Huawei releases ultra-long-range wave traffic radar

Huawei has officially unveiled the ASN850, the next-generation ultra-long-radar high-precision millimeter wave traffic radar. Along with this, the company has also brought the Fusion Perception Engine SNE800 before the eyes of the operators.

The company introduced automation at the Smart High-Speed ​​Technology Development Forum, which took place at the 24th China Expressway Informatization Conference. According to Huawei, the high-precision millimeter wave traffic radar will eventually prove to be an important roadside sensing unit.

As a result, with advances in technology, radar systems have also shifted from “node-on-perception” to “full-time global perception in road networks”. In addition, the new-gen radar is quite capable of detecting and understanding the traffic flow in all types of weather.

In addition, the new radar system adopts pioneering and most importantly 5G giant MIMO massive antenna array and a super-resolution algorithm. This means that, unlike traditional traffic perception radars, new generation radars will easily solve road problems even in complex scenarios.

For example, short detection distance, many blind spots, large pole construction requirements, discontinuous cross-station trajectory, and poor detection, and detection accuracy. In addition to these features, the newly-designed system can cover two-way, 1000-metre, 10-lane ultra-long-range coverage without blind spots. This ultimately reduces the need for pole stations by 25 percent.

Huawei Wave Traffic Radar

Fusion Perception Engine SNE800

The giant engine based on the Intelligent Edge Computing Platform introduces the principle of continuous coverage lossless switching of wireless base stations. This technology uses single-pole mine-vision fittings, cross-station radar fittings, as well as cross-pole fitting mechanisms.

This helps ensure the stability of the all-weather trajectory. Furthermore, it primarily targets accuracy rates that can reach up to 95 percent using a variety of advanced algorithms. At the same time, it also achieves a recognition rate of 95% in overall conditions. For example, large vehicles covering small areas, vehicles containing hazardous chemicals, throwing objects, overcrowding and traffic accidents.

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Words from Huawei:

Huawei’s Vice President of Wireless Product Lines – Yang Xi said in the following statements about the new technology:

“Huawei has applied its pioneering wireless technologies to the next generation of ultra-long-range high-precision millimeter-wave traffic radar and the Fusion Perception Engine, which has greatly improved the flow, density and speed of road traffic management. In the 5.5G era, the integration of wireless perception and communication technology will bring more new landscapes and applications beyond the traditional, and accelerate the digital and intelligent transformation of thousands of industries.”

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