Abstract

The communication network is an important and vital component in the implementation of the Internet of Vehicle (IoV). The characteristics of IoV related to mobility, load, coverage area is very complex. The movement of connected nodes, communication load and wide coverage require reliable infrastructure support. Coupled with a high level of Quality of Service (QoS) for Internet of Vehicle (IoV) implementation which has a high risk if a communication system failure occurs. In this research, a system that has adaptive capability has been built in choosing a good connection infrastructure at the point where the unit is connected. Created a system that has the ability to connect to several communication network infrastructure. The system can switch to another provider when there is a connection that decreases its QoS level. The tests carried out resulted in better connection dynamics because there was an infrastructure backup. Although there are still many weaknesses because the distribution of network availability is still problematic. Anticipation of network overload can be anticipated with this system. The test results show that there is an increase in the percentage of lines connected to the new system. There is an increase in the percentage of connectivity around 10% to 20% compared to systems without connection backups.

Highlights

  • The communication network is an important and vital component in the implementation of the Internet of Vehicle (IoV)

  • The characteristics of IoV related to mobility

  • implementation which has a high risk if a communication system failure occurs

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Summary

Pendahuluan

Sistem tersebut masih mempunyai kelemahan dan GPS Tracking ini telah dikenal dan digunakan untuk melakukan proses capture atau perekaman data posisi unit bergerak. Tujuan dari perangkat ini adalah untuk melakukan Di setiap negara terdapat lebih dari satu provider identifikasi Quality of Service (QoS) dengan parameter networking menggunakan teknologi seluler atau lainnya. Internet of Vehicle (IoV) dengan level Quality of Perwujudan dari perangkat ini adalah Implementasi teknologi Internet Of Things (IoT) untuk membantu memaksimalkan fungsi GPS dengan parameter Availability dan Reliability dari Infrastruktur Sistem Komunikasi khususnya covering area congestion atau blank spot pada gps yang terpasang pada transportasi. Kondisi Permasalahan yang muncul adalah bagaimana menjamin ini menjadikan masih banyak muncul blank spot area level Quality of Service (QoS) dari sebuah Internet of karena alasan biaya dan analisis keuntungan[2]. Mampu memilih provider yang memiliki level Quality of Service (QoS) lebih tinggi di area Internet of Vehicle (IoV) berada

Metode Penelitian
Hasil dan Pembahasan terhubung karena selang waktu 2 detik terdapat
Findings
Kesimpulan

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