Decision flowchart-based environmental modeling method and apparatus, and electronic device

A decision flowchart-based environmental modeling apparatus, comprising:

• a target business feature acquisition module configured to acquire a target business feature and feature information of the target business feature in a target business scenario to be modeled;
• a target decision flowchart construction module configured to construct, based on the target business feature, a target decision flowchart corresponding to the target business scenario, wherein business nodes in the target decision flowchart comprise at least one environment state node and at least one decision agent node, wherein the at least one environment state node comprises a current environment state child node, an environment state transition child node, and a next environment state child node;
• a target computation graph construction module configured to construct a target computation graph based on a business feature bound to each of the business nodes in the target decision flowchart and data flow information among the plurality of business nodes in the target decision flowchart;
• and
• a target virtual environment model determination module configured to perform environmental modeling based on the target computation graph and the feature information of the target business feature to determine a target virtual environment model corresponding to the target business scenario.

An electronic device, comprising:

• at least one processor;
• and
• a memory communicatively connected to the at least one processor;
• wherein the memory stores a computer program executable by the at least one processor,
• wherein the computer program is executed by the at least one processor to enable the at least one processor to perform the following:
• acquiring a target business feature in a target business scenario to be modeled and feature information of the target business feature;
• constructing, based on the target business feature, a target decision flowchart corresponding to the target business scenario, wherein business nodes in the target decision flowchart comprise at least one environment state node and at least one decision agent node, wherein the at least one environment state node comprises a current environment state child node, an environment state transition child node, and a next environment state child node;
• constructing a target computation graph based on a business feature bound to each of the business nodes in the target decision flowchart and data flow information among the plurality of business nodes in the target decision flowchart;
• and
• performing environmental modeling based on the target computation graph and the feature information of the target business features to determine a target virtual environment model corresponding to the target business scenario.