11 papers:
HT-2014-NoorianMV #adaptation #feedback #self #using- Self-adaptive filtering using pid feedback controller in electronic commerce (ZN, MM, JV), pp. 267–272.
CASE-2012-JiaZH #algorithm #fuzzy #parametricity #self- Active control of turbine tip clearance by fuzzy parameter self-setting PID algorithms (BJ, XZ, YH), pp. 162–166.
- CASE-2012-XiaoLL #adaptation
- A model reference adaptive PID control for electromagnetic actuated micro-positioning stage (SX, YL, JL), pp. 97–102.
- CASE-2011-Incerti #behaviour
- Dynamic behaviour of elastic cam devices driven by servomotors with PID velocity control (GI), pp. 268–273.
- CASE-2011-Kanamori #anti
- Global stabilization of anti-windup PID position control for euler-lagrange systems with actuator saturation (MK), pp. 798–803.
- CASE-2008-Pohjola #adaptation
- Adaptive jitter margin PID controller (MP), pp. 534–539.
- CASE-2007-KirkpatrickC
- DC Machine Control with Time Delay and a PID Controller (KPK, GMC), pp. 783–787.
- CASE-2006-TranNKHF #approach #low level #robust
- Sliding Mode-PID Approach for Robust Low-level Control of a UGV (THT, MTN, NMK, QPH, GF), pp. 672–677.
ICPR-v4-2000-Uchida #authentication #interface #mobile- Fingerprint-Based User-Friendly Interface and Pocket-PID for Mobile Authentication (KU), pp. 4205–4209.
SAC-1996-MisirMC #approach #fuzzy #heuristic- A heuristic approach to determine the gains of a fuzzy PID controller (DM, HAM, GC), pp. 609–613.
HCI-SHI-1993-NogamiYYM #development #learning- Development of a Simulation-Based Intelligent Tutoring System for Assisting PID Control Learning (TN, YY, IY, SM), pp. 814–818.
