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Advanced car positioning method using infrared beacon

机译:使用红外信标的先进汽车定位方法

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We developed a novel vehicle positioning method using the existing infrared beacon infrastructure that has been spreading on Japanese roadways. This method can realize measurement accuracy of 50 cm whenever the vehicle passes under an infrared beacon roadside unit. GPS is now a popular means of providing vehicle-positioning systems. When applying GPS to more critical purposes, however, it generally lacks the necessary accuracy and reliability. To solve these problems, we have proposed a new vehicle positioning method using the existing infrared beacon infrastructure. This method is based on the principle of precisely locating optical source of the infrared-rays being received. Moreover, the infrared beacon infrastructure is designed for short-range communication, and thus offers high reliability. It is also easier to estimate the direction of the source of infrared-rays than radio waves since infrared-rays travel in a straight line. Many advanced ITS services and solutions are expected by utilizing this method.
机译:我们利用在日本道路上传播的现有红外信标基础设施,开发了一种新颖的车辆定位方法。每当车辆在红外信标路边单元下方行驶时,此方法均可实现50厘米的测量精度。 GPS现在是提供车辆定位系统的流行方法。然而,当将GPS用于更关键的目的时,它通常缺乏必要的准确性和可靠性。为了解决这些问题,我们提出了一种使用现有红外信标基础设施的新的车辆定位方法。该方法基于精确定位所接收的红外线的光源的原理。此外,红外信标基础设施专为短距离通信而设计,因此具有很高的可靠性。由于红外线沿直线传播,因此比无线电波更容易估计红外线源的方向。通过使用此方法,可以预期许多高级ITS服务和解决方案。

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