Principle 6 – Transparency & Explainability
Principle 6 – transparency & Explainability
Principle 6 – Transparency & Explainability
The transparency and explainability principle is crucial for building and maintaining trust in AI systems and technologies.
Principle 6 – Transparency & Explainability
It follows that data, algorithms, capabilities, processes, and purpose of the AI system need to be transparent and communicated as well as explainable to those who are directly and indirectly affected.
Principle 6 – Transparency & Explainability
The degree to which the system is traceable, auditable, transparent, and explainable is dependent on the context and purpose of the AI system and the severity of the outcomes that may result from the technology.
· Plan and Design:
1 When designing a transparent and trusted AI system, it is vital to ensure that stakeholders affected by AI systems are fully aware and informed of how outcomes are processed.
· Plan and Design:
AI system owners must define the level of transparency for different stakeholders on the technology based on data privacy, sensitivity, and authorization of the stakeholders.
· Plan and Design:
2 The AI system should be designed to include an information section in the platform to give an overview of the AI model decisions as part of the overall transparency application of the technology.
· Plan and Design:
The model should establish a process mechanism to log and address issues and complaints that arise to be able to resolve them in a transparent and explainable manner.
· Plan and Design:
1 The data sets and the processes that yield the AI system’s decision should be documented to the best possible standard to allow for traceability and an increase in transparency.
· Plan and Design:
This has a direct effect on the training and implementation of these systems since the criteria for the data’s organization, and structuring must be transparent and explainable in their acquisition and collection adhering to data privacy regulations and intellectual property standards and controls.
· Build and Validate:
1 transparency in AI is thought about from two perspectives, the first is the process behind it (the design and implementation practices that lead to an algorithmically supported outcome) and the second is in terms of its product (the content and justification of that outcome).
· Build and Validate:
Algorithms should be developed in a transparent way to ensure that input transparency is evident and explainable to the end users of the AI system to be able to provide evidence and information on the data used to process the decisions that have been processed.
· Build and Validate:
Algorithms should be developed in a transparent way to ensure that input transparency is evident and explainable to the end users of the AI system to be able to provide evidence and information on the data used to process the decisions that have been processed.
· Build and Validate:
2 transparent and explainable algorithms ensure that stakeholders affected by AI systems, both individuals and communities, are fully informed when an outcome is processed by the AI system by providing the opportunity to request explanatory information from the AI system owner.
· Deploy and Monitor:
and execution of the AI system transparent.