Computer Priority Algorithm Based Emergency Task Allocation in Logistics Dual Channel Supply Chain

In practical application, the problem of time-consuming operation exists in the logistics dual-channel supply chain emergency task allocation method. In this context, a logistics dual-channel supply chain emergency task allocation method is designed to take into account the service time efficiency. Calculate the overall expected sales volume of logistics services, extract the coordination characteristics of the dual-channel supply chain, define the relationship between distribution priority and time tolerance, evaluate the demand priority considering service timeliness, make the first-order derivative equal to zero, obtain the optimal investment reserve quantity of logistics service function providers regarding logistics service capacity under centralized decision-making, construct an inventory control model and design an emergency task allocation method. Experimental results: The average operating time of the paper's logistics dual-channel supply chain emergency task allocation method is 187.79 min, which is 38.48 min and 22.10 min lower than the other two methods respectively, indicating that the designed logistics dual-channel supply chain emergency task allocation method is more effective after fully considering the service timeliness.