Analysis of Quality of Service in VANET

Abstract

VANET as Inter-vehicle communication is becoming a promising area of research, standardization, and growth with the ever-growing number of vehicles equipped with computer technology and wireless communication tools. Due to its erratic portability and the interrupted availability of a network, VANET is relatively incomprehensible for a strong end to end communication, In Vehicular Network the main advantage is that it communicates by using nodes. Because of its simple and basic method of communication, MANET is used most often in the military, just like data sharing between different computers. VANET and some modifications are identical to MANET. VANET encompass the mobile nodes which are indicated as (MN), The vehicle networking system has drawn significant interest from academia and industry since its establishment. Its technology is used for military purposes by several foreign manufacturing and government sectors, it also enables a wide range of applications, including collision prevention, security, blind crossing, dynamic route planning, traffic condition monitoring on a real-time basis, etc but there are certain loopholes or drawbacks like frequent network drop, high mobility which affected the overall QoS, In this paper, there are brief analyses on Quality of Service which include certain Routing Protocol like DIVERT, FBAODV, DSR and also to decrease the congestion control, there is a comparative study of the different protocol which evaluates in increasing the throughput and network efficiency.

A quality of service‐aware high‐security architecture design for software‐defined network powered vehicular ad‐hoc networks using machine learning‐based blockchain routing

“…An application of such models for solving specific issues related to QoS can be observed from Reference 30, wherein deadline, data size, and time of arrival is considered for providing high QoS and improving the scalability of the VANET deployment. Similar models and solutions can be observed from References 2,23,31, wherein different algorithms to solve issues like heterogeneity, QoS‐awareness, security, stateless routing, and trust modeling are described. These methods allow SDN architectures to have better security, and QoS/E performance under a wide variety of network conditions.…”

“…A study of different QoS parameters can be observed from Reference 22, wherein various routing protocols are compared for evaluation of E2E delay, PDR, jitter, energy consumption, and routing overheads in the network. Application of SDN in VANETs allows for improvement of these parameters as observed from References 23‐26; wherein different aspects of VANET including security, QoS, routing path estimation, trust improvement, and QoE improvement using edge computing are described. Blockchains can also be added to VANETs as discussed previously and confirmed using Reference 27 to improve their security performance.…”

Challenges and Limitation Analysis of an IoT-Dependent System for Deployment in Smart Healthcare Using Communication Standards Features

“…Using Zigbee, a wearable ECG was developed to communicate with master tracking devices [90]. In biomedical applications, improved Zigbee was considered [91] using a low-power transmitter and receiver to increase reliability in terms of interference. Overall, Zigbee performs reasonably and is suitable for healthcare applications owing to its high level of security and robustness to interference.…”

From On-Premises to Cloud: Crafting Your Pathway for Migration Success

“…The current era of application is completely shifting toward cloud-based solutions for better management and access [37][38][39][40][41][42][43][44][45], which extends from smart cities to smart home applications [46][47][48][49][50][51][52]. Small startup and companies can easily start their services with the help of Cloud computing solutions at a lower cost [53][54][55][56][57][58][59]. It is easy to manage and access the services and provide services 24/7 [60][61][62][63][64][65][66].…”