IT enabled cyber simulations
- The advancements in IT have enabled cyber simulations and simulations allow users to use advanced mathematical concepts and variables. It can be used for checking the aftereffects of a plan. IT simulations can help understand the effects of a built-up mental scenario. The case of a smart city can be considered. The theoretical assumptions can be tested practically. In a smart city, it would be feasible to plan a water supply system that would supply water for a specific time period. It might help with water management in the city. Citizens would become conscious before wasting water because of the time limitation. However, the model might have implications. During parties or special occasions, a limited supply of water would create problems within the community. It is necessary to use effective visualization techniques to understand the implications of policy implementation. A 3-D based environmental design would be effective, and the design must be simple and scalable.
- IT capabilities have enhanced over the past years, and cyber simulations have taken center stage. Usage of effective mathematical variables and factors are necessary for developing the model. For instance, within a smart city, a water supply management system can be created that ensures a supply of water for a specific time. It would ensure proper water management within the city. However, limited water supply would create issues among the citizens. Notably, in case of occasions and parties, a limited amount of water is bound to create trouble. Filling buckets and a pool would be temporary solutions. Nevertheless, experts should test the implications of the model by implementing it. A range of components must be in place. Visualization techniques can be used to make the model more accessible. A 3-D based environmental design would help simulate the actions of the model. Changes can be shown by using a histogram, and its impact can be projected.