meeting 29.11
Chapter about database selection (( name and structure next chapters for next time ))
Data structure, description for the database , entity relationship
one sub chapter will be - db management system - why I have chosen this one sub chapter
first thing first , write the bullet points no need for introduction - conclusion
chapter 1 , chapter 2 — here the requirements need to be described – or in chapter 4/5 chapter 2 -= related textbook chapters chapter 3 = describing the technology - domain knowledge chapter 4 = methodology - whole approach - how you want to solve this task chapter 5 = doing/describe of the system - design the system ++ can be mixed with 6 chapter 6 = implementation chapter 7 = evaluation - against some requirements - test case / this can be also requirements chapter 8 = conclusion and outlook - what can be improved
Document Structure
The document will follow a structured approach to outline the solution to the task. The chapters are designed to provide a comprehensive overview of the project, from understanding the problem to evaluating the final result.
Chapter 1: Introduction
- Briefly introduce the task and its objectives.
- Provide an overview of the expected outcome.
Chapter 2: Related Textbook Chapters
- Identify relevant chapters in textbooks that provide a foundation for the solution.
- Summarize the key concepts and takeaways from these chapters.
Chapter 3: Domain Knowledge - Technology Description
- Describe the technology domain related to the task.
- Provide an overview of the current state of the art and recent advancements.
Chapter 4: Methodology - Whole Approach
- Outline the overall approach to solving the task.
- Explain the methodology, including any relevant frameworks or techniques.
Chapter 5: System Design - Description and Implementation
- Describe the system design, including its components and interactions.
- Provide a high-level overview of how the system will be implemented.
Chapter 6: Implementation
- Delve into the implementation details of the system.
- Explain any technical choices made during development.
Chapter 7: Evaluation - Requirements and Test Cases
- Evaluate the system against specific requirements and test cases.
- Report on any findings or issues encountered during evaluation.
Chapter 8: Conclusion and Outlook
- Summarize the key takeaways from the project.
- Identify areas for improvement and potential future work.
Chapter 1: Database Selection
Table of Contents
Data Structure
Key Considerations
- Scalability: How will the database handle increased data volume and user traffic?
- Performance: What are the expected query patterns, and how will the database optimize for them?
- Data Types: What types of data will be stored, and how will they be represented in the database?
Description for the Database
Key Considerations
- Purpose: What is the primary purpose of the database, and what kind of data will it store?
- User Requirements: What are the expected user interactions, and how will the database support them?
- System Constraints: What are the technical constraints of the system, such as hardware or software limitations?
Entity Relationship
Key Considerations
- Entities: What are the main entities that will be stored in the database, and how will they relate to each other?
- Attributes: What attributes will be associated with each entity, and how will they be represented in the database?
- Relationships: How will the different entities interact with each other, and what kind of relationships will exist between them?
Chapter 2: DB Management System
Why I Chose This Approach
- Scalability: A DBMS can handle increased data volume and user traffic more efficiently than a custom-built solution.
- Performance: A well-designed DBMS can optimize query performance and reduce latency.
- Maintenance: A DBMS provides a standardized interface for managing the database, making it easier to maintain and update.
Key Considerations
- ACID Compliance: What are the requirements for atomicity, consistency, isolation, and durability in the DBMS?
- Concurrency Control: How will the DBMS handle concurrent access to shared resources?
- Data Normalization: How will the DBMS ensure data consistency and reduce data redundancy?
Chapter 3: Entity Relationship Modeling
Key Considerations
- Entity Identification: What are the main entities that will be stored in the database, and how will they be identified?
- Attribute Definition: What attributes will be associated with each entity, and how will they be defined?
- Relationship Modeling: How will the different entities interact with each other, and what kind of relationships will exist between them?
Entity Relationship Diagrams
Key Considerations
- Entity Types: What are the main entity types that will be stored in the database?
- Attribute Types: What are the main attribute types that will be used to represent data in the database?
- Relationship Types: What are the different relationship types that will exist between entities, and how will they be represented?