Notes
Technical notes, research reflections, and updates from LogisticsLab.
LogisticsLab
Nodes and edges of supply chains
Dynamic multi-agent logistics.
LogisticsLab collects research, tutorials, benchmarks, notes, and visual workbenches for logistics systems in which people, infrastructure, vehicles, vessels, robots, and algorithms interact over time.
network viewnodes · edges · agents · decisions
Scope
Research and teaching across logistics networks.
A supply-chain network provides the organizing view. Its edges carry movement and coordination. Its nodes contain storage, handling, and local operations.
01
Research
Questions, methods, and working ideas for dynamic multi-agent logistics operations.
02
Tutorials
Step-by-step explanations and exercises for logistics, optimization, simulation, and analytical programming.
03
Benchmarks
Instances, data contracts, experimental settings, baselines, and evaluation principles.
04
Workbenches
Interactive tools for inspecting, validating, teaching, and communicating logistics algorithms.
Network view
The edge and node perspectives.
EDGES
Movement across the network
Routes connect nodes. Agents travel, wait, serve requests, rebalance, and coordinate along these edges.
NODES
Operations inside logistics hubs
Warehouses and other hubs contain picking, storage, queues, layout decisions, and local coordination.
View the node workbench direction
Visual workbenches
Edges now; nodes next.
Early public prototype
ViaViz
A browser-based workbench for replaying routing solutions across Euclidean networks, established benchmarks, water-taxi operations, and urban mobility scenarios.
Coming soon
HubViz
A planned workbench for order picking, storage assignment, layout, and operational data inside warehouses and other logistics hubs.
Latest
Notes from the lab.
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