biplob68/simulator-for-cell-organization

This is a simulator for cell organization in a mobile wireless system where a user should be able to take various input factors in the cell system and find out the desired output.

Problem-1 Simulator For Cell Organization

This is a simulator for cell organization in a mobile wireless system where a user should be able to take various input factors in the cell system and find out the desired output.

Input Factor:

• Area size to cover
• Cell type: Macrocell, Microcell
• Radius of each cell
• Total number of frequencies allotted to the system
• Frequency reuse factor, N = I2 + J2 + (I * J); where I, J = 0, 1, 2, 3…

Output:

• Number of cells required
• Number of channels per cell
• Total channel capacity
• Total number of possible concurrent call

Problem-2 The Okumura/Hata model to predict the path loss

This is a basic python Gui design to give some input and find out the path loss of a system.

Input Facotor:

• fc = carrier frequency in MHz from 150 to 1500 MHz
• ht = height of transmitting antenna (base station) in m, from 30 to 300 m
• hr = height of receiving antenna (mobile unit) in m, from 1 to 10 m
• d = propagation distance between antennas in km, from 1 to 20 km
• City size = Small/Medium, Large
• Area type: Urban/Suburban, Open area

Output:

• Predicted path loss in dB.