Real-time displaying ghost imaging scheme

Abstract

The invention discloses a scheme capable of computing and displaying a ghost imaging result in real time. Ghost imaging is an indirect imaging mode. A typical structure comprises the fact that a lightsource is divided into two ways; one way irradiates an object, total light intensity reflected or transmitted from the object is recorded through utilization of a bucket detector, and the total lightintensity is called as a signal arm; and light field information of the other way is recorded through utilization of a camera, and the light field information is called as a reference arm. Through repeated measurement, a great deal of signal arm and reference arm data is obtained, and further reconstruction operation is carried out through utilization of the data, thereby obtaining an image of the object. According to an existing ghost imaging scheme, all measured data needs to be stored and then data processing and operation are carried out, so required storage capacity and operation quantity are very great, and real-time imaging cannot be realized. According to the scheme, for the problem, the real-time displaying ghost imaging scheme is provided, the data operation is carried out synchronously in each measurement process and only a key data result is stored, so the storage capacity and operation complexity can be reduced, and a ghost imaging result is displayed in real time.

Description

technical field [0001] The invention belongs to the research field of ghost imaging, and in particular relates to a ghost imaging scheme capable of displaying imaging results in real time. Background technique [0002] The classic direct imaging method is to irradiate the light source on the object, and directly detect the light field reflected or transmitted from the object through a detector with spatial light field resolution capability (such as a camera) to form an image. The typical structure of ghost imaging is to divide the light source into two paths: one path is irradiated on the object, and then a detector (single-point detection, or barrel detection) without spatial light field resolution capability is used to detect and record the reflection or transmission from the object. The total light intensity of the light field is called the signal arm; the other way does not pass through the object, but directly uses a detector (such as a camera) with spatial light field ...

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