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Showing below up to 50 results in range #551 to #600.
- Problem 1 b and c -- Plot step and freq response
- Problem 1c - Ziegler-Nichols
- Problem 1d correction, hint
- Problem 2.c observer state plot
- Problem 2 -- How to deal with "d" term.
- Problem 2 -- Parameter values missing
- Problem 2 -- Saturation of signal u
- Problem 2 -- What's the second element in the state of the system?
- Problem 2 - Actuator block
- Problem 2b -- Do I need to include the controller and feedback?
- Problem 2b -- Does this mean exactly or at least fifty percent?
- Problem 2b -- Value of kp
- Problem 3: How to deal with the saturation?
- Problem 3 -- Does "output get smaller as k gets larger" mean it gets more negative or more closer to zero?
- Problem 3 - Is the A matrix zero?
- Problem 3a -- Formula correction
- Problem 3d - Pay special attention to low Ti values
- Problem 4 -- Do I have to sum n i(t)?
- Problem 4 - How do we decompose H(w)?
- Problem 4a -- Change gain crossover to bandwith
- Problem 4c -- Settling time
- Problem 6 -- Missing length in 2nd set of equations
- Proportional Derivative (PD) Control on the Euclidean Group
- Protocols for Implementing an Escherichia coli Based TX-TL Cell-Free Expression System for Synthetic Biology
- Python-control/Developer assignments
- Python-control/Download
- Quantification and Minimization of Crosstalk Sensitivity in Networks
- Quantifying Crosstalk in Biochemical Systems
- Quantitative Performance Bounds in Biomolecular Circuits due to Temperature Uncertainty
- Quantized Consensus via Adaptive Stochastic Gossip Algorithm
- Question 1
- Question 3
- Question 4
- RMM research meetings, Jan 2026
- RMM research meetings, Jul-Aug 2025
- RMM research meetings, Mar 2026
- RMM research meetings, May 2025
- Ram Vasudevan, October 2012
- Rapid Hover to Forward Flight Transitions for a Thrust Vectored Aircraft
- Rapid prototyping of biomolecular circuits through module characterization in cell-free expression systems
- Ray Haines
- Raytheon visit, 3 Apr 2014
- Real-Time Constrained Trajectory Generation Applied to a Flight Control Experiment
- Real-Time Control Experiments for Instruction and Research at Caltech
- Real-Time Optimal Trajectory Generation for Constrained Dynamical Systems
- Real-Time Trajectory Generation for the Cooperative Path Planning of Multi-Vehicle Systems
- Real-time trajectory generation for constrained nonlinear dynamical systems using non-uniform rational B-spline basis functions
- Real-valued average consensus over noisy quantized channels
- Real Time Trajectory Generation for Differentially Flat Systems
- Real Time Trajectory Generation for Differentially Flat Systems with Unstable Zero Dynamics
