35
13068
American
Cancer
With the following domain generalizations:
Age: A0 (all values) --> A1(2", 3",4", 5") ->A2 (any)
Zip code: ZO (first 5 digits)-->Z1(first 4 digits) -->Z2 (first 3 digits)-->Z3 (first 2 digits)-->Z4 (first digit)
Nationality: NO (all values) -->N1 (American, Asian)-->N2 (any)
Ignoring nationailty and using zip code and age answer the following questions
Using Samarti's Algorithm on which level will you start?
According to samarati algorithm, if Maxsup=2 and K>=2, Which solution is best?
According to samarati algorithm, if Maxsup=1 and K>=2, will the best solution change?
According to samarati algorithm, if Maxsup=2 and K>=2, How many solutions are there?
According to samarati algorithm, if Maxsup=2 and K>=3, how many levels do we have to test to find all solutions?
If you make the table 2-diverse how many equivelance classes will you end up having
Specify which combination of the follwoing you have used to make the table 2-diverse while maximizing utility
(CS,CG,AG,AS,TS)
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