TIFR PHD CS & SS 2014
October 21, 2024TCP
October 22, 2024Artificial-Intelligence
Question 16 |
Presentation adequacy | |
Inferential adequacy
| |
Inferential efficiency
| |
Acquisitional efficiency |
Presentation adequacy refers to how well the system’s knowledge representation can be presented and understood by humans. While it’s important to have a representation that can be comprehended by humans, the primary properties often associated with a good knowledge representation system are:
Inferential Adequacy: The system’s ability to support reasoning and inference within the domain. It should be able to draw meaningful conclusions and make inferences based on the represented knowledge.
Inferential Efficiency: How efficiently the system can perform reasoning and inference. A good system should allow for efficient processing and deduction of new knowledge from the existing representation.
Acquisitional Efficiency: How efficiently the system can acquire or learn new knowledge and integrate it into the existing representation. This relates to the ease of updating and expanding the knowledge base.
While presentation adequacy is important for human understanding, it’s not traditionally considered one of the core properties of a knowledge representation system. Instead, it’s often viewed as an interface or display issue, focusing on how well the representation can be communicated to users.
Presentation adequacy refers to how well the system’s knowledge representation can be presented and understood by humans. While it’s important to have a representation that can be comprehended by humans, the primary properties often associated with a good knowledge representation system are:
Inferential Adequacy: The system’s ability to support reasoning and inference within the domain. It should be able to draw meaningful conclusions and make inferences based on the represented knowledge.
Inferential Efficiency: How efficiently the system can perform reasoning and inference. A good system should allow for efficient processing and deduction of new knowledge from the existing representation.
Acquisitional Efficiency: How efficiently the system can acquire or learn new knowledge and integrate it into the existing representation. This relates to the ease of updating and expanding the knowledge base.
While presentation adequacy is important for human understanding, it’s not traditionally considered one of the core properties of a knowledge representation system. Instead, it’s often viewed as an interface or display issue, focusing on how well the representation can be communicated to users.