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C-9.34 Given a heap H and a key k, give an algorithm to compute all the entries in H having a key less than or equal to k. For example, given the heap of Figure 9.12a and query k = 7, the algorithm should report the entries with keys 2, 4, 5, 6, and 7 (but not necessarily in this order). Your algorithm should run in time proportional to the number of entries returned, and should not modify the heap. ((15,K)) (5,A) (9,F) (2,B) (7.0) ((4,C) (6,Z) W (16,X) (25,J) (14,E) ((12,H)) (11,S) (8,W) (20,B) (10,L) ((15,K)) (5,A) (9,F) (4,C) ((16,X)) (25,J) (14,E) (12,H) (7,Q) (6,Z) (20,B) (a) (b) Figure 9.12: Two cases of updating the last node in a complete binary tree after operation insert or remove. Node w is the last node before operation insert or after operation remove. Node z is the last node after operation insert or before operation remove.

C-9.34 Given a heap H and a key k, give an algorithm to compute all the entries in H having a key less than or equal to k. For example, given the heap of Figure 9.12a and query k = 7, the algorithm should report the entries with keys 2, 4, 5, 6, and 7 (but not necessarily in this order). Your algorithm should run in time proportional to the number of entries returned, and should not modify the heap. ((15,K)) (5,A) (9,F) (2,B) (7.0) ((4,C) (6,Z) W (16,X) (25,J) (14,E) ((12,H)) (11,S) (8,W) (20,B) (10,L) ((15,K)) (5,A) (9,F) (4,C) ((16,X)) (25,J) (14,E) (12,H) (7,Q) (6,Z) (20,B) (a) (b) Figure 9.12: Two cases of updating the last node in a complete binary tree after operation insert or remove. Node w is the last node before operation insert or after operation remove. Node z is the last node after operation insert or before operation remove.

Computer Networking: A Top-Down Approach (7th Edition)
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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Please help me on Question 9.34

Z C-9.34 Given a heap H and a key k, give an algorithm to compute all the entries in H having a key less than or equal to k. For example, given the heap of Figure 9.12a and query k = 7, the algorithm should report the entries with keys 2, 4, 5, 6, and 7 (but not necessarily in this order). Your algorithm should run in time proportional to the number of entries returned, and should not modify the heap. (15,K), (5,A) (9,F) (2,B) (7,Q) (4,C) (6,Z) W (16,X) (25,J) (14,E) (12,H) (11,S) (8,W) (20,B) (10,L) ((15,K) (5,A) (9,F) (4,C) W (16,X) (25,J) (14,E) (12,H) Z (7,Q) (6,Z) (20,B) (a) (b) Figure 9.12: Two cases of updating the last node in a complete binary tree after operation insert or remove. Node w is the last node before operation insert or after operation remove. Node z is the last node after operation insert or before operation remove.
Transcribed Image Text:Z C-9.34 Given a heap H and a key k, give an algorithm to compute all the entries in H having a key less than or equal to k. For example, given the heap of Figure 9.12a and query k = 7, the algorithm should report the entries with keys 2, 4, 5, 6, and 7 (but not necessarily in this order). Your algorithm should run in time proportional to the number of entries returned, and should not modify the heap. (15,K), (5,A) (9,F) (2,B) (7,Q) (4,C) (6,Z) W (16,X) (25,J) (14,E) (12,H) (11,S) (8,W) (20,B) (10,L) ((15,K) (5,A) (9,F) (4,C) W (16,X) (25,J) (14,E) (12,H) Z (7,Q) (6,Z) (20,B) (a) (b) Figure 9.12: Two cases of updating the last node in a complete binary tree after operation insert or remove. Node w is the last node before operation insert or after operation remove. Node z is the last node after operation insert or before operation remove.
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