traffic control

简明释义

交通管制

英英释义

例句

1.Smart technology is being used for better traffic control 交通控制 in urban areas.

智能技术正在城市地区用于更好的交通控制 交通控制。

2.The police officer was responsible for traffic control 交通控制 at the accident scene.

警察负责事故现场的交通控制 交通控制。

3.The construction site had a dedicated team for traffic control 交通控制 to manage detours.

施工现场有一个专门的团队负责交通控制 交通控制以管理绕行。

4.The city implemented new traffic control 交通控制 measures to reduce congestion during rush hour.

城市实施了新的交通控制 交通控制 措施，以减少高峰时段的拥堵。

5.During the festival, volunteers helped with traffic control 交通控制 to ensure safety.

在节日期间，志愿者帮助进行交通控制 交通控制以确保安全。

作文

Traffic control is an essential aspect of urban planning and management that ensures the smooth flow of vehicles and pedestrians in our cities. Effective traffic control (交通控制) systems are crucial for maintaining safety on the roads, reducing congestion, and enhancing the overall quality of life for residents. Without proper traffic control (交通控制), cities can become chaotic, leading to increased accident rates and frustration among drivers and pedestrians alike. One of the primary functions of traffic control (交通控制) is to regulate the movement of vehicles at intersections. Traffic lights, stop signs, and yield signs are all tools used in traffic control (交通控制) to manage the flow of traffic. These devices help to prevent accidents by ensuring that vehicles and pedestrians have clear instructions on when to stop and go. For instance, when the traffic light turns red, it signals drivers to halt their vehicles, allowing pedestrians to cross safely. This kind of control is vital in busy urban areas where the volume of traffic can be overwhelming.In addition to managing traffic at intersections, traffic control (交通控制) also involves the use of road signs and markings to guide drivers along their routes. Speed limit signs, directional arrows, and lane markings are all part of a comprehensive traffic control (交通控制) strategy. These elements work together to inform drivers about the rules of the road and help them navigate safely. For example, a speed limit sign informs drivers of the maximum speed allowed, which helps to reduce the likelihood of accidents caused by speeding.Moreover, modern technology has significantly enhanced traffic control (交通控制) measures. Intelligent transportation systems (ITS) utilize sensors, cameras, and data analytics to monitor traffic conditions in real-time. This information allows traffic management centers to adjust traffic signal timings dynamically, respond to accidents or road closures, and provide drivers with real-time updates about traffic conditions. Such advancements make traffic control (交通控制) more efficient and responsive to changing circumstances on the road.Public transportation is another critical component of traffic control (交通控制). By providing reliable and efficient transit options, cities can reduce the number of personal vehicles on the road, thereby alleviating congestion. Buses, trams, and subways offer alternatives to driving, encouraging people to choose public transport over personal vehicles. This shift not only helps in traffic control (交通控制) but also contributes to environmental sustainability by reducing carbon emissions.Furthermore, community engagement plays a significant role in effective traffic control (交通控制). Local governments often seek input from residents regarding traffic issues in their neighborhoods. By understanding the concerns and suggestions of the community, planners can develop traffic control (交通控制) strategies that address specific needs. For instance, if residents express concerns about speeding in their area, local authorities might implement speed bumps or additional signage to improve safety.In conclusion, traffic control (交通控制) is a multifaceted discipline that encompasses various strategies and technologies aimed at ensuring safe and efficient movement within urban environments. From traffic signals to public transportation, each element plays a vital role in managing the flow of traffic. As cities continue to grow, the importance of effective traffic control (交通控制) will only increase, necessitating ongoing innovation and community involvement to create safer and more livable urban spaces.

交通控制是城市规划和管理的一个重要方面，确保我们城市中车辆和行人的顺畅流动。有效的交通控制（交通控制）系统对于维护道路安全、减少拥堵以及提高居民的整体生活质量至关重要。如果没有适当的交通控制（交通控制），城市可能会变得混乱，导致事故率增加以及驾驶者和行人之间的挫败感。交通控制（交通控制）的主要功能之一是调节车辆在交叉口的移动。交通信号灯、停车标志和让行标志都是用于交通控制（交通控制）以管理交通流量的工具。这些设备通过确保车辆和行人在何时停止和行进上有明确的指示，从而帮助防止事故。例如，当红灯亮起时，它向驾驶者发出信号，要求他们停车，从而安全地允许行人过马路。这种控制在繁忙的城市地区至关重要，因为交通量可能会令人不知所措。除了管理交叉口的交通外，交通控制（交通控制）还涉及使用路标和标线来引导驾驶者沿其路线行驶。限速标志、方向箭头和车道标线都是全面的交通控制（交通控制）策略的一部分。这些元素共同作用，向驾驶者提供有关道路规则的信息，并帮助他们安全导航。例如，限速标志通知驾驶者允许的最高速度，这有助于减少因超速而造成的事故的可能性。此外，现代技术显著增强了交通控制（交通控制）措施。智能交通系统（ITS）利用传感器、摄像头和数据分析实时监控交通状况。这些信息使交通管理中心能够动态调整交通信号时机，及时响应事故或道路封闭，并向驾驶者提供关于交通状况的实时更新。这种进步使得交通控制（交通控制）更加高效，并能快速响应道路上变化的情况。公共交通是交通控制（交通控制）的另一个关键组成部分。通过提供可靠和高效的交通选择，城市可以减少道路上的个人车辆数量，从而减轻拥堵。公交车、有轨电车和地铁为人们提供了替代驾车的选择，鼓励人们选择公共交通而不是个人车辆。这种转变不仅有助于交通控制（交通控制），还通过减少碳排放促进环境可持续性。此外，社区参与在有效的交通控制（交通控制）中发挥着重要作用。地方政府通常会征求居民对其社区交通问题的意见。通过了解社区的关注和建议，规划者可以制定针对特定需求的交通控制（交通控制）策略。例如，如果居民对其地区的超速表示担忧，地方当局可能会实施减速带或额外的标识，以提高安全性。总之，交通控制（交通控制）是一个多方面的学科，涵盖了旨在确保城市环境中安全和高效移动的各种策略和技术。从交通信号灯到公共交通，每个元素在管理交通流量中都发挥着至关重要的作用。随着城市的不断发展，有效的交通控制（交通控制）将变得愈加重要，这需要持续的创新和社区参与，以创造更安全、更宜居的城市空间。