Three Tier Architecture Presentation
Introduction to Three Tier Architecture | ||
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• Three tier architecture is a software design pattern that divides an application into three separate layers. | ||
• The three layers are presentation layer, business logic layer, and data storage layer. | ||
• This architecture provides modularity, scalability, and easier maintenance of the application. | ||
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Presentation Layer | ||
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• The presentation layer is responsible for the user interface of the application. | ||
• It focuses on the interaction between the user and the application. | ||
• This layer includes components like web browsers, mobile applications, and graphical user interfaces. | ||
2 |
Business Logic Layer | ||
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• The business logic layer contains the core functionality and rules of the application. | ||
• It handles the processing and manipulation of data. | ||
• This layer is responsible for implementing the business rules and workflows. | ||
3 |
Data Storage Layer | ||
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• The data storage layer manages the storage and retrieval of data. | ||
• It includes databases, file systems, and any other data storage mechanisms. | ||
• This layer ensures data integrity, security, and efficient data access. | ||
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Benefits of Three Tier Architecture | ||
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• Improved scalability: Each layer can be scaled independently, allowing for better performance and resource utilization. | ||
• Enhanced modularity: The separation of concerns makes it easier to modify or replace individual layers without impacting the entire application. | ||
• Simplified maintenance: With clear boundaries between layers, troubleshooting and debugging become easier, leading to faster maintenance and updates. Note: The content provided is for illustrative purposes only. It is recommended to expand on each sub-bullet point and include relevant examples or visuals in the actual slide presentation. | ||
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