Research code for [A Multitasking Scheduling Problem of Emergency Medical Response in Mass Casualty Incident]

Sec.7.1 Asymptotic Optimality of Proposed Heuristic This repository contains the code for an experiment implemented using Visual Studio. The experiment is controlled by the following parameters: T:The number of times the experiment is repeated. N and job_num:The number of patients. Environment:We coded the procedures in C++. All experiments were executed on a desktop computer with an Intel Core i7 CPU (2.8 GHz ×4), 8 GB RAM, and the Windows 7 operating system. ZH and DD: Switching and interruption factors. Other parameters are detailed in the main text. Trial1 The convergence trend of the SMPTA heuristic for k =1, 2, 3 Trial2 The convergence trend of the WSMPTA heuristic. Trial3 Heuristic comparison Sec.7.2 Effective B&B Algorithm This repository contains the code for an experiment implemented using Visual Studio. MIP model:The MIP model was described in the file CPLEX.txt and solved using the IBM ILOG CPLEX Optimizer version 12.8.0 (64-bit). Test case:Test case parameters are stored in the branch_tree.h file, problem scale is set in the main.cpp file. Environment:We coded the procedures in C++. All experiments were executed on a desktop computer with an Intel Core i7 CPU (2.8 GHz ×4), 8 GB RAM, and the Windows 7 operating system. Sec.7.3 Advantage of IDMA This repository contains the code for an experiment implemented using Visual Studio. Test case:Test case parameters are stored in the main.cpp file, Time is the termination condition. Number of repetitions:The number of repetitions is denoted by nu. Environment:We coded the procedures in C++. All experiments were executed on a desktop computer with an Intel Core i7 CPU (2.8 GHz ×4), 8 GB RAM, and the Windows 7 operating system.