# CSE 6240 Web Search &Text Mining Homework 2 solved

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## Description

Page\$Rank
Description
Implement(the(Page(Rank(algorithm on(a(directed(graph.(Here(we(assume(alpha =(0.85,(and(use(
the(equation:
for(each(node(is(1/N.((
Note:(You(have(to(handle(sink/dangling(nodes.
You(may(use(any(programming(language(you(like,(but(C++,(Java(or(Python(is(strongly(
files(are(provided).
Input\$Format
In(the(first(line,(2(integers n and(m,(separated(by(space,(denote the(number(of(nodes(and(edges.
In(the(following(m lines,(each(line(has(2(integers(x,%y,(which(shows(an(edge(x%’>%y.(Node ids(
(unique) range(from(1(to n. Duplicate(edges may(occur(and(should(be(counted multiple times.
Output\$Format
N lines,(line(i has(the(node(I’s(PR(value.
Georgia(Institute(of(Technology CSE6240(; Spring(2015 Homework(2
Sample\$Input
4(6
2(1
2(3
3(1
4(1
4(2
4(3
Sample\$Output (reassigning\$L(1)\$\$to\$n)
0.45137628438
0.171219074305
0.243987180838
0.133417460477
Sample\$Output (reassigning\$L(1)\$\$to\$n)1)
0.390652012753
0.190170412489
0.270992837732
0.148184737026
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