optimum traffic frequency

简明释义

最佳通信频率

英英释义

Optimum traffic frequency refers to the ideal or most efficient rate at which vehicles or pedestrians move through a specific area, ensuring minimal congestion and maximum flow.

最佳交通频率是指在特定区域内,车辆或行人通行的理想或最有效的速率,以确保最小的拥堵和最大的流动性。

例句

1.To maximize advertising effectiveness, we need to determine the optimum traffic frequency 最佳流量频率 for our campaign.

为了最大化广告效果,我们需要确定我们活动的optimum traffic frequency 最佳流量频率

2.The marketing team is working to identify the optimum traffic frequency 最佳流量频率 for our target audience.

市场营销团队正在努力识别我们目标受众的optimum traffic frequency 最佳流量频率

3.By analyzing past data, we found the optimum traffic frequency 最佳流量频率 for email newsletters is weekly.

通过分析过去的数据,我们发现电子邮件通讯的optimum traffic frequency 最佳流量频率是每周一次。

4.The website's analytics showed that the optimum traffic frequency 最佳流量频率 for user engagement is every two days.

网站的分析显示,用户参与的optimum traffic frequency 最佳流量频率是每两天一次。

5.For social media posts, the optimum traffic frequency 最佳流量频率 should be three times a week.

对于社交媒体帖子,optimum traffic frequency 最佳流量频率应该是每周三次。

作文

In today's fast-paced world, the concept of traffic management has become increasingly important. One of the key aspects of effective traffic management is determining the optimum traffic frequency, which refers to the ideal rate at which vehicles should be allowed to pass through an intersection or along a road segment to ensure smooth flow and minimize congestion. Understanding this concept is crucial for urban planners, traffic engineers, and city officials as they strive to create efficient transportation systems.The optimum traffic frequency can vary based on several factors, including the type of road, the volume of traffic, and the time of day. For instance, during peak hours, the demand for road space increases significantly, necessitating a higher optimum traffic frequency to accommodate the influx of vehicles. Conversely, during off-peak hours, the optimum traffic frequency may decrease, allowing for more relaxed driving conditions and less stringent traffic controls.To calculate the optimum traffic frequency, traffic engineers often use various mathematical models and simulations. These models take into account historical traffic data, current road conditions, and projected future growth. By analyzing this information, planners can determine the most effective signal timing, lane configurations, and other traffic control measures that align with the optimum traffic frequency for a specific area.Implementing the optimum traffic frequency not only helps in reducing congestion but also enhances safety on the roads. When traffic flows smoothly, the likelihood of accidents decreases, making it safer for both drivers and pedestrians. Additionally, maintaining the optimum traffic frequency can lead to lower emissions, as vehicles spend less time idling in traffic, contributing to a healthier environment.Moreover, the concept of optimum traffic frequency extends beyond cars and trucks; it also applies to public transportation systems. Buses and trains must operate at frequencies that meet passenger demand while avoiding overcrowding. By ensuring that public transport adheres to its own optimum traffic frequency, cities can encourage more residents to choose these eco-friendly alternatives over personal vehicles, further alleviating road congestion.In conclusion, grasping the significance of optimum traffic frequency is vital for anyone involved in traffic management and urban planning. It serves as a guiding principle for creating efficient and safe transportation networks. As cities continue to grow and evolve, understanding and applying the concept of optimum traffic frequency will be essential in addressing the challenges of modern traffic systems and promoting sustainable urban development.

在当今快速发展的世界中,交通管理的概念变得越来越重要。有效交通管理的关键方面之一是确定最佳交通频率,即允许车辆通过交叉口或沿道路段流动的理想速度,以确保顺畅流动并最小化拥堵。理解这一概念对于城市规划者、交通工程师和市官员至关重要,因为他们努力创建高效的交通运输系统。最佳交通频率可能因多种因素而异,包括道路类型、交通量和时间。例如,在高峰时段,路面空间的需求显著增加,这就需要更高的最佳交通频率来适应车辆的涌入。相反,在非高峰时段,最佳交通频率可能会减少,从而允许更宽松的驾驶条件和不那么严格的交通控制。为了计算最佳交通频率,交通工程师通常使用各种数学模型和模拟。这些模型考虑了历史交通数据、当前道路状况和未来增长的预测。通过分析这些信息,规划者可以确定与特定区域的最佳交通频率相一致的最有效的信号定时、车道配置和其他交通控制措施。实施最佳交通频率不仅有助于减少拥堵,还提高了道路安全。当交通流畅时,事故发生的可能性降低,使司机和行人都更安全。此外,保持最佳交通频率可以降低排放,因为车辆在交通中闲置的时间减少,从而为更健康的环境做出贡献。此外,最佳交通频率的概念不仅适用于汽车和卡车;它也适用于公共交通系统。公交车和火车必须以满足乘客需求而又不造成拥挤的频率运行。通过确保公共交通遵循其自身的最佳交通频率,城市可以鼓励更多居民选择这些环保替代方案,而不是个人车辆,进一步缓解道路拥堵。总之,掌握最佳交通频率的重要性对于任何参与交通管理和城市规划的人来说都是至关重要的。它作为创建高效、安全的交通网络的指导原则。随着城市的不断发展和演变,理解和应用最佳交通频率的概念将在应对现代交通系统的挑战和促进可持续城市发展中发挥重要作用。

相关单词

optimum

optimum详解:怎么读、什么意思、用法

traffic

traffic详解:怎么读、什么意思、用法

frequency

frequency详解:怎么读、什么意思、用法