def foo(man): INF = 1000000 def boom(ma, lax, lay, na): if na == 1: return ma[lax][lay] if na == 0: def wow(woman): return -INF ABC = -1000000 h = na // 2 ual = boom(ma, lax, lay, na - h) uar = boom ( ma, lax + h, lay, na - h) bal = boom(ma, lax, lay + h, na bar = boom (ma, lax + h, lay + h, na - h) return max (ual, uar, bal, bar) return boom(man, 0, 0, len(man)) if len(woman) == 0: return ABC n = len(woman[0]) for i in range (n): for j in range (n): ABC = max(ABC, woman[i][j]) h) return ABC wow(woman) is functionally the same as foo(man) but avoids the use of recursion. Is wow(woman) better or worse than foo(man)? If no, briefly explain why. You can mention the recurrence relation, time, space complexities, and examples.
def foo(man): INF = 1000000 def boom(ma, lax, lay, na): if na == 1: return ma[lax][lay] if na == 0: def wow(woman): return -INF ABC = -1000000 h = na // 2 ual = boom(ma, lax, lay, na - h) uar = boom ( ma, lax + h, lay, na - h) bal = boom(ma, lax, lay + h, na bar = boom (ma, lax + h, lay + h, na - h) return max (ual, uar, bal, bar) return boom(man, 0, 0, len(man)) if len(woman) == 0: return ABC n = len(woman[0]) for i in range (n): for j in range (n): ABC = max(ABC, woman[i][j]) h) return ABC wow(woman) is functionally the same as foo(man) but avoids the use of recursion. Is wow(woman) better or worse than foo(man)? If no, briefly explain why. You can mention the recurrence relation, time, space complexities, and examples.
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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I really want to learn so I can be better. Please explain your answer.
![def foo(man):
INF = 1000000
def boom(ma, lax, lay, na):
if na
return ma[lax][lay]
if na
== 1:
== 0:
def wow (woman):
return -INF
ABC = -1000000
if len(woman)
h = na // 2
== 0:
boom(ma, lax, lay, na - h)
uar = boom ( ma, lax + h, lay, na
ual =
return ABC
h)
n = len(woman[0])
for i in range(n):
for j in range (n):
ABC = max(ABC, woman[i][j])
bal = boom ( ma, lax, lay + h, na
·h)
bar = boom (ma, lax + h, lay
return max (ual, uar, bal, bar)
return boom (man, 0, 0, len(man))
h, na - h)
return ABC
wow(woman) is functionally the same as foo(man)
but avoids the use of recursion. Is wow(woman)
better or worse than foo(man)? If no, briefly explain
why. You can mention the recurrence relation, time,
space complexities, and examples.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53a72979-88f1-414c-b453-8190a9d153ec%2F72e8fc6e-e1de-4b9f-961f-11804c3a8faa%2Fz7lfyxc_processed.png&w=3840&q=75)
Transcribed Image Text:def foo(man):
INF = 1000000
def boom(ma, lax, lay, na):
if na
return ma[lax][lay]
if na
== 1:
== 0:
def wow (woman):
return -INF
ABC = -1000000
if len(woman)
h = na // 2
== 0:
boom(ma, lax, lay, na - h)
uar = boom ( ma, lax + h, lay, na
ual =
return ABC
h)
n = len(woman[0])
for i in range(n):
for j in range (n):
ABC = max(ABC, woman[i][j])
bal = boom ( ma, lax, lay + h, na
·h)
bar = boom (ma, lax + h, lay
return max (ual, uar, bal, bar)
return boom (man, 0, 0, len(man))
h, na - h)
return ABC
wow(woman) is functionally the same as foo(man)
but avoids the use of recursion. Is wow(woman)
better or worse than foo(man)? If no, briefly explain
why. You can mention the recurrence relation, time,
space complexities, and examples.
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