Demonstration of Micro Saint Sharp, the general purpose, discrete-event simulation software tool.
Companies can utilise simulation to help design efficient production and business systems, validate and trade off proposed design solution alternatives, troubleshoot potential problems, improve systems performance metrics.
This model simulates and animates customers being served at a bank, and can be used to analyse workload and queuing times.
Find out about the latest features that make Micro Saint Sharp Version 3.6 faster, modular and more powerful.
Find out about the new capabilities in Micro Saint Sharp that make it easier for you to build and customise your models and animations.
A guide to how Adept Scientific can assist with the planning, preparation, deployment and implementation of projects via our dedicated consultancy services.
A selection of real-life case studies, where Micro Saint is used to simulate challenging scenarios and produce effective solutions.
Using Micro Saint to reduce the number of helicopter accidents caused by pilot error.
Using Micro Saint to improve a firm's ability to accurately forecast obstetric bed need.
Read how discrete event simulation models, developed at Lancaster University using Micro Saint Sharp are being used to map health service efficiency.
Using Micro Saint to calculate how many pilots it takes to safely fly an aeroplane.
Using Micro Saint to aid in the design of a new production line that optimally employs just-in-time and cellular manufacturing techniques.
Four Micro Saint case studies
Using Micro Saint to reduce manpower without suffering a loss in performance and productivity.
Micro Saint Sharp White Paper - Linking human performance and anthropometric models through an open architecture
Micro Saint Sharp White Paper - Using discrete event simulation to assess human lifting and assembly of vehicle armor
Micro Saint Sharp Simulation Software
Success Stories in Simulation in Healthcare
Estimating the Effects of Stress During Operational Conditions
Computer Simulation as a Tool for Studying Human-Centred Systems
Using Discrete-Event Simulation to Model Human Performance in Complex Systems
Modelling the Effects of Crew Size and Crew Fatigue on the Control of Tactical Unmanned Aerial Vehicles (TUAVS)
Modelling with the Micro Saint Simulation Package
The Human Simulation: Resolving Manning Issues Onboard DD21
Using Simulation to Analyse Supply Chains
Human Performance Modelling for Discrete-Event Simulation: Workload
Micro Saint Modelling and the Human Element
A collection of all the Mirco Saint White Papers
This file demonstrates the use of Micro Saint Sharp to simulate the overall operator workload required for target acquisition in an armoured combat vehicle.
Human Performance Modelling with Discrete-Event Simulation: Workload Analysis.
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