An effective way to design an inductive loop detector for traffic signal



The widely used traffic sensor is the inductive loop detector. The current design has issues with the cabinet space and limited space. This design consists of a lane-by-lane detection, a stick inductive loop detector with separate cables for each lane, and a detector channel for processing or data acquisition channel.


To have efficient traffic signal alerts, an improved design must be used to solve the underlying problems. This post will discuss an effective way to design an inductive loop detector for traffic signal processing.


The efficient design of the inductive loop detector

The other method of inductive loop detector uses lane-by-lane detection. In this design, you replace it with a modification of electronic circuits to covert the serially loops. This circuit will enable you to carry the lane-by-lane detection. This improved design will lead to more efficient and safer signal operations.


You can use this design to classify vehicles and detect the wrong way. Here algorithms for machine learning are used for classification and detection. These algorithms do the type or detection with high accuracy by using the loop configuration with a stick inductive loop detector.


This design can be able to warn drivers who offend traffic rules and regulations. At the same time, it can alert the traffic management team by providing image verification or videos of any events. 


The machine learning algorithm can do the computation in real-time and produce real-time notifications and detections. This design has the best track record for wrong-way detection on roads or highways that are so busy using the stick inductive loop detector. 


Once a wrong-way driver is detected, the driver is notified to take the correct route. It has to be installed on the roadside. It has a radar that sends the signals and alerts the operation centre within a few seconds. The traffic management team can provide a needed emergency service. It is also able to activate warning signs for efficient traffic management on busy roads.

Benefits of this type of design

  1. It is cost-effective. It can run the operation continuously 24/27/365 with an interval of five years with low maintenance.

  2. It can produce rapid alerts in case an incident is detected.

  3. It can activate necessary warnings and notify or alert road users.

  4. They are reliable because they capture accurate data and enable the system to operate at a higher level with low false alerts.

  5. It can analyse the traffic flow of given roads at a given time. It is a crucial feature that will enable the system to alert the user to take another route if a given highway has a traffic jam.

  6. Since the detection and classification are streamline in real-time, incidents occurring on the road can be detected automatically, and necessary action can be taken.


It is a proven way for automatic detection of a vehicle. You can use a stick inductive loop detector for efficient traffic signal operations. With the minimal infrastructure in place, various vendors can do a high-speed setup for you. This design is powered by artificial intelligence technology to suit your needs. It is very beneficial because it just requires very minimal maintenance.

 

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