In part 1 of the paper a self-tuning ship-autopilot design was presented that reconciles the conflicting demands of course keeping and of manoeuvring by using two modes of operation. During the course-keeping mode the performance criterion is formulated to minimise heading error, propulsion losses and rudder activity, while in the manoeuvring phase the concern is simply to minimise heading error. The system parameters are identified using recursive least-squares estimation to confer on the autopilot a high degree of adaptability, as illustrated in the simulation studies in this paper.C.C. Lim and W. Forsyth
Advanced control algorithms using LQG and adaptive control techniques enable the design of an econom...
Advancements in instrumentation and control systems for model testing are often driven by new and so...
This report studies two types of autopilot, the proportional-integral-derivative (PID) type and adap...
A self-tuning ship-autopilot design is presented that reconciles the conflicting demands of course k...
The advent of high fuel costs and the increasing crowding of shipping lanes have initiated considera...
Ship automatic pilot system design has captured the attention of many prominent control engineers wi...
258 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1984.During the seventies, the gre...
Motion control systems have a significant impact on the performance of ships and marine structures a...
This paper describes the application of feedback linearization to automatic steering of ships. The f...
In this thesis a signal-based observer and a path-following autopilot design will be derived and imp...
: The optimisation by Genetic Algorithm (GA) of a non-linear autopilot for ship course changing is s...
Video abstract: https://youtu.be/e51xfphj4R0 The paper presents a method for gradual automation of ...
Abstracf: Linear quadratic Gaussian (LQG) control algorithm linked to Recursive Least Squares (RLS) ...
Use of electronic control onboard to handle complex and powerful propulsion systems has constantly i...
A feasibility study of an application of adaptive model in a ship autopilot is presented. The system...
Advanced control algorithms using LQG and adaptive control techniques enable the design of an econom...
Advancements in instrumentation and control systems for model testing are often driven by new and so...
This report studies two types of autopilot, the proportional-integral-derivative (PID) type and adap...
A self-tuning ship-autopilot design is presented that reconciles the conflicting demands of course k...
The advent of high fuel costs and the increasing crowding of shipping lanes have initiated considera...
Ship automatic pilot system design has captured the attention of many prominent control engineers wi...
258 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1984.During the seventies, the gre...
Motion control systems have a significant impact on the performance of ships and marine structures a...
This paper describes the application of feedback linearization to automatic steering of ships. The f...
In this thesis a signal-based observer and a path-following autopilot design will be derived and imp...
: The optimisation by Genetic Algorithm (GA) of a non-linear autopilot for ship course changing is s...
Video abstract: https://youtu.be/e51xfphj4R0 The paper presents a method for gradual automation of ...
Abstracf: Linear quadratic Gaussian (LQG) control algorithm linked to Recursive Least Squares (RLS) ...
Use of electronic control onboard to handle complex and powerful propulsion systems has constantly i...
A feasibility study of an application of adaptive model in a ship autopilot is presented. The system...
Advanced control algorithms using LQG and adaptive control techniques enable the design of an econom...
Advancements in instrumentation and control systems for model testing are often driven by new and so...
This report studies two types of autopilot, the proportional-integral-derivative (PID) type and adap...