SIMUL8 - Simulation is an effective system that permits you to make striking, certain choices since it gives you the confirmation to make certain you are settling on the right decision. MATLAB - A high-level language and interactive environment for numerical computation, visualization, and programming GNS3 - GNS3 is a graphical network simulator that allows simulation of complex networks. The unmatched flexibility of multimethod modeling allows users to capture the complexity of virtually any system, at any level of detail. Hopefully that makes sense.What are some alternatives? When comparing NetSim and FlexSim, you can also consider the following productsĬisco Packet Tracer - Download Cisco Packet Tracer, an innovative network simulation and visualization tool used by Cisco Networking Academy students and instructors.ĪnyLogic - AnyLogic has changed simulation modeling and expanded its application into complex business environments. For example, if I wanted to simulate a building with three floors, with people walking from one floor to the other (not necessarily one above the other, otherwise we wouldn't be able to see the operation on the other floors), using a second and third elevated floor plan. Stairs and floor levels are common in plants, hospitals, airport, etc., so why not give the user those items in the toolbox. This might be minor, but I wished there were options for prebuilt stairs and different floor levels. What I like least about the software is the lack of floor levels that are representative of actual buildings. The intricate details and the ability to allow viewers to see a different perspectives is actually very eye opening. Having that 3D visual was key in explaining processes to the rest of the team, and I could make real time changes in the model to work through those "what if" scenarios. After the initial training I built a simulation model to represent one of our biggest production plants. It was intuitive and just simply made sense when building models. I did trials on several other simulation software and FlexSim came out on top for me. What I like most about FlexSim is the software's ease of use. I use FlexSim to demonstrate possibilities that people in the viewing group might not have even considered, and generate new conversations regarding what's possible and which direction to go. I build models to represent a few different scenarios and demonstrate them to the team, so that leadership can make a decision on particular go/no-go criteria for a project. Most of them are over basic functions - you probably will need to enroll a training.Ĭomments: At the moment I use FlexSim to simulation the possibilities within a given confined space. There are not many community samples and tutorials on youtube or in the web. But when you get to something just little more complex - it requires a lot of additional knowledge. The really basic actions are easy and intuitive, like for kids. It becomes difficult to learn it when you go in deep. Really basic models can be made in minutes Strong statistics (distributions), that can be integrated on the models, collecting and presenting data Īnything you lack regarding the model or actor logic can be added as code snippets Lots of built-in features, Data import-export ĭifferent modes (3D, ProcessFlow), where you can work simultaneously or independently Great visualization makes it very pleasant to start learning But now I am wondering which of them is bigger. I am a very advanced user of Excel, and Excel is a large universe as well. If you want to do BIG things with it - you have to understand all of these rules, accept them and change your own thinking to follow that rules (to think like FlexSim would think). FlexSim is just a whole universe, with it's own logic and rules. I had never worked with simulation software before, so it was my first software of such type.
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