This paper investigates multi-hop wireless ALOHA ad hoc networks evaluating the bit error rate (BER). It is proposed an alteration of the Friis propagation.

Our analysis also observed that the increase in transmission power in dense ad hoc networks does not improve BER performance due to augment of interference.

Pabblo C. Ghobad, Renato Mariz de Moraes : BER Analysis with an Appropriate Friis Formula for Multi-Hop ALOHA Dense Ad Hoc Networks. VTC Fall 2012: 1-5.

This review work presents the impact of mobility, and energy efficiency and clustering on optimization of Bit Error Rate (BER) and power as well as on ...

This paper investigates multi-hop wireless ALOHA ad hoc networks evaluating the bit error rate (BER). It is proposed an alteration of the Friis propagation ...

Jan 2, 2014 · Multi-hop wireless ALOHA ad hoc networks which evaluating the BER using an alteration of the Friis propagation model that allows its application ...

Route bit error rate as a function of node density. Comparison · BER analysis with an appropriate friis formula for multi-hop ALOHA dense Ad Hoc networks.

May 22, 2023 · Hence there is a need for modifying Friis formula for estimating radiating power density, received power and transmission efficiency in the ...

... ALOHA ad hoc networks evaluating the BER with an alteration of the Friis ... BER Analysis with an Appropriate Friis Formula for Multi-hop ALOHA Dense Ad Hoc.

May 22, 2023 · 2.1 Friis formula. The ratio of receiving power to transmitted power gives transmission efficiency as per Friis formula given by equation (1).