The connection between objects and information exchange has been possible in recent years, with the advent of the Internet of Things (IoT) in different industries. We can meet different requirements in each industry utilizing this feature. Intelligent transportation uses the Internet of Vehicles (IoV) as a solution for communication among vehicles. It improves traffic management applications and services to guarantee safety on roads. We categorize services, applications, and architectures and propose a taxonomy for IoV. Then, we study open issues and challenges for future works. We highlighted applications and services due to drivers' requirements and nonfunctional requirements, considering the qualitative characteristic. This paper summarizes the current state of the IoV in architectures, services, and applications. It can be a start view to provide the solutions for challenges in traffic management in cities. The present study is beneficial for smart city developments and management. According to this paper's result, the services and applications evaluate performance with 34% frequency, safety and data accuracy, and security with a 13% frequency in selected papers. These measurements are essential due to the IoV characteristics such as real-time operation, accident avoidance in applications, and complicated user data management.

中文翻译：

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车联网：架构、服务和应用

近年来，随着物联网 (IoT) 在不同行业的出现，物体和信息交换之间的联系成为可能。我们可以利用此功能满足每个行业的不同要求。智能交通使用车联网（IoV）作为车辆之间通信的解决方案。它改进了交通管理应用程序和服务，以保证道路安全。我们对服务、应用程序和架构进行分类，并为 IoV 提出一个分类法。然后，我们研究未解决的问题和未来工作的挑战。考虑到定性特征，我们根据驱动程序的要求和非功能性要求突出显示了应用程序和服务。本文总结了车联网在架构、服务和应用方面的当前状态。它可以作为为城市交通管理挑战提供解决方案的起点。本研究有利于智慧城市的发展和管理。根据本文的结果，在选定的论文中，服务和应用程序以 34% 的频率评估性能、安全性和数据准确性，以及以 13% 的频率评估安全性。由于实时操作、应用中的事故避免以及复杂的用户数据管理等 IoV 特性，这些测量是必不可少的。和安全性在选定的论文中出现 13% 的频率。由于实时操作、应用中的事故避免以及复杂的用户数据管理等 IoV 特性，这些测量是必不可少的。和安全性在选定的论文中出现 13% 的频率。由于实时操作、应用中的事故避免以及复杂的用户数据管理等 IoV 特性，这些测量是必不可少的。