question archive Task A - Network Simulation Models/Simulations Scenario: Create the program in comnet and save the c3 file name as 19031188_Sujan_Poudel_C2
Task A - Network Simulation Models/Simulations Scenario: Create the program in comnet and save the c3 file name as 19031188_Sujan_Poudel_C2
Subject:Computer SciencePrice: Bought3
Task A - Network Simulation Models/Simulations
Scenario:
Create the program in comnet and save the c3 file name as 19031188_Sujan_Poudel_C2.c3 . please Change the simulation model as follows :
Warmup Length (seconds): 0 , Number of replication: 1 , Replication length (seconds): 60 .
A Mythical company namely Asia bank is a multinational bank with headquarters in Edinburgh. The bank is willing to setup two ATM (Automatic Teller Machines) transaction network in Nepal. The two locations in Nepal are Itahari and Butwal. Each network in Nepal consists of 30 ATM transaction nodes plus one single teller giving a total of 31 ATMs each in a LAN. Nepal LAN is set up using IEEE 802.3
CSMA/CD 10 BaseT Ethernet network. The Edinburgh LAN is also setup using IEEE
802.5 16 Mbps token passing standard with an ATM processing server. Each LANs are connected to the frame relay cloud through a cisco 7010sp, V10.0 router. The tunnel from the LAN to WAN and links in the WAN have a transmission rate of 16
Kbps. The tunnel from the WAN to the LAN has transmission rate of 128 kbps.
An Estimate is made to support a busy peak of ATM device usage which generates
2 transactions per minute in each ATM. This can be described with an interarrival time with exponential distribution 0.5 with stream 2. The size of ATM authorization requests can be described by a uniform distribution where the size is evenly dispersed over the range of 50 to 100 bytes with stream 2. All ATM requests are processed at the London server that responds with a message that can be explained with uniform probability distribution where the size is evenly dispersed over the range of 40 to 80 bytes with stream 2. The single teller machines in each LANs (Itahari and Butwal)are generated at an interarrival time that can be defined with an exponential probability distribution with mean 10 which has a size that can be explained by a uniform distribution where the size is evenly dispersed over the range of 40 to 100 bytes. For the destination list of message source and message response you need to generate random list with respective destination.
The routing protocol used is TCP-IP Microsoft V1.0 with 10 ms Packetize time. All systems use the routing class defined with a hop count of 65535 with IGRP metric weight (k1) = 1 .
you are required to test the designed model from SECTION A by simulation with warmup length of 0 seconds, Number of replication: 1, Replication length (seconds): 60
