Alpha Geek

(8)

$10/per page/Negotiable

About Alpha Geek

Levels Tought:
University

Expertise:
Accounting,Algebra See all
Accounting,Algebra,Architecture and Design,Art & Design,Biology,Business & Finance,Calculus,Chemistry,Communications,Computer Science,Environmental science,Essay writing,Programming,Social Science,Statistics Hide all
Teaching Since: Apr 2017
Last Sign in: 345 Weeks Ago, 3 Days Ago
Questions Answered: 9562
Tutorials Posted: 9559

Education

  • bachelor in business administration
    Polytechnic State University Sanluis
    Jan-2006 - Nov-2010

  • CPA
    Polytechnic State University
    Jan-2012 - Nov-2016

Experience

  • Professor
    Harvard Square Academy (HS2)
    Mar-2012 - Present

Category > Information Systems Posted 05 May 2017 My Price 5.00

Consider a binary tree topology for a packet-switching network

Consider a binary tree topology for a packet-switching network. The root node connects to two other nodes. All intermediate nodes connect to one node in the direction toward the root, and two in the direction away from the root. At the bottom are 2N - 1 nodes with just one link back toward the root. If there are nodes, derive an expression for the mean number of hops per packet for large N, assuming that trips between all node pairs are equally likely. H

Answers

(8)
Status NEW Posted 05 May 2017 10:05 AM My Price 5.00

-----------

Attachments

file 1493979892-Answer.docx preview (186 words )
C-----------ons-----------ide-----------r a----------- bi-----------nar-----------y t-----------ree----------- to-----------pol-----------ogy----------- fo-----------r a----------- pa-----------cke-----------t-s-----------wit-----------chi-----------ng -----------net-----------wor-----------k. -----------The----------- ro-----------ot -----------nod-----------e c-----------onn-----------ect-----------s t-----------o t-----------wo -----------oth-----------er -----------nod-----------es.----------- Al-----------l i-----------nte-----------rme-----------dia-----------te -----------nod-----------es -----------con-----------nec-----------t t-----------o o-----------ne -----------nod-----------e i-----------n t-----------he -----------dir-----------ect-----------ion----------- to-----------war-----------d t-----------he -----------roo-----------t, -----------and----------- tw-----------o i-----------n t-----------he -----------dir-----------ect-----------ion----------- aw-----------ay -----------fro-----------m t-----------he -----------roo-----------t. -----------At -----------the----------- bo-----------tto-----------m a-----------re -----------2NÂ----------- - -----------1 n-----------ode-----------s w-----------ith----------- ju-----------st -----------one----------- li-----------nk -----------bac-----------k t-----------owa-----------rd -----------the----------- ro-----------ot.----------- If----------- th-----------ere----------- ar-----------e n-----------ode-----------s, -----------der-----------ive----------- an----------- ex-----------pre-----------ssi-----------on -----------for----------- th-----------e m-----------ean----------- nu-----------mbe-----------r o-----------f h-----------ops----------- pe-----------r p-----------ack-----------et -----------for----------- la-----------rge----------- N,----------- as-----------sum-----------ing----------- th-----------at -----------tri-----------ps -----------bet-----------wee-----------n a-----------ll -----------nod-----------e
Not Rated(0)