Distributed task progress data acquisition and analysis method

Abstract

The invention discloses a distributed task progress data acquisition and analysis method. An input device, an archiving analysis device and a data visualization device are included. The method comprises the following steps that S1, a data entry person uses the input device to record task progress data; S2, after the data entry personnel confirm the data record, the recorded data is completely or partially transmitted to the archiving analysis device by using a data sending function of the input device; S3, the archiving analysis device automatically classifies and archives the received data according to the data types of acquired data templates, and the number of the input device of the data source of the archived data can be marked; S4, the archiving analysis device performs data analysison the acquired data needing to be analyzed; and S5, the data visualization device is controlled to request data from the archiving analysis device, visualize the data, and display the data. According to the method, the efficiency of collecting and analyzing a large amount of task progress data in a complex environment is effectively improved.

Description

technical field [0001] The invention relates to information technology, in particular to a method for collecting and analyzing distributed task progress data. Background technique [0002] In the complex environment (ship deck environment), there are different moving objects and various task progress data collection costs are high and identification is difficult. For example, the loading and unloading information of mobile vehicles may be restricted by the complex electromagnetic environment and cannot be transmitted wirelessly. The on-site personnel do not have the energy to give real-time feedback on the work progress due to busy procedures. The investment cost is high and the task progress behavior identification is difficult through image acquisition and other means. It cannot cope with strong light and occlusion. However, the use of paper form records is prone to form writing errors and time recording delays. The recorded information is formed into an electronic form a...

AI Technical Summary

Problems solved by technology

[0002] In a complex environment (ship deck environment), there are different moving objects and multiple task progress data acquisition costs are high and identification is difficult

For example, the loading and unloading information of mobile vehicles may be restricted by the complex electromagnetic environment and cannot be transmitted wirelessly. On-site personnel do not have the energy to give real-time feedback on the progress of the work due to busy procedures. Image acquisition and other means are not only high in investment costs, but also difficult to identify task progress behaviors. Unable to cope with strong light and occlusion

However, the use of paper form records is prone to form writing errors and time recording delays. The recorded information is formed into an electronic form and then analyzed for serious delays.

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