Data generating method and system and storage medium thereof

Abstract

The invention provides a data generating method and system and a storage medium thereof. The data generating method includes the steps that first information is acquired, wherein the first informationincludes feature information and data information; and according to the first information and feature indicated by feature information, second information indicated by data information is output in acontrolled mode. According to the data generating method and system and the storage medium thereof, the data required by an optical detection system can be standardized, the data storage and transmission amount are simplified, and a back terminal can conveniently calculate, generate and output the required information, and the data generating method and system and the storage medium thereof can be used for storing and transmitting data in equipment such as laser radars and optical detection instruments. .

Description

technical field [0001] The present invention relates to data generation and transmission, in particular, to a data generation method and system and a storage medium thereof. In particular, the data generating method and system and the storage medium thereof are suitable for optical measurement equipment such as laser radar, focal length meter, center meter, interferometer, etc. Background technique [0002] In optical measurement equipment systems such as laser radar, focal length meter, central instrument, and interferometer, the amount of data storage and transmission affects the processing efficiency and response performance of the equipment. In the prior art, traditional data processing methods such as projection systems transmit images (such as bitmaps or compressed videos) as a whole, but for optical detection systems, most of the information in the bitmaps is invalid (images The method will transmit all the pixels in the full resolution of a frame of image, while the...

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Problems solved by technology

The disadvantage of this patent document is that it is limited to the use of galvanometer systems, and only involves one parameter of image distortion, which cannot systematically reflect the complete demand for data information of optical detection systems.