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Dear Marius,
I have tried your suggestion and got the following results:
Association Rules
[Feature-1 = Equals] --> [Feature-0 = Subtraction] (confidence: 0.316)
[Feature-0 = Equals] --> [Feature-1 = Subtraction] (confidence: 0.329)
[Feature-0 = Equals] --> [Feature-1 = Addition] (confidence: 0.646)
[Feature-1 = Equals] --> [Feature-0 = Addition] (confidence: 0.677)
[Feature-0 = Subtraction] --> [Feature-1 = Equals] (confidence: 0.893)
[Feature-1 = Subtraction] --> [Feature-0 = Equals] (confidence: 0.929)
[Feature-1 = Addition] --> [Feature-0 = Equals] (confidence: 0.944)
[Feature-0 = Addition] --> [Feature-1 = Equals] (confidence: 0.991)
Could you please help me in analyzing the above results.
Output should be like "Addition -> Equals 94.4 percent of the times" by considering the last but one rule of the above rules.
Thanks in Advance
Regards,
Uday.
I have tried your suggestion and got the following results:
Association Rules
[Feature-1 = Equals] --> [Feature-0 = Subtraction] (confidence: 0.316)
[Feature-0 = Equals] --> [Feature-1 = Subtraction] (confidence: 0.329)
[Feature-0 = Equals] --> [Feature-1 = Addition] (confidence: 0.646)
[Feature-1 = Equals] --> [Feature-0 = Addition] (confidence: 0.677)
[Feature-0 = Subtraction] --> [Feature-1 = Equals] (confidence: 0.893)
[Feature-1 = Subtraction] --> [Feature-0 = Equals] (confidence: 0.929)
[Feature-1 = Addition] --> [Feature-0 = Equals] (confidence: 0.944)
[Feature-0 = Addition] --> [Feature-1 = Equals] (confidence: 0.991)
Could you please help me in analyzing the above results.
Output should be like "Addition -> Equals 94.4 percent of the times" by considering the last but one rule of the above rules.
Thanks in Advance

Regards,
Uday.
you can use Apply Association Rules to apply the generated rules on new data.
Best regards,
Marius