script to send the test packet via wireless packet sender

#SCRIPT TO SEND THE TEST PACKET VIA WIRELESS PACKET SENDER SIMULATOR#

Oluwatobi Ayodeji Akanbi, in A Study of Black Hole Attack Solutions, 2016 3.2.2 Phase 2 3.2.2.1 Phase 2a: Clarifying Efficient Solution Each data packet has a size of 512 B, and the packet rate is 4 P/s as listed in Table 1.1.Įlahe Fazeldehkordi. The simulation time for this scenario ranges from 100 to 600 seconds, with a node velocity of 0–20 m/s. The number of connections considered is 20. The type of traffic considered for this network scenario is constant bit rate. The considered nodes are varied, and their performance is judged by varying simulation time. An n number of nodes are dispensed over a network area possessing dimensions as 1000×1000 m 2.

In this work a random network scenario is created using NS2. The X-graphs are believed to provide effective results including interactive plotting and graphing.

#SCRIPT TO SEND THE TEST PACKET VIA WIRELESS PACKET SENDER SIMULATOR#

In an NS2 simulator the X-graph is utilized to plot the distinct network parameters such as end-to-end delay (E2D), throughput, and normalized routing load (NRL). The X-graph simulator, which is based upon NS2, authorizes the interpretation of the analysis of accomplishment of the recommended algorithm. IWD approach will be a neoteric methodology in the case of various emergency situations where infrastructure will be negligible. Achieving high QOS parameters for different parameters will support the medical fraternity to achieve “digital heath” objective this will not only fasten, revolutionize, and regulate the pharmaceutical industry but will also help make patients “project managers” of their own health.

Since the approach focuses on achieving efficiency through the IOT–IWD paradigm, QOS parameters are simulated to validate the methodology.

Script to send the test packet via wireless packet sender