Airport Management System

AIRPORT MANAGEMENT SYSTEM

Group 4

Group member:1.AZIZUL BIN ABD AZIZ2.IZUDDIN ABD RAZAK 3.MARTIN AK RIPENG4.SALIMAH BINTI HAMMA5.MUHAMMAD HAFIDZUL EZUAN BIN MOHAMAD BAHTIAR6.MUHAMMAD AMINULLAH BIN ABDUL LATIF

AIRPORT SYSTEM MANAGEMENT

PASSENGER INFORMATION

CENTRE

PLANE MANAGEMENT

SYSTEM

LUGGAGE LIST SYSTEM

LUGGAGE MANAGEMENT

TRAVEL INFORMATION

SEAT MANAGEMENT

SYSTEM

QUEUE LINKED LIST

LINEAR SEARCHINGSTACK

GRAPH QUICKSORTING

TRAVEL INFORMATION• By using Graph

• Undirected Graph

IMPLEMENTATION OF GRAPH TO OUR PROJECT

• We’re creating software to show the time distance from one international airport to another. By using the graph system, passengers will be easy to organize of time to each destination. Undirected graph is presented on time distance of flight from each destination.

CONT.

PLANE MANAGEMENT SYSTEM

1. Enqueue ; inserts an element at the rear of the queue.

2. Dequeue ; deletes an element at the front of the queue.

3. Queue Front; examines the element at the front of the queue.

4. Queue Rear; examines the element at the rear of the queue.

• By using QUEUE Technique• Queue Operation;

CONT.104.1

103.1

102.1

101.1

Sequence of landing

101.1102.1104.1 103.1

101.1

102.1

103.1104.1

Sequence of take-off

7

6 4 1 9 7 3 2 8

6 4 1 9 7 3 2 8

6 4 1 9 7 3 2 8

6 4 1 9 7 3 2 8

6 4 1 9 7 3 2 8

6 4 1 9 7 3 2 8

3

3

3

3

3

3

KeyList

• By using Linear SearchSEAT MANAGEMENT SYSTEM

CONT.Implementation of Linear Search

• By using this method, passenger will scan their

own ticket at barcode scanner and the barcode

will help determine and searching each passenger

seat number according to the information given

to the check-in system.

Operation of linked list• Adding Node

PASSENGER INFORMATION CENTRE

CONT.

Operation of linked list• Delete Node

CONT.Implementation of Linked List

• By using Linked list we will keep the DATA PASSENGERS in record to make sure when something happen we can reference the data for emergency. We can add data passengers at the top or end of the list. Furthermore we can Delete Data Passengers At The top or end of the list.

Result

• Operation of Stack

LUGGAGE LIST SYSTEM

Implementation of Stack

• By using stack we will keep the luggage in record to make sure luggage is already inside the cargo before the plane takeoff and after arrived at the destination. We can reduce missing luggage that always happen at airport.

CONT.

LUGGAGE MANAGEMENT BY QUICKSORT

• Introduction• The core concept of quick sorting is when we have put a list, a

‘pivot’ is chosen (any arbitrary element from the list).

• Now all elements of the list, greater than the pivot are moved to the right. And all elements of the list, smaller than the pivot are moved to the left.

• Thus we form two unsorted lists. One list is on the left of the pivot, consisting of elements smaller than the pivot.

• • Another list is to the right of the pivot, consisting of elements

greater than the list. But what is important here, is that the pivot element has found its place.

5 3 7 2 1 6 -The unsorted list

If we take ‘5’ as the pivot, the list is rearranged as follows...

3 2 1 5 7 6 - After arranging the elements around the pivot

1 2 3 5 6 7 -Sorted list (which is our target)

Step of quicksort

CONT.

CONT.

• We implemented this method on airport luggage check in system. As we know that nowadays, this systems are manually done by human.

• The airport worker just only pick the luggage of the passenger to the cargo but did not level the luggage number. The luggage will put into the cargo randomly.

• Using quicksort method into this system, all the luggage will be put the number of its owner seats and automatically that luggage will be sorted and put into the cargo with organized and neat.

AIRPORT SYSTEM MANAGEMENT

PASSENGER INFORMATION

CENTRE

PLANE MANAGEMENT

SYSTEM

LUGGAGE LIST SYSTEM

LUGGAGE MANAGEMENT

TRAVEL INFORMATION

SEAT MANAGEMENT

SYSTEM

QUEUE LINKED LISTLINEAR SEARCHINGSTACK GRAPH QUICKSORTING