In this paper, we suggest an ontology based benchmark system for the assessment of public transport control systems.
After a brief summary of the project background and the expanded research program made possible upon its completion, design details of the new platform, associated beam transport and control system are presented, together with information on the design and performance of the new ion source.
It is shown that this system is in accordance with the magnetoelectrochemical mass transport rule which has already been demonstrated for the reversible mass transport controlled redox system.
This paper develops a SIRMs based fuzzy controller for transport control of double-pendulum-type systems.
Compared with other three controllers, i.e., passivity-based controller, sliding-mode controller and input-shaping controller, simulation results are presented to show the performance and effectiveness of the SIRMs based fuzzy controller for transport control of double-pendulum-type systems.
Determination of accurate plasma horizontal position during plasma discharge is essential to transport it to a control system based on feedback.
Simulation results demonstrate the feasibility of the presented method through transport control of an overhead crane system.
Disturbances in this exquisitely precise control system for transporting and delivering cellular cargo cause serious damage that, in turn, is believed to contribute to some neurological diseases, diabetes and immunological disorders.
To avoid their potentially harmful accumulation, such aberrant proteins are (i) recognized by the quality control system, (ii) transported to ER extraction sites, (iii) polyubiquitinated by ER-associated E3 ligases and (iv) retrotranslocated into the cytoplasm where (v) degradation by the 26S proteasome occurs (1, 2).
The integration of ion field effect transistors (IFETs) into solid state micro-/nanofluidic systems for accurate transport control of charged species such as ions, proteins, or DNA in "Lab on a Chip" systems (LoC) is highly important in life sciences [1 5].
