AI Business Professional flashcards
AI Business Professional · Build recall with a focused review session.
32 cards. Read the term and the definition here. The deck at the top of this page is optional.
- Machine learning
- A subset of AI where algorithms learn patterns from data instead of following explicit hand-coded rules, improving on a task through exposure to examples.
- Supervised learning
- A training approach that uses labeled input-output pairs so the model learns to map inputs to known correct outputs such as categories or numeric values.
- Hallucination
- Fluent but incorrect or fabricated output from a generative model. It occurs because models predict plausible continuations rather than verifying facts against ground truth.
- Token and context window
- A token is a text unit an LLM processes, roughly a word fragment. The context window is the maximum number of tokens the model can consider at once.
- Training versus inference
- Training adjusts model parameters using data and compute. Inference applies an already-trained, fixed model to new inputs to produce predictions at runtime.
- Fine-tuning versus RAG
- Fine-tuning further trains a pretrained model on task-specific labeled examples, changing its weights. Retrieval-augmented generation instead supplies relevant external documents at query time without altering weights.
- Human-in-the-loop review
- A workflow design where low-confidence or high-risk model outputs are routed to a person for verification before action, using confidence thresholds to set the routing boundary.
- Straight-through processing rate
- The percentage of transactions completed end to end without human intervention, calculated as automated transactions divided by total transactions times one hundred.
- Process mining
- Analysis of system event logs to reconstruct actual workflow paths, revealing bottlenecks, deviations, and rework before automation is designed or deployed.
- RPA versus AI automation
- RPA executes deterministic rules across screens and systems. AI adds classification, extraction, and prediction on unstructured inputs. Combined, they handle end-to-end document workflows.
- Cycle time reduction
- The percentage decrease in time to complete a process, computed as baseline cycle time minus new cycle time, divided by baseline cycle time, times one hundred.
- Use-case prioritization scoring
- Ranking AI opportunities on business value, technical feasibility, data readiness, and risk. High-value cases with poor data are sequenced after data remediation.
- Data quality dimensions
- Six attributes used to assess data fitness: accuracy, completeness, consistency, timeliness, validity, and uniqueness. Model output quality is bounded by these inputs.
- Data leakage in modeling
- When information from the test set or target leaks into training data, producing inflated performance estimates that do not hold in production.
- Class imbalance
- A condition where one label dominates the dataset, making accuracy misleading. Precision, recall, F1, or AUC plus resampling or class weights are used instead.
- Data lineage
- A record of a dataset's origin, transformations, and movement across systems, supporting auditability, debugging, and regulatory traceability of AI inputs.
- Data dictionary
- Documentation defining each field's name, type, units, and allowed values, preventing conflicting metric definitions across teams that use the same data.
- Structured versus unstructured data
- Structured data fits tables with defined schemas. Unstructured data includes free text, images, and audio without a fixed schema. Semi-structured data uses tags or keys such as JSON.
- Prompt components
- The elements of an effective prompt: role, task, context, input data, constraints, and desired output format. Missing elements increase variance in model responses.
- Few-shot prompting
- Including example input-output pairs in a prompt so the model imitates the pattern. It typically improves format adherence compared with instructions alone.
- Temperature setting
- A parameter controlling output randomness. Lower values produce more deterministic, repeatable responses; higher values increase diversity and variation across runs.
- Retrieval-augmented generation
- A technique that retrieves relevant documents and supplies them in the prompt so answers are grounded in source material, reducing hallucination and enabling citations.
- Prompt injection
- An attack where untrusted input, such as retrieved text or user content, contains instructions that override the intended task. Such content must be treated as data, not instructions.
- Output schema constraint
- Specifying a response structure such as JSON, a table, or numbered list so model output is machine-parseable and can be validated programmatically.
- Algorithmic bias sources
- Bias enters through training data, labeling practices, feature selection, and deployment context. Detection requires measuring outcomes across subgroups, not just aggregate accuracy.
- Data minimization principle
- Collecting only the data needed for a defined purpose and not repurposing it without a lawful basis, reducing privacy risk and regulatory exposure.
- AI security threat types
- Common risks include data poisoning, adversarial inputs, model extraction, prompt injection, and leakage of sensitive information through model outputs.
- Model card
- A document describing a model's intended use, training data, measured performance, and limitations, supporting transparency, comparison, and audit.
- AI governance controls
- Accountability mechanisms including risk classification, approval gates before deployment, ongoing monitoring, incident response, and periodic review of models in production.
- AI initiative ROI
- Net benefit divided by total cost of ownership, times one hundred. Total cost includes data preparation, integration, compute, change management, and ongoing monitoring.
- Build versus buy decision
- Choosing to develop, purchase, or partner for AI capability based on whether it is core to competitive advantage, data sensitivity, time-to-value, and internal talent.
- Pilot-to-production gap
- The failure of many AI pilots to reach scaled deployment, typically caused by weak data readiness, poor system integration, unclear ownership, and insufficient change management.