CortexLab discovery engine

Search across the knowledge system.

One query can surface Academy lessons, model dossiers, projects, innovations, research and published articles.

32 results

Ranked from CortexLab’s local platform index and published content.

01
model

Contextual Bandit

Chooses among actions using context while learning from immediate reward.

→
02
track

Reinforcement Learning & Decision Systems

Learn MDPs, value methods, policy learning and safe decision optimization.

→
03
lesson

Bandits

Learn which action performs best while continuing controlled exploration.

→
04
project

Game-Based Learning Engine

A technical game platform where challenge selection responds to mastery, error patterns and pace rather than using empty engagement mechanics.

→
05
track

Machine Learning Core

Move from intuition to evaluated supervised and unsupervised learning systems.

→
06
track

Deep Learning Systems

Understand neural networks from optimization to deployment and monitoring.

→
07
model

Q-Learning

An off-policy temporal-difference method that learns action values from reward transitions.

→
08
lesson

Q-learning

Learn action values off-policy from temporal-difference targets.

→
09
lesson

TD learning

Build a working mental model of TD learning then connect it to implementation evaluation and production trade-offs.

→
10
innovation

Knowledge Graph Learning

Connects topics, prerequisites, projects, innovations, blog posts and interview concepts so Cortex can explain relationships and learning paths.

→
11
project

Hybrid Recommendation Engine

A recommendation stack combining content similarity, behavioral events, skill gaps and exploration so learning recommendations remain useful even during cold start.

→
12
research

Human-in-the-loop learning

Corrections become candidates with provenance and review rather than instant truth.

→
13
project

Cortex Local Intelligence Engine

The local NLP, retrieval, confidence, MDP-state and reinforcement-feedback engine powering Ask Cortex without an external generative-model API.

→
14
model

Multilayer Perceptron

A stack of learned affine transformations and nonlinearities that approximates complex functions.

→
15
model

Thompson Sampling

Samples action quality from posterior beliefs to balance exploration and exploitation.

→
16
model

Graph Neural Network

Learns node/edge representations by passing messages across graph neighborhoods.

→
17
project

Adaptive Interview Coach

A technical interview engine that samples from large domain banks, adapts difficulty, tracks weak concepts and schedules targeted review.

→
18
lesson

SQL

Query relational data accurately and reason about joins, grouping and performance.

→
19
lesson

Classification

Estimate class labels or probabilities and choose thresholds from real error costs.

→
20
lesson

Ensembles

Combine multiple weak or diverse learners to reduce error.

→
21
lesson

Embeddings

Represent items as dense vectors so semantic similarity can be measured.

→
22
lesson

SQL

Query relational data accurately and reason about joins, grouping and performance.

→
23
innovation

Autonomous SEO Lab

A guarded SEO research environment that proposes and tests improvements without allowing an optimizer to silently rewrite production content.

→
24
tool

Adaptive Interview Engine

Practice technical interviews with adaptive question selection and weak-topic review.

→
25
research

Owned intelligence

Build inspectable local NLP, retrieval, routing and learning components before depending on remote black boxes.

→
26
research

Decision optimization

Use MDPs, bandits and Q-value policies where sequential or online choices genuinely exist.

→
27
research

Product intelligence

Combine learning, analytics, personalization and automation into a coherent user experience.

→
28
model

Logistic Regression

A probabilistic classification baseline that is transparent, fast and surprisingly competitive.

→
29
lesson

MLP

Build feed-forward neural networks and understand optimization behavior.

→
30
lesson

CNN

Learn local spatial patterns with shared convolutional filters.

→
31
lesson

Attention

Let a model dynamically weight which context elements matter for each representation.

→
32
innovation

Adaptive Difficulty Controller

Chooses challenge difficulty from recent correctness, response time, hint usage and mastery estimates to maintain productive difficulty.

→