Robustness of simplified simulation models for indoor MANET evaluation.


Published .
Written in

About the Edition

We evaluate the robustness of simplified simulation models for indoor MANET evaluation. A simplified model is robust if the performance results it yields differ uniformly from those obtained with the unsimplified model. Robust simplifications allow researchers to reliable extrapolate simulation results to real-life situations.We show that simplified simulation models are not robust for indoor environments. Experimentation reveals that simplifications affect two MANET routing protocols in disparate manners. Furthermore, even within a single protocol performance trends vary erratically as parameters change. These results cast doubt on the soundness of MANET evaluations using simplified simulation models, and expose an urgent need for more research in this area.Evaluation of Multihop Mobile Ad Hoc Networks (MANETs) is usually performed through simulation. In these studies, it has been customarily assumed that simulation models with no obstacles are acceptable simplifications of the complex mobility and radio propagation conditions expected in actual MANET deployments.

The Physical Object
Pagination93 leaves.
Number of Pages93
ID Numbers
Open LibraryOL20239238M
ISBN 100494024704


In the book "Robustness of simplified simulation models for indoor MANET evaluation" by Andrés Lagar Cavilla, published in 2005, the author discusses the significance and reliability of simplified simulation models for evaluating indoor Mobile Ad hoc Networks (MANETs). This book provides valuable insights into the robustness of these models, shedding light on their effectiveness in evaluating MANET performance in indoor environments.

Understanding Indoor MANET Evaluation

Indoor MANET evaluation plays a crucial role in assessing the performance of wireless ad hoc networks within indoor environments. With the increasing adoption of MANETs in indoor scenarios, it is essential to develop reliable simulation models that can accurately replicate real-world conditions. Cavilla's book delves into the challenges faced by researchers and presents insights into how simplified simulation models can effectively evaluate indoor MANET performance.

The Importance of Simulation Models

Simulation models serve as a powerful tool in evaluating the performance of indoor MANETs. They allow researchers to analyze network behavior, identify potential bottlenecks, and optimize protocol designs. Cavilla's book emphasizes the significance of robust simulation models in providing accurate results and insights that can shape the development of efficient MANET protocols.

Key Considerations for Simulation Models

The book highlights several key considerations for developing reliable simulation models for indoor MANET evaluation. These considerations include:

  • Accurate modeling of indoor physical environments
  • Incorporation of mobility patterns specific to indoor scenarios
  • Consideration of varying interference and propagation characteristics indoors
  • Realistic modeling of energy consumption and management

Evaluation of Simplified Simulation Models

Cavilla's book explores the evaluation of simplified simulation models for indoor MANETs. It examines the robustness of these models in replicating real-world scenarios and capturing the intricacies of indoor networking environments. Through rigorous analysis and comparisons with empirical data, the book assesses the accuracy and reliability of simplified simulation models in representing MANET behavior.

Benefits of Simplified Simulation Models

One of the advantages of simplified simulation models is their computational efficiency. These models enable researchers to evaluate large-scale indoor MANET scenarios more effectively. Furthermore, they allow for easy parameter tuning and sensitivity analysis to explore different network configurations and assess their impact on performance.


The book "Robustness of simplified simulation models for indoor MANET evaluation" by Andrés Lagar Cavilla offers valuable insights into the effectiveness of simplified simulation models for evaluating indoor MANET performance. It underscores the importance of developing robust simulation models that accurately represent real-world conditions. Researchers, practitioners, and students in the field of wireless networks will find this book invaluable for understanding the challenges and opportunities in evaluating indoor MANETs.