Off-line data transmission control system and method

Abstract

The invention provides an off-line data transmission control system and method, and relates to the technical field of industrial camera communication, and the system comprises a CMOS board based on an FPGA mode, an image collection board, a storage board and a control board. The CMOS plate comprises a main chip; the image acquisition board is connected with the CMOS board through a plurality of first processing chips, and each first processing chip in the image acquisition board is connected with a first storage unit; the storage board comprises second processing chips of which the number is the same as that of the first processing chips, and each second processing chip in the storage board is connected with a second storage unit; and the storage board is connected with the communication chip in the control board through 16 paths of GTX pipelines. According to the off-line data transmission control system and method, the recording of the industrial camera and the industrial equipment on the key time period of the snapshot experiment process is enhanced, the cost influence caused by uncontrollable factors is reduced, the capability of recording a transient experiment scene is greatly improved, and the cost of the whole experiment system is reduced.

Description

technical field [0001] The invention relates to the technical field of industrial camera communication, in particular to an off-line data transmission control system and method. Background technique [0002] The application scenarios of industrial cameras have high requirements on the environment, such as harsh environments such as large high and low temperature differences, complex magnetic field changes, and severe vibrations. Under these working conditions, the life of industrial cameras will be affected to a certain extent, so ensure the stability and service life of industrial equipment, etc. Problem engineers pose a huge challenge. Generally, once industrial equipment starts to work, it needs to continue to operate without failure, and at the same time requires quick and easy maintenance in case of failure. Among them, the industrial camera is only a vague name for the image capture and processing capabilities of the camera itself. In industrial applications, it is di...

AI Technical Summary

Problems solved by technology

However, for industrial and above requirements, the normal operation of the system may be temporary. At present, there is not a large number of experiments to verify the following problems: Even if the system loses data during low-speed and stable data transmission, it can still work without risk.

If short-term offline storage is not possible, the experiment will take huge risks, causing irreversible losses, and the cost and time cost of the experiment are difficult to estimate

The state of the equipment cannot achieve continuous work, which does not meet the actual application requirements

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