IPIC2018: 5TH INTERNATIONAL PHYSICAL INTERNET CONFERENCE

This page contains an index consisting of author-provided keywords.

A
Agent Based Simulation	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Agent-based modelling (ABM)	Do you see what I see? A simulation analysis of order bundling within a transparent user network in geographic space
air pollutants	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
Automation	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
B
Bi-objective Optimization	Allocation of shipping routes in an open network based on bi-objective optimization
Blockchain	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
blockchain technology	Applying blockchain technology for situational awareness in logistics - an example from rail
bulky goods	Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry
business model innovation	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
C
Capacity Relocation
Cellular Manufacturing	Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives
Cellular Warehousing	Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives
City Logistics	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
collaboration	An industry-oriented and fair gain sharing allocation rule
Collaborative Routing Center	Allocation of shipping routes in an open network based on bi-objective optimization
competences	Building bridges between the curricula of Italian universitiesin logistics & SCM and the needs of 4.0 “customer-centric” enterprise professionals
Complex System	Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics"
Computational modelling	Do you see what I see? A simulation analysis of order bundling within a transparent user network in geographic space
cost allocation	An industry-oriented and fair gain sharing allocation rule
Crossdocking
D
Data driven logistics	Arriving on time using uncertainty aware deep learning
Data Sharing	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
decision support	Applying blockchain technology for situational awareness in logistics - an example from rail
Decision Support Systems	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
Deep learning	Arriving on time using uncertainty aware deep learning
deep reinforcement learning	A deep reinforcement learning approach for synchronized multi-modal replenishment
Delivery Perturbations	Inventory Control under Possible Delivery Perturbations in Physical Internet Supply Chain Network
Digital Internet	From the Digital Internet to the Physical Internet: A conceptual framework with a simple network model
distributed ledger technology	Applying blockchain technology for situational awareness in logistics - an example from rail
Drones in logistic	Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics"
dual sourcing	Synchromodality in the Physical Internet: Dual Sourcing and Real-time Switching between Transport Modes A deep reinforcement learning approach for synchronized multi-modal replenishment
Dynamic Capacity Deployment
E
Enterprise Architecture	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
Express Parcel Delivery
F
Facilities Design
fast forward simulation	Simulation-based optimization approach for PI-networks
First and Last Mile Logistics
Flow Consolidation
forwarding	Analogies and differences between routers and logistics hubs.
Freight transportation	Allocation of shipping routes in an open network based on bi-objective optimization
G
Gain sharing	An industry-oriented and fair gain sharing allocation rule
Gamification	Freight transportation mechanisms in the Physical Internet
genetic algorithm	Simulation-based optimization approach for PI-networks
Geographic information Systems (GIS)	Do you see what I see? A simulation analysis of order bundling within a transparent user network in geographic space
graph theory	From the Digital Internet to the Physical Internet: A conceptual framework with a simple network model
H
Heuristic	Road-Rail Assignment Problem: Mathematical Formulation, Heuristic and Tabu Search.
HeuristicLab	Simulation-based optimization approach for PI-networks
Horizontal Collaboration	Allocation of shipping routes in an open network based on bi-objective optimization
hubs	Analogies and differences between routers and logistics hubs.
Hyperconnected Fulfillment and Distribution	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Hyperconnected Logistics Hub Design
Hyperconnected Transportation	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Hyperconnectivity	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
I
industry 4.0	Building bridges between the curricula of Italian universitiesin logistics & SCM and the needs of 4.0 “customer-centric” enterprise professionals
Information Systems	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
Information-Exchanges	Seamlessly Integrate Maritime & Ports operations in end-to-end Supply Chains through Port Call Optimisation Last Mile Standards as enablers for PI adoption
innovation 4.0	Building bridges between the curricula of Italian universitiesin logistics & SCM and the needs of 4.0 “customer-centric” enterprise professionals
Integrated Business Planning	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
Internet of Things	Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives
inventory control	Inventory Control Models towards Physical Internet: Lateral Transshipment Policy Determination by Simulation Inventory Control under Possible Delivery Perturbations in Physical Internet Supply Chain Network
L
Large-Item Logistics	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Last Mile	Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics" Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
Last-Mile Delivery	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Lateral transshipment	Inventory Control Models towards Physical Internet: Lateral Transshipment Policy Determination by Simulation
Logistic in Cadiz	Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics"
Logistic in South Spain	Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics"
Logistic network in Hungary	A new network concept for Logistic Centres in Hungary – regional segmentation in line with the PI vision
Logistic service providers	Identifying the attitude of logistic service providers towards Synchromodal transport services
Logistics	Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives Building bridges between the curricula of Italian universitiesin logistics & SCM and the needs of 4.0 “customer-centric” enterprise professionals
Logistics Hub	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
logistics network	Simulation-based optimization approach for PI-networks Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
M
machine learning	A deep reinforcement learning approach for synchronized multi-modal replenishment
Mathematical Model	Road-Rail Assignment Problem: Mathematical Formulation, Heuristic and Tabu Search.
Mechanism Design	Freight transportation mechanisms in the Physical Internet
model	From the Digital Internet to the Physical Internet: A conceptual framework with a simple network model
Modular Containerization
modular containers	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
multi-modal replenishment	A deep reinforcement learning approach for synchronized multi-modal replenishment
Multi-Tenant	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
N
new business models	Establishing a Physical Internet Test Region – Learnings from ATROPINE
O
Omnichannel Retailing	Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives
Open Asset Sharing	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
Open Network	Allocation of shipping routes in an open network based on bi-objective optimization
operation mechanism	Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry
operationalization	From the Digital Internet to the Physical Internet: A conceptual framework with a simple network model
Optimisation
P
Parcel industry	Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
Parcel Lockers
Parcel Logistics
Physical Internet	Synchromodality in the Physical Internet: Dual Sourcing and Real-time Switching between Transport Modes From the Digital Internet to the Physical Internet: A conceptual framework with a simple network model Simulation-based optimization approach for PI-networks Identifying the attitude of logistic service providers towards Synchromodal transport services Physical Internet: Stakeholders Mapping Cellular Warehousing for Omnichannel Retailing: Internet of Things and Physical Internet Perspectives Inventory Control Models towards Physical Internet: Lateral Transshipment Policy Determination by Simulation Allocation of shipping routes in an open network based on bi-objective optimization Analogies and differences between routers and logistics hubs. Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal Complex Systems as a model for implementing Physical Internet standards: “Using Drones for last mile logistics" Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry Establishing a Physical Internet Test Region – Learnings from ATROPINE Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation A new network concept for Logistic Centres in Hungary – regional segmentation in line with the PI vision Freight transportation mechanisms in the Physical Internet Inventory Control under Possible Delivery Perturbations in Physical Internet Supply Chain Network Road-Rail Assignment Problem: Mathematical Formulation, Heuristic and Tabu Search.
Physical Internet (PI)	Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
PI Hubs	A new network concept for Logistic Centres in Hungary – regional segmentation in line with the PI vision
PI nodes	A new network concept for Logistic Centres in Hungary – regional segmentation in line with the PI vision
PI-container	Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry
Practical experiments	Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
Predictive analytics	Arriving on time using uncertainty aware deep learning
Predictive arrival time	Arriving on time using uncertainty aware deep learning
project consortium	Establishing a Physical Internet Test Region – Learnings from ATROPINE
R
Replenishment	Inventory Control under Possible Delivery Perturbations in Physical Internet Supply Chain Network
resource efficiency	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
Road-Rail PI-hub	Road-Rail Assignment Problem: Mathematical Formulation, Heuristic and Tabu Search.
routers	Analogies and differences between routers and logistics hubs.
routing	Analogies and differences between routers and logistics hubs.
S
s S inventory	Inventory Control Models towards Physical Internet: Lateral Transshipment Policy Determination by Simulation
Sales and Operations Planning	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
Self-Organizing Logistics (SOL)	Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
Serious gaming	Moving towards practical implementation of self-organizing logistics – making small steps in realizing the PI vision by raising awareness
Simulation	Synchromodality in the Physical Internet: Dual Sourcing and Real-time Switching between Transport Modes Do you see what I see? A simulation analysis of order bundling within a transparent user network in geographic space Freight transportation mechanisms in the Physical Internet Inventory Control under Possible Delivery Perturbations in Physical Internet Supply Chain Network
simulation-based optimization	Simulation-based optimization approach for PI-networks
situational awareness	Applying blockchain technology for situational awareness in logistics - an example from rail
Smart Lockers
Soft Systems Methodology	Physical Internet: Stakeholders Mapping
Sortation
Stakeholders Mapping	Physical Internet: Stakeholders Mapping
Standardisation	Seamlessly Integrate Maritime & Ports operations in end-to-end Supply Chains through Port Call Optimisation Last Mile Standards as enablers for PI adoption
Supply Chain Capability Planning	Towards Hyperconnected Supply Chain Capability Planning: Conceptual Framework Proposal
Supply Chain Collaboration	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
supply chain management	Building bridges between the curricula of Italian universitiesin logistics & SCM and the needs of 4.0 “customer-centric” enterprise professionals
supply chain visibility	Applying blockchain technology for situational awareness in logistics - an example from rail
supply network	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
Survey on logistic centres	A new network concept for Logistic Centres in Hungary – regional segmentation in line with the PI vision
SYMBIT	Do you see what I see? A simulation analysis of order bundling within a transparent user network in geographic space
Synchromodal transportation	Identifying the attitude of logistic service providers towards Synchromodal transport services
synchromodality	Synchromodality in the Physical Internet: Dual Sourcing and Real-time Switching between Transport Modes
Systems Thinking	Physical Internet: Stakeholders Mapping
T
Tabu Search	Road-Rail Assignment Problem: Mathematical Formulation, Heuristic and Tabu Search.
test region	Establishing a Physical Internet Test Region – Learnings from ATROPINE
Traceability	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
transport modes	Synchromodality in the Physical Internet: Dual Sourcing and Real-time Switching between Transport Modes
Transportation	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity Freight transportation mechanisms in the Physical Internet
transportation facility	Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry
Trust	Trust in a multi-tenant, logistics, data sharing infrastructure: Opportunities for blockchain technology
tube logistics	LogiPipe: A vision to close the Physical Internet´s last-mile gap while improving city health and prosperity
U
Uncertainty	Arriving on time using uncertainty aware deep learning
urban delivery	Physical Internet enabled bulky goods urban delivery system: a case study in customized furniture industry
Urban Fulfillment Center	Urban Large-Item Logistics with Hyperconnected Fulfillment and Transportation
“
“Digital Ports”	Seamlessly Integrate Maritime & Ports operations in end-to-end Supply Chains through Port Call Optimisation
“Last Mile delivery”	Last Mile Standards as enablers for PI adoption
“Parcel Identification”	Last Mile Standards as enablers for PI adoption
“Port Call Optimisation”	Seamlessly Integrate Maritime & Ports operations in end-to-end Supply Chains through Port Call Optimisation
“Synchronisation of operations across the port”	Seamlessly Integrate Maritime & Ports operations in end-to-end Supply Chains through Port Call Optimisation

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