Performance of Implementation IBR-DTN and Batman-Adv Routing Protocol in Wireless Mesh Networks

Abstract

Wireless mesh networks is a network which has high mobility and flexibility network. In Wireless mesh networks nodes are free to move and able to automatically build a network connection with other nodes. High mobility, heterogeneous condition and intermittent network connectivity cause data packets drop during wireless communication and it becomes a problem in the wireless mesh networks. This condition can happen because wireless mesh networks use connectionless networking type such as IP protocol which it is not tolerant to delay. To solve this condition it is needed a technology to keep data packets when the network is disconnect. Delay tolerant technology is a technology that provides store and forward mechanism and it can prevent packet data dropping during communication. In our research, we proposed a test bed wireless mesh networks implementation by using proactive routing protocol and combining with delay tolerant technology. We used Batman-adv routing protocol and IBR-DTN on our research. We measured some particular performance aspect of networking such as packet loss, delay, and throughput of the network. We identified that delay tolerant could keep packet data from dropping better than current wireless mesh networks in the intermittent network condition. We also proved that IBR-DTN and Batman-adv could run together on the wireless mesh networks. In The experiment throughput test result of IBR-DTN was higher than Current TCP on the LoS (Line of Side) and on environment with obstacle.

Evaluation of Wireless Mesh Network Implementation for Backup Network Access

“…They tested and compared four test scenarios in which the locations of the nodes were fixed and then mobile. Finally, they found that the overall performance of the TCP wireless mesh network improved, in terms of throughput, when IBR-DTN was applied [9].…”

Real Performance Evaluation On MQTT and COAP Protocol in Ubiquitous Network Robot Platform (UNRPF) for Disaster Multi-robot Communication

“…Therefore, mesh network topology management in multi-robot network is necessary. There is a study of wireless mesh network implementation between nodes (laptops) using applications [19].…”

“…Functionality of the UNR-PF was evaluated through demonstration experiments on six service cases: a remote listening support service, a community formation service, a healthcare service, a shopping support service, an attracting customer service, and a touring support service and a shopping mall [19]. Figure 3 shows the overview of an UNR-PF and its parts.…”

Monitoring Kualitas Air Sungai Secara Realtime Berbasis Internet Of Things Dan Big Data

“…Dengan alat ini, petugas tidak perlu mengambil sampel air secara manual. Dan hasil dari sensor dapat langsung dikirim ke server melalui internet; 2) Wireless Mesh Network [2], dalam SEMAR kami menggunakan teknologi wireless mesh untuk memperlebar jangkauan komunikasi antara sensor dan server; 3) Portable Water Quality Monitoring System [3], kami mengembangkan sebuah alat portable dan murah untuk pemantauan kualitas air yang hasilnya dapat langsung dikirm ke server; 4) Coral Reef Monitoring System [4], sistem ini dibangun untuk melakukan monitoring terhadap kondisi karang pada perairan dangkal dengan menggunakan kamera aktif dan datanya langsung dikirim ke server; 5) Big Data Storage Architecture [5], data dari sensor dikumpulkan dan disimpan pada Hadoop server dengan dukungan HDFS, Yarn, dan MapReduce.…”