This paper reports on one of a number of parallel investigations being undertaken into alternative approaches to solving part or the whole of the bus driver scheduling problem. An articial ant system is set up, with ants following trails through a network, each trail rep-resenting a complete bus driver schedule. Initial schedules are set up by drawing from shifts generated by other systems available in the University of Leeds. Each trail receives an allocation of pheromone related to the qual-ity of the relevant schedule. As new ants are introduced to the system they are encouraged to follow the more intensive pheromone trails, and the poorer trails gradually lose their intensity. Thus successive ants are likely to follow better trails, and...
In this paper, a new Ant System approach to the Period Vehicle Routing Problem (PVRP) is presented. ...
Ants, termites and humans often form well-organized and highly efficient trails between different lo...
This article presents an ant colony optimization for the time scheduling of public transport traffic...
This paper reports on one of a number of parallel investigations being undertaken into alternative a...
Bus system design is a difficult problem, and hence is usually decomposed into a series of sub-prob...
International audienceIn our study, we develop a method that merges two information sources within a...
This work defines Transit Schedule Design (TSD) as an optimization problem to construct the transit ...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...
Increasing amounts of time is wasted due to traffic congestion in both developed and developing coun...
As a member of the NP Problem, an exact algorithm to solve the course scheduling problem is not avai...
Transit Schedule Design (TSD) in this work is defined as selecting the location of timing points and...
Abstract. Ant Colony Optimization (ACO) is a metaheuristic which takes the inspiration from the fora...
In this paper, we propose an ACO-based algorithm that can be used to simulate mass-transit networks;...
In this paper, a new Ant System approach to the Period Vehicle Routing Problem (PVRP) is presented. ...
Ants, termites and humans often form well-organized and highly efficient trails between different lo...
This article presents an ant colony optimization for the time scheduling of public transport traffic...
This paper reports on one of a number of parallel investigations being undertaken into alternative a...
Bus system design is a difficult problem, and hence is usually decomposed into a series of sub-prob...
International audienceIn our study, we develop a method that merges two information sources within a...
This work defines Transit Schedule Design (TSD) as an optimization problem to construct the transit ...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...
Increased productivity and lower cost in manufacturing processes can be achieved through growing red...
Increasing amounts of time is wasted due to traffic congestion in both developed and developing coun...
As a member of the NP Problem, an exact algorithm to solve the course scheduling problem is not avai...
Transit Schedule Design (TSD) in this work is defined as selecting the location of timing points and...
Abstract. Ant Colony Optimization (ACO) is a metaheuristic which takes the inspiration from the fora...
In this paper, we propose an ACO-based algorithm that can be used to simulate mass-transit networks;...
In this paper, a new Ant System approach to the Period Vehicle Routing Problem (PVRP) is presented. ...
Ants, termites and humans often form well-organized and highly efficient trails between different lo...
This article presents an ant colony optimization for the time scheduling of public transport traffic...