... defined in a metamorphic link Body frames defined in a metamorphic link 08 05 2024 02 09 2024 04 09 2024 03 10 2024 1 Corresponding author. Email: n.stravopodis@syros.aegean.gr Email: v.moulianitis@uop.gr dynamics and control modeling...

...: ethanjlau@gmail.com Email: vaibhav@egr.msu.edu Email: shaunak@egr.msu.edu Dynamics and control Human-machine interfaces Machine learning robotics ASME Letters in Dynamic Systems and Control. Received July 19, 2024; Accepted manuscript posted September 19, 2024. doi:10.1115/1.4066629...

...: moeenrad@umich.edu Email: awtar@umich.edu 07 01 2024 30 05 2024 06 06 2024 25 07 2024 Graphical Abstract Figure flexible system settling time undershoot real nonminimum phase zeros proportional viscous damping dynamics and control flexible structures...

... systems computational methods computer-aided control design control applications dynamics and control model validation modeling multibody systems nonlinear control nonlinear systems robotics robust control unmanned vehicles vehicle dynamics and control Mobile robots consist...

...@students.kennesaw.edu Email: dehme@students.kennesaw.edu Email: cpenick1@kennesaw.edu 1 Corresponding author. Email: dkim97@kennesaw.edu 12 07 2023 28 11 2023 12 12 2023 29 01 2024 adaptive control biological systems applications dynamics and control model predictive...

... 11 2023 10 11 2023 02 01 2024 laser powder bed fusion data-driven control model-based feedforward dynamics and control manufacturing systems modeling Division of Civil, Mechanical and Manufacturing Innovation 10.13039/100000147 2222250 Quality control...

...). Efficient regulation of vehicle density in cell C i requires two control inputs for recommended velocities in C i − 1 (upstream cell) and C i (target cell). These commands can be adjusted to modify inflow and outflow, enabling dynamic density control within C i...

... aerospace systems autonomous systems biologically inspired methods control applications dynamics and control emerging control approaches flight control intelligent systems linear systems machine learning neural networks nonlinear control nonlinear systems unmanned vehicles vehicle dynamics...

...: christiahn.roman@jpl.nasa.gov Email: xbtan@msu.edu 24 07 2023 02 09 2023 13 09 2023 13 10 2023 rotorcraft exploration Mars individual blade control actuators CFD aerospace systems dynamics and control flight control modeling robotics unmanned vehicles vibration control...

... No. MECC2023-18. 08 07 2023 30 08 2023 02 09 2023 05 10 2023 1 Corresponding author. Email: daw1230@uw.edu Email: chx@uw.edu modeling control implementation powder bed fusion additive manufacturing control applications dynamics and control mechatronics...

...: Evaluating Derivatives , SIAM , Philadelphia . [29] Katz , B. , Di Carlo , J. , and Kim , S. , 2018 , “ Mini Cheetah: A Platform for Pushing the Limits of Dynamic Quadruped Control ,” IEEE International Conference on Robotics and Automation , Madrid, Spain , Oct. 1–5 , pp. 6295...

... robotic system control applications dynamics and control emerging control approaches robotics vision-based control Weber State University 10.13039/100007156 RSPG Hemingway New Faculty grant Playing throw and catch with a robot is not only intriguing but also suitable...

... applications dynamics and control mechanisms model validation modeling multibody systems nonholonomic systems PID control robotics unmanned vehicles The word omnidirectional means being in or involved in all directions. In robotic motion, it describes the ability of a system to move in any...

...: matveev@wsu.edu 28 11 2021 07 03 2022 07 03 2022 22 03 2022 air-cavity boats drag reduction oscillations resonance dynamics and control modeling vehicle dynamics and control Directorate for Engineering 10.13039/100000084 1800135 One...

... phase space dynamics and control The contributions of this work lie in demonstrating how equations of motion of a dynamical system can be derived from the properties of its phase space. In analytical dynamics, the idea of phase space emerges naturally from the Hamilton canonical equations...

...: vvikas@ua.edu 25 01 2021 04 10 2021 06 10 2021 26 10 2021 control applications dynamics and control PID control robotics sensors and sensor networks National Science Foundation 10.13039/100000001 1832993 The inverted pendulum problem is a classic...

... 12 2020 03 06 2021 05 06 2021 19 07 2021 control applications dynamics and control identification mechatronics modeling additive manufacturing feedback process control Division of Computer and Network Systems 10.13039/100000144 1645648 Laser powder...

... applications dynamics and control intelligent systems vibration control vibrations Wind-induced vibration (WIV) is a major concern for flexible engineering structures such as airplane wings, spacecraft, power transmission lines, and cable-stayed bridge (see Fig. 1 ). For power transmission lines...

... Mathematik , 7 ( 3 ), pp. 206 – 216 . 10.1007/BF01436075 Email: dangwal.3@osu.edu Email: canova.1@osu.edu 16 09 2020 31 03 2021 31 03 2021 04 05 2021 dynamics and control energy storage identification modeling optimization algorithms Lithium-ion...

... Emails: tychu@ntumems.net ; r05543049@g.ntu.edu.tw Email: zxlin@ntumems.net Email: cklee@ntumems.net 19 10 2020 23 03 2021 30 03 2021 29 04 2021 piezoelectric actuator piezoelectric linear motor traveling wave dynamics and control flexible structures linear...