frequency of optimum traffic

简明释义

最佳使用频率最佳通信频率最佳传输频率

英英释义

例句

1.The city planners are analyzing the frequency of optimum traffic to improve road safety.

城市规划者正在分析最佳交通频率以提高道路安全。

2.The transportation department reported on the frequency of optimum traffic in urban areas.

交通部门报告了城市地区的最佳交通频率。

3.To reduce congestion, we need to monitor the frequency of optimum traffic during peak hours.

为了减少拥堵，我们需要监测高峰时段的最佳交通频率。

4.Understanding the frequency of optimum traffic can lead to better public transport scheduling.

理解最佳交通频率可以导致更好的公共交通调度。

5.Adjusting traffic signals can help achieve a higher frequency of optimum traffic flow.

调整交通信号灯可以帮助实现更高的最佳交通频率流量。

作文

In the modern world, traffic management has become a critical aspect of urban planning and development. One of the key concepts that urban planners and traffic engineers focus on is the frequency of optimum traffic (最佳交通频率). This term refers to the ideal rate at which vehicles should pass through a given point in order to minimize congestion and maximize efficiency. Understanding this concept is essential for creating effective traffic systems that can accommodate the ever-increasing number of vehicles on the road.The frequency of optimum traffic (最佳交通频率) is influenced by various factors, including road capacity, traffic signal timing, and the behavior of drivers. For instance, during peak hours, the frequency of vehicles may increase significantly, leading to potential bottlenecks and delays. On the other hand, during off-peak hours, the traffic flow may be smoother, allowing for a higher frequency of optimum traffic. Therefore, it is crucial for city planners to analyze traffic patterns and adjust their strategies accordingly.One of the primary goals of traffic management is to achieve a balance between vehicle flow and safety. The frequency of optimum traffic (最佳交通频率) plays a vital role in this balance. If the frequency is too high, it can lead to accidents and increased stress for drivers. Conversely, if the frequency is too low, it can result in wasted time and resources. Therefore, traffic engineers often conduct studies to determine the optimal frequency that ensures both safety and efficiency.In addition to traditional traffic management techniques, technology has also played a significant role in optimizing traffic flow. Smart traffic signals and real-time traffic monitoring systems can help adjust the frequency of optimum traffic (最佳交通频率) based on current conditions. For example, if a particular intersection is experiencing heavy congestion, the traffic light duration can be adjusted to allow more vehicles to pass through, thereby improving the overall traffic flow.Moreover, public transportation systems are also designed with the frequency of optimum traffic (最佳交通频率) in mind. Buses and trains operate on schedules that aim to minimize wait times for passengers while ensuring that they do not overcrowd the system. By increasing the frequency of public transport during peak hours, cities can encourage residents to use these services instead of driving their cars, ultimately reducing the number of vehicles on the road.To further illustrate the importance of the frequency of optimum traffic (最佳交通频率), consider the impact of urban sprawl. As cities expand, the distance between residential areas and workplaces increases, leading to longer commutes and higher traffic volumes. Without careful planning and consideration of the frequency of optimum traffic, cities can quickly become overwhelmed, resulting in gridlock and frustration for commuters.In conclusion, the frequency of optimum traffic (最佳交通频率) is a fundamental concept in traffic management that affects the efficiency and safety of our roadways. By understanding and optimizing this frequency, urban planners and traffic engineers can create better transportation systems that meet the needs of growing populations. As technology continues to evolve, the ability to monitor and adjust traffic patterns in real-time will only enhance our understanding of this critical aspect of urban life. Ultimately, achieving the right balance in the frequency of optimum traffic is essential for fostering sustainable and livable cities.

在现代社会，交通管理已成为城市规划和发展的关键方面。城市规划者和交通工程师关注的一个关键概念是最佳交通频率（frequency of optimum traffic）。这个术语指的是车辆通过特定点的理想速率，以最小化拥堵并最大化效率。理解这一概念对于创建能够容纳日益增加的道路车辆数量的有效交通系统至关重要。最佳交通频率（frequency of optimum traffic）受多种因素影响，包括道路容量、交通信号时机以及驾驶员的行为。例如，在高峰时段，车辆的频率可能会显著增加，从而导致潜在的瓶颈和延误。另一方面，在非高峰时段，交通流量可能更为顺畅，从而允许更高的最佳交通频率（frequency of optimum traffic）。因此，城市规划者必须分析交通模式并相应调整他们的策略。交通管理的主要目标之一是实现车辆流动和安全之间的平衡。最佳交通频率（frequency of optimum traffic）在这一平衡中起着至关重要的作用。如果频率过高，可能导致事故和驾驶员压力增加。相反，如果频率过低，则可能导致时间和资源的浪费。因此，交通工程师通常进行研究，以确定确保安全和效率的最佳频率。除了传统的交通管理技术外，技术在优化交通流量方面也发挥了重要作用。智能交通信号和实时交通监控系统可以帮助根据当前条件调整最佳交通频率（frequency of optimum traffic）。例如，如果某个交叉口出现严重拥堵，可以调整交通信号灯的持续时间，以允许更多车辆通过，从而改善整体交通流量。此外，公共交通系统的设计也考虑到了最佳交通频率（frequency of optimum traffic）。公交车和火车的运行时间表旨在最小化乘客的等待时间，同时确保它们不会使系统过于拥挤。通过在高峰时段增加公共交通的频率，城市可以鼓励居民使用这些服务，而不是开车，从而最终减少道路上的车辆数量。进一步说明最佳交通频率（frequency of optimum traffic）重要性的一个例子是城市蔓延的影响。随着城市的扩展，住宅区与工作场所之间的距离增加，导致通勤时间更长，交通量更高。如果没有仔细规划和考虑最佳交通频率（frequency of optimum traffic），城市很快就会不堪重负，导致交通堵塞和通勤者的挫败感。总之，最佳交通频率（frequency of optimum traffic）是交通管理中的一个基本概念，影响着我们道路的效率和安全。通过理解和优化这一频率，城市规划者和交通工程师可以创建更好的交通运输系统，以满足不断增长的人口需求。随着技术的不断发展，实时监控和调整交通模式的能力将进一步增强我们对这一城市生活关键方面的理解。最终，实现最佳交通频率（frequency of optimum traffic）的正确平衡对于促进可持续和宜居城市至关重要。