Remember
Register
Algorithms Q&A
Nobel Prize in Economics
Algorithms Textbook
Q&A
Questions
Unanswered
Ask a Question
AI Teams
Lecture Notes
Categories
All categories
Math Basics
(5)
Asymptotic Analysis
(37)
Divide & Conquer
(18)
Greedy Algorithms
(10)
Dynamic Programming
(19)
Backtracking/DFS/BFS
(2)
Branch & Bound
(6)
Graph Theory
(11)
NP-Completeness
(8)
Artificial Intelligence
(28)
Randomized Algorithms
(1)
Most popular tags
recurrence-relations
time-complexity
asymptotic-analysis
loops
graph
asymptotic-notation
dynamic-programming
greedy
substitution-method
a-star
np-completeness
nested-loops
vertex-coloring
analysis
mdp
log
probability
stochastic
heuristic
master-theorem
markov-model
n-puzzle
csp
graph-coloring
exam
mvcs
small-oh
exponent
proof
viterbi
bayes-rule
hmm
tree-search
grid-world
admissible
n-queens
conflict
ai
clique
coins
reduction
dfs
prime-numbers
sqrt
count
easy
sorted-lists
logn
example
recursive
gcd
independent-set
unsolvable
pcp
counter-example
not-master-theorem
modulus
algebra
most-likely-estimate
reinforcement-learning
direct-evaluation
meu
articulation-point
hotel-room
small-omega
limit-method
mle
graph-search
while-loop
greedy-suboptimal
job-assignment
maximize-value
gold
constraint-satisfaction-problem
8-puzzle
task-environments
min-max
peak
randomized
satisfiability
random-graph-generation
proxy
network
sudoku
branchandbound
d&c
degree-constrained
spanning-tree
vertex-cover
branch
subtree
series
pmi
bound
contradiction
math
backtracking
tree
minimize
floors
Solve the recurrence relation: T(n)=T(n/2)+T(n^0.5)+n
+3
votes
asked
Mar 2, 2017
in
Asymptotic Analysis
by
shijie
Active
(
276
points)
Please
log in
or
register
to add a comment.
Please
log in
or
register
to answer this question.
1
Answer
+1
vote
Best answer
Simple guess that anyone can make is that T(n) = O(n). This can be proved using PMI.
Further, since T(n) includes n, we know that T(n) = Big Omega(n). Therefore, we can reach the conclusion that T(n) = Theta(n).
answered
Mar 20, 2017
by
Amrinder Arora
AlgoMeister
(
1.6k
points)
selected
Mar 28, 2017
by
shijie
Please
log in
or
register
to add a comment.
Related questions
+1
vote
4
answers
Solve the recurrence Relation T(n)=T(n/5)+T(7n/10)+(n^2)
asked
Feb 8, 2017
in
Asymptotic Analysis
by
shijie
Active
(
276
points)
recurrence-relations
asymptotic-analysis
time-complexity
+2
votes
4
answers
Solve the recurrence relation: T(n) = 3 T(n/2) + n^1.5 log n
asked
Dec 14, 2016
in
Divide & Conquer
by
Amrinder Arora
AlgoMeister
(
1.6k
points)
recurrence-relations
time-complexity
asymptotic-analysis
0
votes
1
answer
Solve the Recurrence Relation: T(n) = T(n/4) + T(3n/4) + n^2
asked
May 7, 2018
in
Asymptotic Analysis
by
Amrinder Arora
AlgoMeister
(
1.6k
points)
recurrence-relations
asymptotic-analysis
time-complexity
substitution-method
0
votes
9
answers
Solve this recurrence using master theorem: T(n) = 2 T(n/2) + n^0.75
asked
Sep 10, 2023
in
Asymptotic Analysis
by
Amrinder Arora
AlgoMeister
(
1.6k
points)
recurrence-relations
master-theorem
time-complexity
asymptotic-analysis
+10
votes
3
answers
Solve the recurrence relation: T(n)=T(n/2)+T(n/3)+T(n/4) + n
asked
Feb 14, 2017
in
Divide & Conquer
by
Amrinder Arora
AlgoMeister
(
1.6k
points)
asymptotic-analysis
recurrence-relations
time-complexity
substitution-method
The Book: Analysis and Design of Algorithms
|
Presentations on Slideshare
|
Lecture Notes, etc
...