Although genetic algorithm (GA) has been widely used to address assembly line balancing problems (ALBP), not much attention has been given to the population initialization procedure. In this paper, a comparison is made between a randomly generated initial population and a heuristics-treated initial population. A heuristics-treated population is a mix of randomly and heuristics generated individuals in the initial population. Both populations are tested with a proposed GA using established test problems from literature. The GA, using a fitness function based on realized cycle time is capable of generating good solutions
This article deals with assembly line balancing problem and with possibility of using genetic algori...
Assembly Line Balancing (ALB) is one of the important problems of production/operations management a...
U-type assembly line is one of the important tools that may increase companies’ production efficienc...
Although genetic algorithm (GA) has been widely used to address assembly line balancing problems (AL...
AbstractTwo-sided assembly lines are common industrial practice in the assembly of large-sized produ...
Genetic algorithms are one example of the use of a random element within an algorithm for combinator...
In this paper, a hybrid GA approach combining genetic algorithm (GA) and tabu search (TS) is propose...
Assembly Line Balancing (ALB) refers to the problem of assigning operations to (workstations) statio...
Abstract. This work analyzes a version of the line balancing problem of the type GALB (General Assem...
International audienceAssembly line balancing (ALB) is used in many industries to minimize the numbe...
Purpose – This study aims to propose an efficient optimization algorithm to solve the assembly line ...
Assembly line designs in manufacturing commonly face the key problem of dividing the assembly tasks ...
An important and highly complex process in the automotive industry is the balancing of the assembly ...
Abstract-Assembly line balancing (ALB) is a well-known combinatorial optimization problem in product...
The assembly line balancing problem is a classical optimisation problem whose objective is to assign...
This article deals with assembly line balancing problem and with possibility of using genetic algori...
Assembly Line Balancing (ALB) is one of the important problems of production/operations management a...
U-type assembly line is one of the important tools that may increase companies’ production efficienc...
Although genetic algorithm (GA) has been widely used to address assembly line balancing problems (AL...
AbstractTwo-sided assembly lines are common industrial practice in the assembly of large-sized produ...
Genetic algorithms are one example of the use of a random element within an algorithm for combinator...
In this paper, a hybrid GA approach combining genetic algorithm (GA) and tabu search (TS) is propose...
Assembly Line Balancing (ALB) refers to the problem of assigning operations to (workstations) statio...
Abstract. This work analyzes a version of the line balancing problem of the type GALB (General Assem...
International audienceAssembly line balancing (ALB) is used in many industries to minimize the numbe...
Purpose – This study aims to propose an efficient optimization algorithm to solve the assembly line ...
Assembly line designs in manufacturing commonly face the key problem of dividing the assembly tasks ...
An important and highly complex process in the automotive industry is the balancing of the assembly ...
Abstract-Assembly line balancing (ALB) is a well-known combinatorial optimization problem in product...
The assembly line balancing problem is a classical optimisation problem whose objective is to assign...
This article deals with assembly line balancing problem and with possibility of using genetic algori...
Assembly Line Balancing (ALB) is one of the important problems of production/operations management a...
U-type assembly line is one of the important tools that may increase companies’ production efficienc...