Dynamic referral routing decision method based on code scanning recognition and real-time resource perception

Abstract

This invention discloses a dynamic referral routing decision-making method based on barcode scanning and real-time resource awareness, specifically relating to the field of medical referral information processing, to address the problem that referral routes are susceptible to fluctuations in acceptance status. The method generates a referral event object by responding to the barcode scanning result of the patient's referral identifier, and forms a referral demand constraint set through trust and consistency verification. Then, based on the referral demand constraint set, cross-institutional resource status subscription is triggered to verify the acceptance validity of the real-time status stream returned by candidate receiving ends, obtaining a set of acceptable states with associated acceptance confidence values. A dynamic referral routing graph is constructed based on the referral demand constraint set and the set of acceptable states, feasible routes are screened, and a route priority sequence is generated. Before and during referral execution, the acceptance status of the candidate receiving ends corresponding to the target route is verified, and a referral execution instruction or an alternative referral execution instruction is generated based on the verification results.

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