traffic design tool for microcellular voice communication systems

The primary objective of this thesis is to design and construct a program which will permit the user to obtain immediate results for a microcellular communication traffic engineering problem, although he may not have a thorough knowledge of telephone environment. The program is related to multi-channel, trunked communication systems, and it associates the number of channels and users as a function of system grade of service by implementing Poisson, Erlang B, Erland C and Crommelin-Pollaczek traffic models. The user will be able to choose between the different traffic models mentioned above via a menu. Then he will be asked to enter the parameters for the unknown variable(s) he wants to find. At this point, he will have to enter some other parameter values for which he is designing, and finally, the computer program will give the desired results (i.e., the number of servers needed, possible total traffic offered to the system, probability of loss or delay).