PARCO: Parallel AutoRegressive Models for Multi-Agent Combinatorial Optimization
Parallel autoregressive models for multi-agent combinatorial optimization.
Read overviewThe reading room
Find research publications, engineering accounts, technology perspectives, and stories from the team.
27 items
Parallel autoregressive models for multi-agent combinatorial optimization.
Read overviewLinear-programming-based task assignment in hierarchical multi-agent reinforcement learning.
Read overviewNeural combinatorial optimization for routing problems with real-world requirements.
Read overviewNeural models embedded in mixed-integer optimization for location-routing problems.
Read overviewA reinforcement-learning benchmark and library for combinatorial optimization.
Read overviewNeural genetic search over discrete solution spaces.
Read overviewCollaborative attention and vehicle profiles for routing.
Read overviewGFlowNets and ant colony sampling for combinatorial optimization.
Read overviewGenerative flows over synthetic pathways for drug design.
Read overviewNeural cost prediction within genetic algorithms for hierarchical routing.
Read overviewFoundation models for vehicle routing across problem settings.
Read overviewHeuristics-informed policies for large-scale multi-agent pathfinding.
Read overviewSequential generation with equity context for min-max routing.
Read overviewNeural separation of rounded capacity inequalities for vehicle routing.
Read overviewHow shared identity, permissions, deployment, and observability connect optimization capabilities to business applications.
Read storyAn exploration of agent teams, evidence, human supervision, and problem-solving capability.
Read storyA reflection on prediction, control, improvement, and the work of defining real problems.
Read storyThe engineering judgment behind the balance between a faithful model and a solvable problem.
Read storyWhy the structure of a decision matters when moving an AI pilot into daily operations.
Read storyHow TOAST connects a supervisor, specialist agents, and the routing engine, with implementation notes by Juni Lee and co-authors.
Read storyAt Omelet’s second birthday and first town hall, the team shared field experience, agent architecture, and product-development direction.
Read storyA second-anniversary reflection on combining operations research and machine learning with field experience.
Read storyBetween professor and founder: choosing a research direction as AI changes the questions we ask.
Read storyWhat learning, reasoning, and computing change about industrial optimization.
Read storyA photo journal from Omelet’s October 2024 team workshop.
Read storyA founder’s reflection on the complementary work of a researcher and an entrepreneur.
Read storyHow learned solution generation, improvement search, and feedback can form an optimization loop.
Read storyNo matching items. Try another keyword or clear the search.