There are three types of system studies.....
1- system analysis- A comparision is made between existing system and proposed system.
2- system design- Aim is to produce an object which meet some specification which are designed by the designer.
3- system posulation- Characterstic of the way , models are employed in social, economical, political and medical studies, where the behavior of the system is known but the process that produce the behavior is not known.
Ankit Verma
TMIMT Moradabad
A good program display a model of human cells, and test different mutations.
Building a model forces a scientist to think about how the parts of the model interrelate and interact with each other. This may help the scientist to formulate better questions about the real system. In addition it is usually far easier to manipulate a model than it is to make changes to a real system so that the implications of those changes can be studied. Once the scientist believes that they understand the model, or suspects that the model has exhausted its usefulness, they can either build a better model or try testing some hypotheses in the read world.
public class Address { System.out.println(" The Address of Study Center is A-135, Model town") }
feasiblity study, system design system instalation, users training, system operational and system maintenance
feasibility is the measure of how much a new solution
The technical aspect of a feasibility study includes examining the process or making a model to see if it is doable. A model can be created using a simulation.
A simulation is a computer model or program that imitates or replicates the behavior of a real-world system. It is used to study and understand the system's behavior, make predictions, and test different scenarios without having to physically interact with the real system. Simulations are widely used in various fields, such as science, engineering, economics, and training.
please, do give me a research projects on the simulation transport damage study on orange fruits.
Barry William Hyndman has written: 'Digital simulation of the human cardiovascular system and its use in the study of sinus arrhythmia'
study a system you cannot see directly
James J. Adams has written: 'Study of the use of a nonlinear, rate limited filter on pilot control signals' 'Simulator study of pilot-aircraft-display system response obtained with a three-dimensional-box pictorial display' -- subject(s): Simulation methods, Aeronautical instruments, Display systems 'Pilot-model analysis and simulation study of effect of control task desired control response' -- subject(s): Aeronautics, Military, Airplanes, Control systems, Mathematical models, Military Aeronautics, Piloting
-It avoids danger and loss of life. -The result of simulation can be studied under different conditions. -It is cost effective(Does not cost much as the real experiment). -The simulation can be operated more quickly than the actual system(Real experiment). -If the actual experiment (real life) is too fast or too slow you can slow down and or make it operate more quickly to study it's behavior .............
computer simulation ...
a model can not replicate all real world conditions --- study island :)
One of the major methods is to build a simulation model, such as in a computer. The variables are loaded in, such as air temperature, acidity of the sea, surface area of polar ice caps, etc. and each variable is given a trend - up, down, stable. The model then runs and shows what may happen given each trend and the known interactions between each variable.be creating simulation modelsby creating stimulation modelsThey Just Study The Pattern Of What Happened Before And Take A Educated Guess Of The Future
R. J. MacGregor has written: 'Pulse trains in lateral geniculate and retinal ganglion nerve cells' -- subject(s): Electrophysiology, Retinal ganglion cells, Vision 'A model for continuous neuroelectric activity' -- subject(s): Electrophysiology, Mathematical models, Neurophysiology, Physiology, Retina 'A simulation study of coincidence detection in the dendrites of a single nerve cell' -- subject(s): Dendrites, Mathematical models, Nervous system, Simulation methods
Klaus-Peter Schwarx has written: 'Simulation study of airborne gradiometry'