't prioritize a single peak.
b) It averages the values of all peaks, regardless of their membership values.
Incorrect. It takes membership values into account.
c) It calculates a weighted average of all peaks based on their membership values.
Correct! It considers the relative importance of each peak based on its firing degree.
d) It fails to produce a meaningful output in such cases.
Incorrect. It still provides an output, but it may not be the most optimal.
4. What is a potential limitation of Centroid Defuzzification?
a) It is not suitable for systems with multiple inputs.
Incorrect. It can handle systems with multiple inputs.
b) It can produce non-optimal output when fuzzy subsets are widely spread.
Correct! The centroid may not accurately represent the desired output in such cases.
c) It requires complex mathematical calculations.
Incorrect. The calculations are relatively straightforward.
d) It is not applicable to control systems.
Incorrect. It finds wide applications in control systems.
5. Which of the following is NOT a typical application of Centroid Defuzzification?
a) Image processing
Incorrect. It is used in tasks like image segmentation.
b) Control systems
Incorrect. It's commonly used in control systems to generate control signals.
c) Natural language processing
Correct! Centroid Defuzzification is not a typical method for natural language processing, which requires different techniques.
d) Decision-making systems
Incorrect. It can be used to translate fuzzy preferences into decisions.
Scenario:
You are designing a fuzzy logic system to control the temperature of a greenhouse. The output fuzzy set "Temperature" has three fuzzy subsets: "Cold", "Moderate", and "Hot", with membership functions as follows:
The current firing degrees for each subset are:
Task:
Using Centroid Defuzzification, calculate the crisp temperature value that should be set for the greenhouse.
Here's how to calculate the crisp temperature value:
Therefore, the crisp temperature value to be set for the greenhouse is approximately 23.89°C.
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