KF7011 Systems Analysis and Design with UML

1. Class and Method Design

The class and method need to be identified with the banking system in order to provide the secured transaction with the customer. This is provided with the software development for hiring the developer to complete the project.

The contract form is provided with the developer for establishing the timeline with the software development and makes the member to work to meet the objective as quick as possible with the stakeholders. This is digitally and legally developed with the project to meet the requirement.

This is the basic requirement that is contract with complex document that is used with the establishment of the timeline and specification based on the product delivery. Compensation need to be paid with the various approaches that is developed with the product delivery based on the software development. This provides the cost, timeframe, and deliverable, specification with project and methods that is used for calculation of the project.

The method specification is the type of specification that is required with the project to complete the task on the given schedule and provides the various specifications with the subject that is handled with the software requirements that is processed with the various specifications that is needed with the system.

The various software and hardware requirements need to be updated and planned according to the system that is required with the various descriptions that specifies the structural model that is defined with the scheduled data.

This is the process that is required with the behavioral and structural model that is needed with the system to develop the application that is used with the banking management system. The design specification need to be provided with the various requirements and other standard that is developed with the collection of data that is used with the behavioral model and structural model with the functional model is described with the system.

2. Data Management Layer Design

The database is designed with the growing industry that is managed with the Hadoop based bank sector that is analyzed with the data management system that is migrated from one device to other database when the data is requested with the other user.

The table is created for each customer to store the data with the database which is retrieved when the customer is requested with the database for retrieval of fixed deposit that is accessed with the scheduling. An IoT based scheduling algorithm is provided with the favorite data which is migrated with the database that is unstructured with the data that is used with the database for the normal design which is related with the requirements.

The database layout is designed with the designed feature that is related with the banking management system that is required with the system. This is provided with the heavy loaded with the designed scheduling task that is migrated with the service platform that is designed with the requirements.

The cloud database is used with the online banking system for storing the data with the bank. This type of data is stored with the database and provides the different process fo providing the security with the server client process that has the concern with the web based system.

This model is enabled with the web based security system for adoption of new technology that is processed with the development of banking management system that is conducted with the interview for storing the data with the MYSQL database. The query is used with the system for retrieving the data with the database. The interview is conducted with the technology that is accessed with the department with the required with the bank sector that follows the policy and procedures with the NBE with MICT.

3. Human Computer Interaction Layer Design

The project is developed by providing the interaction with the computer and the human for development human application that is processed with the interfacing. This method is accessed with the system based on the technologies that provides the security with the database with the multidimensional behavior that is existed with the system.

The man- machine interaction with the basic argument is described with the system. This is the user friendly approach for handling the issues that is developed with the system. The system is actually designed based on the achievement and purpose of the project which is accessed with the same or different action that is processed with the system.

The input need to be provided with different requirement which is accessed with the system for the required output in banking system.

KF7011 Systems Analysis and Design with UML

Figure 1: Deposit Form – Human Computer Interaction

The client interacts with the computer to fill the deposit form with the system for accessing with the system that is required with the banking management system. Likewise there are many forms which are request to the client for filling the details. The input is provided with the username and password for opening the account of the specific user.

The customer connects with the system and gives the username and password for accessing the account of the customer. This is provided with the various types of the system that is required with the customer to access the system. This is provided with the architectural design that is provided with the single channel based on the unimodal which is used for the interaction that is provided with the system.

4. Physical Architecture Layer Design

The software architecture is the bridge that is placed between the implementation and requirements that is designed with the critical aspects that provides the complex software process that is organized with the interaction with the other components that is required with the system.

This is provided with the system architecture that is described with the high level components that us documented with the different objects that is used with the various functionality that is analyzed with the major subsystem which is required with the certain requirement based on the system capability.

The layered architecture provides the blueprint with the major component that is required with the decomposition of the group that is tracked within the abstraction level which is pertained with the abstraction that is required with the system which is provided with the various abstraction level that is defined based on dependencies and component model that is provided with the system.

The external information provided by the customer along with the transactional system and financial institution were accessed with the different forms of the system is stored with the database that is required with the regulatory compliance which is processed with the macro and its function that is processed with the policy and procedures that is framed with the banking system.

Each data can be retrieved from the database based on the different procedures that is accessed with the database based on the user information. The different policies and procedures were followed with the state operation form the cost and internal information that is provided with the various regulatory system with banking system.

5. Reflection on System analysis and design

The software development analysis and design is required with the basic requirement that is processed with the banking system is provided with the various analysis strategies followed with the system.

This is provided with the various functional and non functional requirement based on the functions that are carried with the banking system. This is provided with the project report that is analyzed with the reflection of the personal experience that is processed with the different methodology.

There are different methodologies adopted with the development of project that may include the waterfall model, agile model, spiral model and so on. Each model is provided with the different stages of the lifecycle model which includes the requirement analysis, design, development, implementation and testing based on the maintenance of the project which is required with the system for developing the project.

The system of booking management system is analyzed with the various features that are analyzed with the designing the project based on the personal experience with the project development.

The system requirements were collected and analyzed with the design that is used with the booking system based on the various requirements with the system which is provided with the layout that is analyzed with the various strategies that is used with the several requirements. The project design may be changed with the client requirement during the project execution.

The system analyst plans the schedule and cost of the project based on the requirement with the system that is analyzed with the system. The system request from is printed with the basic requirement that is analyzed with the system based on the requirement. The team as a group of members interacts with the system for satisfying the basic requirement with the customer and they are accessed with the basic methodology used with the customer.

References

Bastos, L. and Castro, J. (n.d.). A Event Based Layered Architecture for Bank Systems. [online] Available at: https://pdfs.semanticscholar.org/9569/d5930de34cec61e2bef267ff73d0af1b384c.pdf [Accessed 12 May 2020].
Fakhri Karray (2008). Human-computer interaction: Overview on state of the art. [online] ResearchGate. Available at: https://www.researchgate.net/publication/266145394_Human-computer_interaction_Overview_on_state_of_the_art [Accessed 12 May 2020].
Guo, M. (2018). Design and realization of bank history data management system based on Hadoop 2.0. Cluster Computing, 22(S4), pp.8445–8451.
Kaushal, A. (n.d.). 54024405-project-report-banking-management-system-130507125726-phpapp02. academia.edu. [online] Available at: https://www.academia.edu/9349358/54024405-project-report-banking-management-system-130507125726-phpapp02 [Accessed 12 May 2020].
Muslah, E. and Ghoul, S. (2019). Requirements Variability Specification for Data Intensive Software. International Journal of Software Engineering & Applications, 10(2), pp.23–34.