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EMS - Coggle Diagram

- - - - Temporal Instability and the Analysis of Highway Accident Data
        
        importance of macroeconomics and risk taking behavior
    - - Priority in reward
        
        A markov decision process model for the optimal dispatch
        of military medical evacuation assets
        
        Classification errors
        
        A model for optimally dispatching ambulances to emergency calls with classification errors in patient priorities
        
        In other words, it is more beneficial(from a system-wide perspective) for an ambulance to bebusy serving a patient that is closer to its fixed locationthan one that is farther away.
        
        For example, one might consider dispatchingambulances to patients in such a way that the workloadis balanced because it is necessary for all paramedics andEMTs to practice their skills. While workload may notimmediately affect a patient’s outcome, it could impactthe outcomes of future patients by degrading the work-force through the lack of skill maintenance or throughturnover
        
        Operations Research Tools for Addressing Current Challenges in Emergency Medical Services
        
        Relocation of ambulances with approximate dynamic programming.
        
        Importance of priority in reward
        
        Priority dispatching strategies for EMS systems
        
        Heurisitc approach to dispatching. maximising survivability
        
        Integrating the ambulance dispatching and relocation problems to maximize system’s preparedness
        
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        Their study reveals that the optimal policy is to send the closest unit to the most urgent call and the next idle unit to the less urgent call, regardless of the call order.
- - - - Solving the dynamic ambulance relocation and dispatching problem
        using approximate dynamic programming
      - Real-Time Ambulance Dispatching and Relocation
    - - Integrating the ambulance dispatching and relocation problems to maximize system’s preparedness
  - - - We found that the undertriage of P-EMS dispatch in south-east Norway ranged between 20 and 32%
        
        P-EMS dispatch in trauma care in south-east Norway suffered from an overtriage between 74 and 80% and an undertriage between 20 and 32%
        
        Reducing the substantial level of overtriage (74–80%) of P-EMS in south-east Nor-way remains an obvious area for improvement
      - Existing CAD system data is inconsistent and insufficient to provide basic data for scientific research.