Scalable End-to-End Logistics Simulation The Scalable End-to-End Logistics Simulation (SEELS™) architecture supports modeling end-to-end logistics for use in planning, analysis, and experimentation. SEELS™ is a scalable, nodal, and programmable architecture that allows a user to:
- Define the item (cargo/bulk/person) entity level used in the simulation
- Scale level of fidelity (as required) to model a node
- Define the handling processes for a node
SEELS™ can be used to model item flow through any terminal or logistical node, either military or commercial. The definition of a node is limited only by the user’s requirements. This means that a node may be an entire seaport or a single fueling point along a highway. A set of nodes can then be linked via different transportation modes to model a complete, multimodal logistical operation as a logistical network or flow. Separate logistical operations can be linked to form an integrated, highly scalable, network-of-networks model.
Features include:
- Nodal Cargo Terminal Architecture
- User-defined Programmable Processes
- Multimodal Transportation Modeling Ability
- User-defined Entity-level Fidelity
- High-performance Simulation
- Rapid Analysis
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