The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of workstations and the cycle time are variables and the objective is to maximise the line efficiency. In contrast with other types of SALBPs, SALBP-E has received little attention in the literature. In order to solve optimally SALBP-E, we propose a mixed integer liner programming model and an iterative procedure. Since SALBP-E is NP-hard, we also propose heuristics derived from the aforementioned procedures for solving larger instances. An extensive experimentation is carried out and its results show the improvement of the SALBP-E resolution
This study is motivated by a real-world assembly line in an automotive manufacturing company and it ...
This work evaluates the performance of constraint programming (CP) and integer programming (IP) form...
AbstractAssigning tasks to work stations is an essential problem which needs to be addressed in an a...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
Simple assembly line balancing (SALB) is an attempt to assign the tasks to the various workstations ...
AbstractAssembly line is a sequential work flow production systems which are still typical in the ma...
This work evaluates the performance of constraint programming (CP) and integer programming (IP) form...
This study is motivated by a real-world assembly line in an automotive manufacturing company and it ...
This study is motivated by a real-world assembly line in an automotive manufacturing company and it ...
This work evaluates the performance of constraint programming (CP) and integer programming (IP) form...
AbstractAssigning tasks to work stations is an essential problem which needs to be addressed in an a...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
The simple assembly line balancing problem type E (abbreviated as SALBP-E) occurs when the number of...
Simple assembly line balancing (SALB) is an attempt to assign the tasks to the various workstations ...
AbstractAssembly line is a sequential work flow production systems which are still typical in the ma...
This work evaluates the performance of constraint programming (CP) and integer programming (IP) form...
This study is motivated by a real-world assembly line in an automotive manufacturing company and it ...
This study is motivated by a real-world assembly line in an automotive manufacturing company and it ...
This work evaluates the performance of constraint programming (CP) and integer programming (IP) form...
AbstractAssigning tasks to work stations is an essential problem which needs to be addressed in an a...