Questions 1-3: Assume radix sorting of 1024 unsigned integers on a 32-bit machine with 4 passes (rounds). The integers are initially stored in Ist[1024] and the sorted integers will be available in 1st at the end of sorting. int buf[1024] is available as working space. 1. What is the number of buckets? 2. The bit mask in hexadecimal is? 3. Find the number of data assignments for correcting the result after 4 passes are completed. For example, moving 1st[i] to buf[j], or buf[j]=lst[i]; is a data assignment. 4. For floating point radix sort, assuming exactly half (512 floats) is negative, what is the num- ber of data assignments for correcting the result?

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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please answer 1 to 4 its realted to eachother and bartly allows 1 question with 3 sub question so please answer this is not garding question this is practice questions given by prof 

Questions 1-3: Assume radix sorting of 1024 unsigned integers on a 32-bit machine with 4 passes
(rounds). The integers are initially stored in Ist[1024] and the sorted integers will be available in
1st at the end of sorting. int buf[1024] is available as working space.
1. What is the number of buckets?
2. The bit mask in hexadecimal is?
3. Find the number of data assignments for correcting the result after 4 passes are completed. For
example, moving 1st[i] to buf[j], or buf[j]=lst[i]; is a data assignment.
4. For floating point radix sort, assuming exactly half (512 floats) is negative, what is the num-
ber of data assignments for correcting the result?
Transcribed Image Text:Questions 1-3: Assume radix sorting of 1024 unsigned integers on a 32-bit machine with 4 passes (rounds). The integers are initially stored in Ist[1024] and the sorted integers will be available in 1st at the end of sorting. int buf[1024] is available as working space. 1. What is the number of buckets? 2. The bit mask in hexadecimal is? 3. Find the number of data assignments for correcting the result after 4 passes are completed. For example, moving 1st[i] to buf[j], or buf[j]=lst[i]; is a data assignment. 4. For floating point radix sort, assuming exactly half (512 floats) is negative, what is the num- ber of data assignments for correcting the result?
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