Implementing Ice Cube Manufacturing Company with Graphical Data Structure

DATA STRUCTURE

Contents
Introduction.........................................................................................................................................2
Detail analysis problem.......................................................................................................................2
Operation 1 ordering and delivery system.........................................................................................2
Description of the data structure and justification.......................................................................2
Algorithm in Pseudo code format to fulfil the Operation.............................................................3
Complexity Analysis of the Selected Data Structures and Algorithm.........................................4
Operation 2 product replenishment...................................................................................................4
Description of the data structure and justification.......................................................................4
Algorithm in Pseudo code format to fulfil the Operation.............................................................4
Complexity Analysis of the Selected Data Structures and Algorithm.........................................5
Operation 3 damages order manufacturing system..........................................................................5
Description of the data structure and justification.......................................................................5
Psudocode.........................................................................................................................................5
Complexity Analysis of the Selected Data Structures and Algorithm.........................................6
Conclusion............................................................................................................................................6

Introduction
The objective of this project is to implement the ice cube manufacturing company in
Singapore, which uses graphical data structure and performs each operation. The graphical
data structure is used for the ice cube manufacturing on essential relationships of the existing
data that can be storage on the graphical data structure. The operation of the ice cube
manufacturing is to analyze the ice supply to the customer. Ice cube manufacturing and
transportation can execute the economic issue and the government operation. Amongst the
consumers, there is increase in consumption of the ice cube and this entails adequate
production, to fulfil the increasing demand, hence levelling the curve. For accurate and
timely delivery of the information, a necessity to process a real time system is seen. The
scope of this report is the analysis on manufacturing of ice cube and it ensures to resolve the
problem. Moreover, the specified operations and data structure has been used for the pseudo
code's time complexity. The investigation is on the manufacturing company which can
perform the three stages of operation that are used in the data structure such as, linear data
structure, graphical data structure, hierarchical data structure on the linked list.
Detail analysis problem
Quick responses in any business operation is a key factor for the success. For many
businesses, achieving this becomes a challenge since most operations are done manually. In
the real world, decision making is expected to be within the shortest time possible and this
calls for the use of an information system's Ice cube which needs to be managed well, since it
is a delicate property (Mastorakis, 2011).
Operation 1 ordering and delivery system
Description of the data structure and justification
The customer orders the ice cube manufacturing system on a daily basis. The
customer can enter the individual details and fulfils the details. Given that, the process is
done at a random overview, the graphical data structure will be the appropriate structure in
storing the customer’s details into the developed system. Given the various types of data
structures in the graphical type, the system registration process's implementation will be
easily achieved with the use of the undirected graphical data structure, since the customers
will be randomly located in the supply centres. Hence, there is no specific direction in
registration. The customer enters the input of the product and ensures ice to be delivered to