The disorderly growth of urban centers can lead to serious socioeconomic disadvantages, such as health problems, due to long-term exposure to toxic gases and also monetary losses due to time stopped in congestion. Thus, there is a need for systems that help in the management and control of the flow of vehicles on the roads, seeking to reduce the damage resulting from a faulty transportation system and also avoiding the use of an inefficient system of information dissemination of urban roads. In this scenario, innovative systems are being developed to analyze the conjunction of road conditions to supervise and provide routes as needed for drivers to provide greater comfort and safety to vehicle traffic on urban roads. Thus, in this work, we propose the development of a system to monitor vehicle traffic, informing about events that are taking place on the roads in real time. The system can recommend new routes to drivers or allow drivers to take action based on information received from a particular road. As well as, the system uses driver location information for traffic monitoring, which will later be available for any devices, either a mobile device (smartphone) or a desktop. For the evaluation of the proposed system, a user case was developed for the Catanduva city in which we performed a test with the proposed system and was possible to verify a reduction in vehicle stopping time by 42% and a shorter travel time of 50% with an average speed of 33 km/h.

中文翻译：

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ITSMEI：用于监控交通和事件信息的智能交通系统

城市中心的无序增长会导致严重的社会经济劣势，例如由于长期暴露在有毒气体中而导致的健康问题，以及由于拥堵时间停止而造成的经济损失。因此，需要一种有助于管理和控制道路上车辆流量的系统，力求减少因故障运输系统造成的损害，并避免使用低效的城市道路信息传播系统。 . 在这种情况下，正在开发创新系统来分析道路状况的结合，以监督和提供驾驶员所需的路线，从而为城市道路上的车辆交通提供更大的舒适度和安全性。因此，在这项工作中，我们建议开发一个系统来监控车辆交通，实时通知道路上正在发生的事件。该系统可以向驾驶员推荐新路线或允许驾驶员根据从特定道路收到的信息采取行动。此外，该系统还使用驾驶员位置信息进行交通监控，这些信息稍后可用于任何设备，无论是移动设备（智能手机）还是台式机。为了评估提议的系统，我们为 Catanduva 市开发了一个用户案例，我们在其中对提议的系统进行了测试，可以验证车辆停车时间减少了 42%，行驶时间缩短了 50%平均速度为 33 公里/小时。该系统使用驾驶员位置信息进行交通监控，以后可用于任何设备，无论是移动设备（智能手机）还是台式机。为了评估提议的系统，我们为 Catanduva 市开发了一个用户案例，我们在其中对提议的系统进行了测试，可以验证车辆停车时间减少了 42%，行驶时间缩短了 50%平均速度为 33 公里/小时。该系统使用驾驶员位置信息进行交通监控，以后可用于任何设备，无论是移动设备（智能手机）还是台式机。为了评估提议的系统，我们为 Catanduva 市开发了一个用户案例，我们在其中对提议的系统进行了测试，可以验证车辆停车时间减少了 42%，行驶时间缩短了 50%平均速度为 33 公里/小时。