Smart Livable Cities Simulation Software Discussion Post

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SMART LIVEABLE CITIES -
DISCUSSION POST -1

1. What have you learned from your experience with the simulation software? Is there
anything that you like to do it differently? Please explain.
I realize that simulation software is very much connected to the situation based on the real
phenomena. It helps me out to observe the situation prevailing in the smart cities without actually
operate in reality. It helps in the optimum consumption of the resources by enhancing the
capacities of production (Behunova et al, 2018). My experience with the simulation software
concerning access over the water and electricity resources in the city is quite helping. I like to do
differently in this software is the allocation of the budget while access over the different
manufacturing and production function.
2. Was your city close to the water resources? What about electricity sources? Did you
have enough budget to complete the construction of the infrastructure of your city?
How much the "decision making" process in the initial stages was important for you.
My city is close to the water resources but some factors limit the availability of water in the city
like rainfall, temperature, carbon emission energy system performance, vegetation type, soil
quality and evaporation rates (Fiedler, 2019). The availability of fossil fuels is not much enough
that fossil fuels the requirement of the electricity generation in the city and is generation is also
depending upon the availability of water that supports power. By focusing on the estimation
concerning the construction cost, the allocation of the money in different areas is optimum as per
the availability of the resources. The process of making is decision is very important at all stages
especially at the commencement of the project. The whole performance and success of the
construction are depending upon the decision and planning implemented at the commencement
level.

References
 Behunova, Annamaria, Behun, Marcel & Knapcikova, Lucia 2018, ‘Simulation Software
Support of Manufacturing Processes in Engineering Industry', TEM Journal, vol. 7, no. 4,
pp. 849–853.
 Fiedler, T. 2019, ‘Simulation of a power system with large renewable penetration',
Renewable Energy, vol. 130, pp. 319–328