AI-powered Predictive Analytics for Hospital Resource Allocation and Revenue Cycle Management

AI-powered predictive analytics is altering hospital revenue cycle management (RCM) & resource allocation. It accomplishes this by improving patient care, streamlining operations, & simplifying financial processes. This paper investigates how AI -powered models employ real-time & historical data to forecast trends in patient admissions, manage staffing levels, guarantee completely occupied beds, & enhance supply chain flow of products. By means of effective billing, turn down claim rejections, & simplified cash flow prediction, AI also enhances RCM. Using data analytics & Machine learning techniques, AI combines electronic health records (EHR), patient demographic & financial data to identify usable insights. Important findings show that by matching supply with demand, predictive analytics not only reduces costs but also enhances patient outcomes. AI-driven RCM systems also increase total financial performance, reduce lost income, & help to make refund policies effective. AI is becoming increasingly useful as issues in healthcare systems get worse in helping hospitals be more proactive, patient-centered, & financially stable. Including technology into hospital operations is not only a fresh concept but also necessary to improve decisions, increase efficiency, & ensure long-term survival of the institution

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Publication Details

Published
2025-05-18
DOI
https://doi.org/10.56472/iccsaiml25-105
Primary Topic
Healthcare Operations and Scheduling Optimization
Type
article
Field-Weighted Citation Impact
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AI-powered Predictive Analytics for Hospital Resource Allocation and Revenue Cycle Management

Piyush Jani
Healthcare Operations and Scheduling Optimization
article

AI-powered Predictive Analytics for Hospital Resource Allocation and Revenue Cycle Management

Piyush Jani
article en

Abstract

AI-powered predictive analytics is altering hospital revenue cycle management (RCM) & resource allocation. It accomplishes this by improving patient care, streamlining operations, & simplifying financial processes. This paper investigates how AI -powered models employ real-time & historical data to forecast trends in patient admissions, manage staffing levels, guarantee completely occupied beds, & enhance supply chain flow of products. By means of effective billing, turn down claim rejections, & simplified cash flow prediction, AI also enhances RCM. Using data analytics & Machine learning techniques, AI combines electronic health records (EHR), patient demographic & financial data to identify usable insights. Important findings show that by matching supply with demand, predictive analytics not only reduces costs but also enhances patient outcomes. AI-driven RCM systems also increase total financial performance, reduce lost income, & help to make refund policies effective. AI is becoming increasingly useful as issues in healthcare systems get worse in helping hospitals be more proactive, patient-centered, & financially stable. Including technology into hospital operations is not only a fresh concept but also necessary to improve decisions, increase efficiency, & ensure long-term survival of the institution

Minnesota Project (US)
Openalex Percentile: Top 78%
Healthcare Operations and Scheduling Optimization
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