5. Repeat question 14 with the following difference. Assume we are interested in building two separate bit arrays for each of the hash functions (the same hash functions as question 14). Assume the size of each of the bit arrays is 10 (the first index is 1, and the last index is 10). Thus, we have two-bit arrays, each with a size of 10. First, build the Bloom filter bit arrays (two-bit arrays). Second, determine if the following product numbers will pass this Bloom filter or not. Justify your answer. a) The product number is 6 b) The product number is 9
5. Repeat question 14 with the following difference. Assume we are interested in building two separate bit arrays for each of the hash functions (the same hash functions as question 14). Assume the size of each of the bit arrays is 10 (the first index is 1, and the last index is 10). Thus, we have two-bit arrays, each with a size of 10. First, build the Bloom filter bit arrays (two-bit arrays). Second, determine if the following product numbers will pass this Bloom filter or not. Justify your answer. a) The product number is 6 b) The product number is 9
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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[Mining Data Streams]
15. Repeat question 14 with the following difference. Assume we are interested in
building two separate bit arrays for each of the hash functions (the same hash functions as
question 14). Assume the size of each of the bit arrays is 10 (the first index is 1, and the last
index is 10). Thus, we have two-bit arrays, each with a size of 10.
First, build the Bloom filter bit arrays (two-bit arrays).
Second, determine if the following product numbers will pass this Bloom filter or not.
Justify your answer.
a) The product number is 6
b) The product number is 9
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