Simulation refers to the mimicking of a realistic condition or event, in order to find a reason for a past occurrence or to predict a future event. It can be performed through a variety of methods, such as using a mathematical model to solve a set of equations, construction of a physical model, a rehearsal, or a computerized game.
Simulations are very useful when it comes to experimentation with a low amount of risk although one cannot make serious conclusions from these because they are mostly based on underlying assumptions. Simulations are mostly used in the field of engineering, where these models can help provide a prototype of models they are making.
The two major advantages to using simulations include money and level of detail. For most large and expensive projects, there is a lot of money output involved in the design, construction, testing, and redoing all of these until the project is done correctly and without any errors. The use of simulation is very useful because it’s a much cheaper and efficient method for design and testing of a project. Its second major advantage, is the level of detail that can provide engineers or project managers to analyze results which can be realistically difficult to measure, or when one desires to understand a number of results using different measurement and experimental factors.
However, there are also some disadvantages to using a simulation which must be understood by everyone before any simulation projects are undertaken. The first of these is the errors involved with simulation, because just one incorrect pressing of a key can result in numerous errors. For your simulation to earn credibility, you must first conduct various experiments and record them, and compare the output. The next disadvantage is the very fact that it is a simulation, as many engineers have the problem of being able to accept the reality of their projects unless they are able to touch, see, and experience it.
Simulations are very useful when it comes to experimentation with a low amount of risk although one cannot make serious conclusions from these because they are mostly based on underlying assumptions. Simulations are mostly used in the field of engineering, where these models can help provide a prototype of models they are making.
The two major advantages to using simulations include money and level of detail. For most large and expensive projects, there is a lot of money output involved in the design, construction, testing, and redoing all of these until the project is done correctly and without any errors. The use of simulation is very useful because it’s a much cheaper and efficient method for design and testing of a project. Its second major advantage, is the level of detail that can provide engineers or project managers to analyze results which can be realistically difficult to measure, or when one desires to understand a number of results using different measurement and experimental factors.
However, there are also some disadvantages to using a simulation which must be understood by everyone before any simulation projects are undertaken. The first of these is the errors involved with simulation, because just one incorrect pressing of a key can result in numerous errors. For your simulation to earn credibility, you must first conduct various experiments and record them, and compare the output. The next disadvantage is the very fact that it is a simulation, as many engineers have the problem of being able to accept the reality of their projects unless they are able to touch, see, and experience it.
