agent-modeling Models

These models and simulations have been tagged “agent-modeling”.

We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers. Initially all of them are randomly spread geographically. Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier.
Logistics Agent Geography Agent Interaction Churn Connections Agent Modeling
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers.
Initially all of them are randomly spread geographically.
Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier. All carriers have different radius of availability (suppose humans may walk maximum 6-10 km, car - 200-400 km, jet - over 10000). So the condition of deal is carrier containing receiver and sender within his radius of availability and  who is free now.
Connections between inactive agents deteriorate with decay rate, after some time receiver and sender forget about each other and may form other connections in the system.
All agents have possibility to churn, and it is higher if they don't have any connections (any interest in the system)
Clone of Logistic platform
Kyle Wendling
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers. Initially all of them are randomly spread geographically. Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier.
Agent Geography Logistics Agent Interaction Agent Modeling Connections Churn
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers.
Initially all of them are randomly spread geographically.
Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier. All carriers have different radius of availability (suppose humans may walk maximum 6-10 km, car - 200-400 km, jet - over 10000). So the condition of deal is carrier containing receiver and sender within his radius of availability and  who is free now.
Connections between inactive agents deteriorate with decay rate, after some time receiver and sender forget about each other and may form other connections in the system.
All agents have possibility to churn, and it is higher if they don't have any connections (any interest in the system)
Clone of Logistic platform
Andrey Pilipenko
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers. Initially all of them are randomly spread geographically. Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier.
Agent Geography Logistics Agent Interaction Agent Modeling Connections Churn
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers.
Initially all of them are randomly spread geographically.
Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier. All carriers have different radius of availability (suppose humans may walk maximum 6-10 km, car - 200-400 km, jet - over 10000). So the condition of deal is carrier containing receiver and sender within his radius of availability and  who is free now.
Connections between inactive agents deteriorate with decay rate, after some time receiver and sender forget about each other and may form other connections in the system.
All agents have possibility to churn, and it is higher if they don't have any connections (any interest in the system)
Clone of Logistic platform
max
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers. Initially all of them are randomly spread geographically. Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier.
Agent Geography Logistics Agent Interaction Agent Modeling Connections Churn
We model the system consisting of three groups of agents interacting together: Senders of package, Receivers of package, and carriers.
Initially all of them are randomly spread geographically.
Then some Senders and Receivers randomly are willing to interact, and searching for the available carrier. All carriers have different radius of availability (suppose humans may walk maximum 6-10 km, car - 200-400 km, jet - over 10000). So the condition of deal is carrier containing receiver and sender within his radius of availability and  who is free now.
Connections between inactive agents deteriorate with decay rate, after some time receiver and sender forget about each other and may form other connections in the system.
All agents have possibility to churn, and it is higher if they don't have any connections (any interest in the system)
Logistic platform
Olga Konoval
3