Rudder of Commercial Transport YS-11(Spring Tab).

GTP,yS Inhibits Organelle Transport along Axonal Microtubules

Movements of membrane-bounded organelles through cytoplasm frequently occur along microtubules, as in the neuron-specific case of fast axonal transport. To shed light on how microtubulebased organelle motility is regulated, pharmacological probes for GTP-binding proteins, or protein kinases or phosphatases were perfused into axoplasm extruded from squid (Loligo pealei) giant axons, and effects ...

Tab 12

Tab 11

PID Based Rudder Controller

Abstract:––Accurate controlling of Rudder is a challenging issue, it demands co design approach. Researchers are trying to provide solutions by upgrading hardware functionalities and by reducing the computational complexity of algorithm. PID, Adaptive and Predictive algorithms are the most widely used algorithm for Rudder control. This paper discusses simple, cost effective, PID based, 8051 mic...

Rudder roll stabilization for ships

Advanced control algorithms using LQG and adaptive control techniques enable the design of an economically attractive alternative for conventional fin stabilizers and have proved to be robust during simulation experiments and full-scale trials. Abstract-This paper describes the design of an autopilot for rudder roll stabilization for ships. This autopilot uses the rudder not only for course kee...