To provide you with some quick help on AI terminology used in or referred to within our guidelines for ‘Designing Intelligent Systems’, you can find a set of basic terminology below.
Terms are sorted in alphabetical order and grouped into five categories:
- Artificial Intelligence
- AI Ethics and AI User-Centered Design
- Generative AI
- Machine Learning (ML)
- Natural Language Processing (NLP)
List of Terms
Artificial intelligence (AI)
AI is typically defined as a machine’s ability to perceive, reason, learn, talk, and solve problems. It’s a big field, so keep on reading!
Artificial superintelligence (ASI)
The stuff of science fiction: self-aware AI, which has surpassed the abilities of the human brain.
Artificial general intelligence (AGI)
Not to be confused with generative AI. The concept behind AGI is that AI can learn to accomplish tasks that would usually require general human cognitive abilities.
An actual human being is involved in training, testing, and optimizing an AI system. Think: A child learning about apples might mistake pears for apples. An adult would correct this, thus teaching the child the right labels.
Systems in which humans define the problem and goal, and systems “learn” how to accomplish this goal and get better at it.
Narrow AI (ANI)
AI solutions designed to perform specific tasks within a limited domain. Also called weak AI.
Rule-based AI (business rule AI)
Systems that use rules made by human experts, also known as “symbolic” or “expert” systems.
Systematic errors or unfairness in AI outputs that can result from biased training data or algorithmic decision-making.
The process of identifying and addressing biases in AI systems to promote fairness, avoid discrimination, and ensure equitable outcomes.
Ethical considerations and responsible practices related to data collection, storage, and use in generative AI systems.
AI ethics is a set of values, principles, and techniques that employ widely accepted standards to guide moral conduct in the development, deployment, use, and sale of AI systems.
Clear and direct feedback provided to generative AI models to guide and influence their future output.
Enabling users to understand and interpret the decisions and outputs of AI systems, ensuring transparency and user trust.
The process embedded into the algorithm to prevent bias. Because a biased approach to building something with biased data leads to biased output.
Indirect feedback that is collected from user interactions, preferences, or behaviors, and used to refine generative AI models.
Ability to interpret and understand the inner workings and decision-making processes of AI models.
The right to have your personal and business data protected.
The technique of gradually revealing information or functionality to enhance user understanding.
The ability of generative AI systems to perform consistently and reliably in various scenarios and handle unexpected inputs or conditions.
Providing information about how the AI system makes decisions so users can understand and challenge them.
Designing AI experiences that empower users by giving them control, customization options, and opportunities for meaningful engagement.
User feedback loops
Mechanisms for users to provide feedback on generative AI outputs, enabling iterative improvements and personalized experiences.
Enhancing or enriching generative AI outputs by adding supplementary information, context, or data.
Unintended or unexpected patterns, behaviors, or capabilities that arise from the interaction of complex AI systems like generative AI models.
Deep learning models trained on large volumes of unlabelled data using self-supervised learning. Applicable to a wide range of tasks.
Generative adversarial networks (GANs)
Machine learning model with two neural networks that compete with each other to make better predictions.
A form of artificial intelligence that, when instructed by the user, can create novel content based on its training data, including text, images, sound, or video.
GPT (generative pre-trained transformer)
A type of generative AI model that utilizes transformer architecture for tasks like language generation.
Limiting the scope of generative AI models by connecting the generated content with specific real-world data or references to ensure the generated outputs align with the intended purpose.
Generated AI outputs that sound plausible but are either false or unrelated to the given context, making them difficult for humans to detect as errors.
Instructions given to a generative AI model to guide its behavior or output in a desired direction.
The internal settings or variables of a generative AI model that control its behavior, output, and learning process.
Situations with multiple possible outcomes, each having varying degrees of certainty.
The process of designing and refining instructions to guide the behavior and output of generative AI models.
Selecting or filtering generated responses from a generative AI model based on specific criteria or quality measures.
Retrieval augmented generation (RAG)
A model retrieves relevant information from a pre-existing dataset or knowledge source to generate more accurate and contextually appropriate outputs.
A technique that applies the visual style of one image to another, combining content with specific aesthetic characteristics.
A neural network architecture that learns context and relationships in sequential data. It enables generation of new content, such as text or images, based on patterns and examples provided during training.
Machine learning with three or more layers of the neural network. Most suited to processing massive quantities of data.
Data isn’t labeled in unsupervised learning. The system studies the dataset, looks for patterns, and suggests how to group things.
The machine finds similarities and differences in the untrained dataset by learning from pairs of data: input and output labeled by humans.
The system learns by being placed into an environment where it figures out what is possible and what’s not through experience and reward, without human involvement.
Computing systems inspired by the structure of the human brain. They are made of layers of algebraic equations called artificial neurons (or nodes); the first layer receives the data, and the last outputs the results.
Machine learning model
A computer program made of algorithms and mathematical equations. It can learn independently by recognizing patterns in data.
Machine learning (ML)
Subset of AI that enables systems to learn from data and improve without explicit programming.
An AI language model developed by OpenAI that focuses on generating conversational responses.
Determining the sentiment in a text and classifying it as positive, negative, or neutral.
Large language models (LLMs)
A subcategory of foundational models that can learn to predict the next word in a text through analysing vast amounts of text available on the internet.
Natural language processing (NLP)
The field of AI concerned with understanding and processing human language, including tasks like speech recognition, text analysis, sentiment analysis, and natural language generation.