This paper details the application of a Cooperative Coevolution On-Line Evolutionary Algorithm (CCOLEA) to the guidance of a swarm of multiple missiles, against multiple targets. The CCOLEA trades the spatial distribution of missiles at impact, against the cost of re-aiming the missiles' seekers onto their final targets. A parallel approach is used where each missile optimises its own performance, based on limited information from the other missiles. The decision making processis thus distributed between the missiles giving distributed coordination
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
In this article, we present a distributed robot 3D formation system optimally parameterised by a hyb...
peer reviewedIn this article, we present a distributed robot 3D formation system optimally parameter...
Air combat between fighter missiles and aircraft can be categorised as a pursuit-evasion problem. On...
Evolving swarms have advantages over monolithic vehicles in a number of situations. They are able to...
The paper discusses the use of parallel evolutionary programming optimisation algorithm to help pilo...
In this paper we propose a novel algorithm for adaptive coordination of drones, which performs colla...
In this paper we propose a novel algorithm for adaptive coordination of drones, which performs colla...
This paper addresses the path planning problem of multiple unmanned aerial vehicles (UAVs). The path...
The authors have been developing the guidance system of winged rocket using dynamically distributed ...
A system to coordinate the movement of a group of un- manned aerial vehicles that provide a network ...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
peer reviewedIn this article, we present a distributed robot 3D formation system optimally parameter...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
In this article, we present a distributed robot 3D formation system optimally parameterised by a hyb...
peer reviewedIn this article, we present a distributed robot 3D formation system optimally parameter...
Air combat between fighter missiles and aircraft can be categorised as a pursuit-evasion problem. On...
Evolving swarms have advantages over monolithic vehicles in a number of situations. They are able to...
The paper discusses the use of parallel evolutionary programming optimisation algorithm to help pilo...
In this paper we propose a novel algorithm for adaptive coordination of drones, which performs colla...
In this paper we propose a novel algorithm for adaptive coordination of drones, which performs colla...
This paper addresses the path planning problem of multiple unmanned aerial vehicles (UAVs). The path...
The authors have been developing the guidance system of winged rocket using dynamically distributed ...
A system to coordinate the movement of a group of un- manned aerial vehicles that provide a network ...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
peer reviewedIn this article, we present a distributed robot 3D formation system optimally parameter...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
This paper focuses on the problem of coordinating multiple UAVs for distributed targets detection an...
In this article, we present a distributed robot 3D formation system optimally parameterised by a hyb...
peer reviewedIn this article, we present a distributed robot 3D formation system optimally parameter...