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Project Name

Dynamic Programming of Cellular Telephony Network Simulation(DPCTNS)

Aim

In this system, in order to find why people always touch the false alarm for many times, we decide to apply a new model to find why people frequently do so by using the simulation to discover the background of it.
Suppose we have a high way of 40 km, the cellular base are 20 altogether, with 10 channels for each cell. The drop call happens when the channel is full and the call is handed over from the former cell, while the call will block when the channel is full.
In this way, the tasks we are going to deal with is as follows:

1. Make the simulation of the system
2. Decide whether the problems happened in the system
3. How to optimize the system

Model

We set up a model of the system to simulate the real situation of the cellular system, and in this way simulating the false alarm becomes possible. There are five parts of our model:

1. Creator
   To get the entities following by the distribution by the given data, the formula of the Creator can be as follows:
   $Entities ~ Distribution(parameter)$
2. Call
   To simulate the calls made by the drivers in the high-way
3. Cell
   To simulate the channel base in each cell
4. Channel
   To simulate the channel in each cell
5. Flag
   To check whether this current call is finished or not

Model Flow Chart

Results & Analysis & Verification

Results can be shown as follows:

Conclusions

The conclusions can be listed as follows:

Author

• Xu Yanzhi, Xi'an Jiaotong University, minefantast@gmail.com

• Li Jiabao, Xi'an Jiaotong University, ljb250250@126.com

• Fan Yifan, Harbin Institute of Technology,

• Yang Yi, Southwest Jiaotong University,

Advisor

• Prof. Gary TAN
• TA Shalihin