An Envision of Low Cost Mobile Adhoc Network Test Bed in a Laboratory Environment Emulating an Actual MANET

TL;DR

This paper presents a low-cost, flexible laboratory test bed that emulates real MANETs, allowing for real-time operations and topology generation without physical movement of nodes, thus reducing costs and logistical challenges.

Contribution

The work introduces a novel laboratory emulation system for MANETs that replicates real-world conditions and enables dynamic topology management at low cost.

Findings

Enables real-time MANET emulation in laboratory settings

Reduces costs and logistical barriers of field testing

Supports arbitrary topology generation and manipulation

Abstract

Orchestrating a live field trial of wireless mobile networking involves significant cost and logistical issues relating to mobile platforms, support personnel, network and experiment automation and support equipment. The significant cost and logistics required to execute such a field trial can also be limiting in terms of achieving meaningful test results that exercise a practical number of mobile nodes over a significant set of test conditions within a given time. There is no argument that field trials are an important component of dynamic network testing. A field test of prototype will show whether simulations were on right track or not, but that's a big leap to take; going from the simulator directly to the real thing. In conceiving our work, we envisioned a mobile network emulation system that is low cost, flexible and controllable. This paper describes our wireless MANET test bed under development which emulates an actual MANET. Here, we focuses that, this test bed allows the users to automatically generate arbitrary logically network topologies in order to perform real time operations on adhoc network at a relatively low cost in a laboratory environment without having to physically move the nodes in the adhoc network. Thus, we try to "compress" wireless network so that it fits on a single table.