This paper relates with the assignment of trucks to time slots in container terminals equipped with Truck Appointment Systems. A two-phase approach is provided: first, export and import containers are matched in tuples with a clustering analysis to reduce the number of empty trips and, then, tuples are assigned to time slots to minimize trucks deviation from their preferred time slots and truck turnaround times. Real case instances related to Mexican and Italian container terminals are tested. Results show that our approach reduces empty-truck trips up to 33.79% and that it can be successfully applied to any container terminal
Berths and yards are the most critical parts of container terminals. Their efficiency directly influ...
One of the most important issues in Transhipment Container Terminal (TCT) management is to have fair...
This thesis proposes a truck arrival shift (TAS) policy to control truck arrivals at seaport termina...
Truck congestion is one of the most critical problems that affect many port realities around the wor...
In the presence of major challenges, where ports are striving to improve their operation and stay co...
With the rapid growth of the global container trade volume and the trend of large-scale container sh...
In this work the management of truck arrivals in a maritime terminal is investigated as possible str...
This paper introduces an advisory-based time slot management system (TSMS) to control truck arrivals...
Abstract Container terminals pay more and more attention to the service quality of inland transport ...
Workload forecasting related to truck arrivals is of essential importance not only for optimal resou...
Truck appointment systems (TAS) are a well-recognized method to smooth the peaks in truck arrivals a...
The objective of this paper is to address the minimization of truck service times at container termi...
Many ports worldwide continue to expand their capacity by developing a multiterminal system to catch...
This paper proposes a practical job grouping approach, which aims to enhance the time related perfor...
Truck drayage transports in the port connect container terminals with other logistics nodes as empty...
Berths and yards are the most critical parts of container terminals. Their efficiency directly influ...
One of the most important issues in Transhipment Container Terminal (TCT) management is to have fair...
This thesis proposes a truck arrival shift (TAS) policy to control truck arrivals at seaport termina...
Truck congestion is one of the most critical problems that affect many port realities around the wor...
In the presence of major challenges, where ports are striving to improve their operation and stay co...
With the rapid growth of the global container trade volume and the trend of large-scale container sh...
In this work the management of truck arrivals in a maritime terminal is investigated as possible str...
This paper introduces an advisory-based time slot management system (TSMS) to control truck arrivals...
Abstract Container terminals pay more and more attention to the service quality of inland transport ...
Workload forecasting related to truck arrivals is of essential importance not only for optimal resou...
Truck appointment systems (TAS) are a well-recognized method to smooth the peaks in truck arrivals a...
The objective of this paper is to address the minimization of truck service times at container termi...
Many ports worldwide continue to expand their capacity by developing a multiterminal system to catch...
This paper proposes a practical job grouping approach, which aims to enhance the time related perfor...
Truck drayage transports in the port connect container terminals with other logistics nodes as empty...
Berths and yards are the most critical parts of container terminals. Their efficiency directly influ...
One of the most important issues in Transhipment Container Terminal (TCT) management is to have fair...
This thesis proposes a truck arrival shift (TAS) policy to control truck arrivals at seaport termina...