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What is the main characteristic of Layered architecture?
What is the main characteristic of Layered architecture?
- It organizes the system into layers with related functionality (correct)
- It organizes the functionality of the system into services delivered from separate servers
- It processes data in a system through discrete processing components
- It manages all data in a central repository
Which architecture is suitable for building new facilities on top of existing systems, multi-level security, and when development is spread across several teams?
Which architecture is suitable for building new facilities on top of existing systems, multi-level security, and when development is spread across several teams?
- Pipe-and-filter architecture
- Layered architecture (correct)
- Repository architecture
- Client-server architecture
When is Repository architecture commonly used?
When is Repository architecture commonly used?
- When inputs are processed in separate stages
- When replacement of entire layers is required
- When large volumes of information are generated and need to be stored for a long time (correct)
- When data in a shared database needs to be accessed from a range of locations
Which architecture is commonly used in data processing applications where inputs are processed in separate stages?
Which architecture is commonly used in data processing applications where inputs are processed in separate stages?
What is the main characteristic of Client-server architecture?
What is the main characteristic of Client-server architecture?
Which architecture is used when large volumes of information are generated and need to be stored for a long time?
Which architecture is used when large volumes of information are generated and need to be stored for a long time?
What is the main characteristic of Pipe-and-filter architecture?
What is the main characteristic of Pipe-and-filter architecture?
Which architecture manages all data in a central repository accessible to all system components?
Which architecture manages all data in a central repository accessible to all system components?
Which architecture processes data in a system through discrete processing components?
Which architecture processes data in a system through discrete processing components?
When is Layered architecture used?
When is Layered architecture used?
Which architecture organizes the functionality of the system into services delivered from separate servers?
Which architecture organizes the functionality of the system into services delivered from separate servers?
When is Client-server architecture used?
When is Client-server architecture used?
Which architecture provides consistent management of all data, but is a single point of failure and may have inefficiencies in organizing communication?
Which architecture provides consistent management of all data, but is a single point of failure and may have inefficiencies in organizing communication?
When is Pipe-and-filter architecture commonly used?
When is Pipe-and-filter architecture commonly used?
What advantage does Layered architecture offer?
What advantage does Layered architecture offer?
Which architecture allows replacement of entire layers as long as the interface is maintained?
Which architecture allows replacement of entire layers as long as the interface is maintained?
What disadvantage does Repository architecture have?
What disadvantage does Repository architecture have?
Which architecture is the most suitable when data in a shared database needs to be accessed from a range of locations?
Which architecture is the most suitable when data in a shared database needs to be accessed from a range of locations?
What advantage does Client-server architecture offer?
What advantage does Client-server architecture offer?
Which architecture organizes the system into layers with related functionality?
Which architecture organizes the system into layers with related functionality?
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Study Notes
- Layered architecture organizes the system into layers with related functionality.
- Repository architecture manages all data in a central repository accessible to all system components.
- Client-server architecture organizes the functionality of the system into services delivered from separate servers.
- Pipe-and-filter architecture processes data in a system through discrete processing components.
- Layered architecture is used for building new facilities on top of existing systems, multi-level security, and when development is spread across several teams.
- Repository architecture is used when large volumes of information are generated and need to be stored for a long time.
- Client-server architecture is used when data in a shared database needs to be accessed from a range of locations.
- Pipe-and-filter architecture is commonly used in data processing applications where inputs are processed in separate stages.
- Layered architecture allows replacement of entire layers as long as the interface is maintained.
- Repository architecture provides consistent management of all data, but is a single point of failure and may have inefficiencies in organizing communication.
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