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Accountability

As explained in Delivering Machine Learning Projects: From design to deployment

Accountability is the condition in which responsible parties can explain, justify, and demonstrate compliance for a system's decisions and effects.

Accountability requires responsible parties to explain, justify, and demonstrate compliance for an AI or ML system’s decisions and effects. It makes data protection, risk mitigation, design choices, and compliance evidence visible rather than assumed. The customer must be able to take responsibility for compliance, while the team identifies controller and processor relationships across the AI supply chain. section 2.6

Turn accountability into requirements and production checkpoints:

  • Document how the system complies with relevant obligations and justify significant choices. section 2.6
  • Identify risks, assess their potential effects, and record mitigation actions, especially for marginalized or disempowered groups. section 2.6
  • Assign people with the authority and competence to judge the system’s utility when it may cause harm. section 9.7
  • Establish governance that remains effective as personnel change, and measure performance through effects on users and others in the operating context. section 9.7
  • Check that interfaces and controls help users understand and manage system behavior, and consult people affected by deployment. section 9.7

Accountability checkpoint

Before deployment, require an evidence pack containing compliance documentation, controller/processor responsibilities, assessed harms, mitigation decisions, governance ownership, user-impact measures, interface explanations, and control testing. Escalate unresolved harm to an authorized decision-maker. section 2.6 section 9.7

How Delivering Machine Learning Projects: From design to deployment covers it

How deep it goes
Descends from plain requirements to documentation, role mapping, impact measurement, control checks, consultation, and harm-judgment procedures.
Examples
Uses compliance records, AI incident patterns, governance checkpoints, user consultations, interface explanations, and control reviews as accountability artifacts.
What it assumes
Assumes a defined AI or ML system, its users, operating context, supply-chain roles, and potential effects on affected people.
What you can do after
Evaluate accountability by demonstrating compliance, assigning responsibility, measuring impact, testing controls, and escalating potential harm.
How it connects
Connects accountability with data protection, compliance, risk assessment, ethics, governance, user impact, and controller-processor relationships.

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This explainer was generated by Manning's knowledge graph from the text of Delivering Machine Learning Projects: From design to deployment. The section links point to the parts of the book it draws on.