Consider the Covid-19 vaccination/PCR control and passport check process employed during entry into TRNC or exit from TRNC used at Ercan Airport. From passport control point of view, immigration officers check the passports of visitors and citizens, using a computer to store entry/exit information, but data is entered manually, so the process takes a lot of time, especially for foreigners. You should do your own research on how Covid-19 vaccination/PCR control is currently done

You are asked to design a new automatic passport control system that will speed up control processing. If the visitor holds an e-passport (with integrated circuits containing personal information), data entry will be done by a special e-passport reader machine. If the passport is not an e-passport, the immigration officer will use a scanner to scan the personal information on various pages of the passport. Visa requirements and validity of visas should be checked automatically. Passports should also be stamped automatically for entry and exit information.

You should dicuss the current Covid-19 vaccination/PCR control is currently done and come up with a new proposed system that will make it more efficient.

You are asked to design the general structure of this system (for instance, how should Covid-19 vaccination/PCR control be done and by whom, how many passport control booths, what type of devices are needed and where), the network, and the software for it. You may propose new methods/devices to speed up the process. State all your assumptions clearly.

a) Describe the general system structure you propose by drawing a diagram which shows the organization of the Covid-19 and passport control booths, computers and devices needed, and computer and communication network connections.

b) Give use case diagrams and descriptions(scenarios) for entry into and exit from TRNC, for the new system.

c) Explain which software modules will be needed in your system and give a Modular Hierarchy Diagram for the modules you propose.

d) Explain briefly the type of database(s) required for this system and give the structure of major tables.

e) Explain the user interfaces that will be necessary for this system by drawing diagrams.