PID

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PID

abbr.
pelvic inflammatory disease

PID

abbreviation for
(Gynaecology & Obstetrics) pelvic inflammatory disease

PID

pelvic inflammatory disease.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.PID - inflammation of the female pelvic organs (especially the Fallopian tubes) caused by infection by any of several microorganisms (chiefly gonococci and chlamydia); symptoms are abdominal pain and fever and foul-smelling vaginal discharge
inflammatory disease - a disease characterized by inflammation
Translations

PID

abbr pelvic inflammatory disease. V. disease.
References in periodicals archive ?
Bhattacharyya, "Robust control design using the PID controller," in Proceedings of 41st IEEE on International Conference on Decision and Control, pp.
Advanced controller prove to be superior to simple PID controller in protecting the compressor in severe surge case.
PID controller parameters optimization is crucial since it directly affects the effectiveness of control and is closely related to the safety and economic operation of the whole system.
Based on the Practical Process Control[c] curriculum the workshops clarify the interactive functions of the PID controller and demystify the methods for tuning the many PID controllers whether through the application of manual techniques or through the use of PID tuning software.
The on-board PID controller can be used to drive a control valve or pump, enabling users to establish a complete, compact control loop.
A PSO based application for robust PID controller design is given by Zhao et al.
Comparing to general optimal control method, the PID controller is simpler to implement, meanwhile the robustness and the efficiency are ensured by the adoption of GA method for tuning the controller parameters.
A PID controller continuously calculates an error value as the difference between a desired set point and a measured process variable and applies a correction based on proportional, integral, and derivative terms.
The fuzzy PID controller of Brushless DC motor control system mainly focuses on its characteristics of nonlinear and strong coupling.
Finally the results show that the vehicle longitudinal control algorithm based on ILC can accomplish the target longitudinal acceleration tracking well and its control performance is better than PID controller and model-based controllers.
Optimal parameters of PID controller may obtain high-quality performances such as high stability and satisfied transient response, but it is difficult to be tuned to control a complex system [2, 3].