Object Detection
Object detection finds and labels multiple objects in an image, drawing a bounding box around each one rather than classifying the whole picture.
Plain-language explanations of the ideas behind modern AI.
Object detection finds and labels multiple objects in an image, drawing a bounding box around each one rather than classifying the whole picture.
ONNX Runtime is Microsoft's cross-platform engine that runs models in the ONNX interchange format, optimizing inference across CPUs, GPUs, and accelerators.
Models whose trained parameters you can download and run yourself versus those accessible only through a vendor's API - and why 'open source AI' is contested.
A licensing model that allows open access to AI models while imposing behavioral restrictions banning specified harmful uses.
An ODD is the set of conditions, roads, weather, speeds, areas, under which an automated driving system is designed to work safely.
Computing with light instead of electrons - using lenses and photonic chips to run neural-network math at the speed of light and very low energy.
When a model memorizes its training data, including noise, and fails to perform well on new, unseen data.
An industry-standard list of the most critical security risks for applications built on large language models, maintained by OWASP.
A family of methods that adapt a large frozen model by training only a tiny set of extra parameters instead of the whole network.
The standard metric for code-generation benchmarks, measuring the chance that at least one of k sampled solutions is correct.
PAWS uses game theory and machine learning to predict poaching hotspots and generate randomized, hard-to-anticipate ranger patrol routes.
The first trainable artificial neuron, introduced by Frank Rosenblatt in 1958, that learns to classify patterns from examples.
An open-source PostgreSQL extension adding a vector type and similarity search, so embeddings can live in an ordinary database instead of a separate store.
An approach that bakes known physical laws into a model's training so it respects the equations even where data is scarce.
Cheap websites that pose as local or general news while publishing AI-generated articles with little human oversight or disclosure.
Pipeline parallelism splits a model's layers across devices and streams micro-batches through them in a staggered pipeline to keep all devices busy.
An agent design that first writes a full multi-step plan, then carries out each step, rather than deciding one action at a time.
Training a model on huge amounts of general text first, so it learns broad language skills before any task-specific tuning.
Precision agriculture measures within-field variability and applies seed, water, and chemicals only where each part of a field actually needs them.
A theory that the brain constantly predicts its inputs and transmits mainly the errors, an idea echoed in self-supervised machine learning.
Predictive maintenance uses sensor data and machine learning to forecast equipment failures and service machines just before they break.
Procedural content generation builds game levels, maps, and worlds from algorithms and a seed rather than by hand.
A model that scores each intermediate step of a chain of reasoning, not just the final answer, used to guide and verify multi-step problem solving.
Specific AI uses regulators ban outright as posing unacceptable risk, such as social scoring, manipulation, and untargeted facial scraping.
An API feature that stores a reused chunk of prompt context so later calls skip reprocessing it, cutting cost up to about 90% and latency on long prompts.
The practice of crafting the instructions and examples you give a model to steer it toward better, more reliable outputs.
The top-ranked LLM security risk, where malicious text smuggled into a model's input overrides its instructions and hijacks its behavior.
Compressing a model by storing its numbers at lower precision, so it uses less memory and runs faster with little loss in quality.
Running or speeding up machine learning on quantum computers via superposition and interference - long on theory, still short on demonstrated advantage.
Models trained to spend extra computation thinking step by step before answering, trading speed for accuracy on hard problems.
The algorithms that pick what feed, ad, product, or video to show you next, the most economically deployed form of AI in everyday use.
A simple activation function that outputs zero for negatives and the input itself for positives, now the default nonlinearity in deep networks.
A neural network that processes sequences one step at a time while carrying memory of what came before; the dominant approach to language before transformers.
Techniques that penalize model complexity to prevent overfitting, including L1 (lasso), L2 (ridge), dropout, and early stopping.
Training an agent to make decisions by rewarding good actions and penalizing bad ones through trial and error.
A training method that uses human preferences to teach a model which responses are better, aligning it with what people want.
A method that lets a model fetch relevant external documents at answer time, grounding its output in current, specific information.
When an AI maximizes its given reward in ways that violate the designer's real intent - exploiting a flawed proxy instead of doing the intended task.
A regulatory approach that sorts AI systems into tiers by the level of risk they pose and applies obligations proportionate to each tier.
An adaptive learning-rate optimizer, introduced by Hinton in a lecture, that divides each step by a running average of recent squared gradients.
The approach of building robot skills by learning from data and experience rather than hand-coding controllers for each task.
A robotaxi is a driverless ride-hailing vehicle that carries paying passengers with no human driver, operating within a defined service area.
The field of machines that sense, plan, and act in the physical world; it has lagged disembodied AI because moving atoms is harder than moving bits.
SAE J3016 defines six levels of driving automation, from 0 (no automation) to 5 (full automation), the industry's shared vocabulary.
The problem of supervising AI systems on tasks where they may outperform their human overseers, so humans cannot directly check the answers.
The empirical finding that model performance improves predictably as you increase model size, training data, and computation.
Cryptography that lets several parties jointly compute a result over their combined data while each keeps its own inputs secret.
The mechanism that lets each token in a sequence look at every other token to build a context-aware representation - the core of the Transformer.