Business process carding system and method for flow grading pressurization
A business process and process technology, applied in data processing applications, special data processing applications, instruments, etc., can solve the problems of difficult to detect the operation efficiency of business processes and the overall operation efficiency of business processes, so as to break the efficiency bottleneck and improve the transformation. And the effect of improving efficiency and sorting out business processes
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Embodiment 1
[0035] This embodiment provides a business process carding system for flow classification and pressurization, including the system including the sedimentation work node identification module and the sedimentation sub-process section identification, wherein,
[0036] The silting working node identification module is used to find out the silting working nodes in the workflow;
[0037] The fouling sub-process segment identifies a sub-process segment for finding out fouling in the complete business process.
[0038] The workflow includes direct flow, backflow, and shunt flow;
[0039] The silting sub-process segment identification determines whether there is silting in the sub-process segment according to the input and output conditions of the sub-process segment.
Embodiment 2
[0041] This embodiment provides a business process sorting method for traffic classification and pressurization, and the specific steps are as follows:
[0042] (S1), will contain M working nodes The complete business process P is divided into N sub-process segments according to the work scene , where the sub-process segment Contains S working nodes , in, ,in ;
[0043] (S2), assuming that there is no work node between the sub-process segments, and the process flow between the sub-process segments has no work flow restrictions, then use robotic process automation to simulate manual work processing, if the work node The average daily work flow pressure within 30 days of , then set the step-by-step pressurization index to be increased by 50%, 100%, 200%, 300%, and 500% respectively, and the daily working flow pressure is , the pressurization level should be set according to the actual situation. If it should not be too high, the sedimentation ratio will be too high...
Embodiment 3
[0063] This example provides a reference template for streamlining business processes with hierarchical traffic pressure, as follows:
[0064] (S1), a typical and common business scenario, including several working nodes, can be divided into multiple sub-process segments according to the scenario, wherein the sub-process segment is composed of working nodes, and the business scenario is composed of sub-process segments. It is assumed that the sub-process sections are completely unobstructed and stable, without flow restrictions and flow resistance;
[0065] (S2), robotic process automation can simulate manual work processing, and can realize flexible task adjustment by configuring robots. The adjustment base can refer to the daily average work flow of the job, and realize the orientation of the input workload by setting a series of pressurization ratios adjust;
[0066] (S3). After the workflow is injected into the business process, each node starts to operate. In addition to...
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