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Showing below up to 50 results in range #1,521 to #1,570.
- HW8 problem 4 (1 revision)
- Han Zhang (1 revision)
- Has a stable system a stable eq. point? a limit cycle? (1 revision)
- Hats (1 revision)
- Honeywell 2005-10-26 (1 revision)
- How are the z variables defined on slide 10, Lecture 3-1? (1 revision)
- How do I plot a 3D phase portrait? (1 revision)
- How do equations given for dynamics on slide 10 relate to the state-space setup we used before? (1 revision)
- How do we choose epsilon in the definition of stability? (1 revision)
- How do we investigate stability of a system that has inputs? (1 revision)
- How do we read the simulated predator-prey graph? (1 revision)
- How is the Internet a feedback system? (1 revision)
- How many controllers should be plotted for problem 3c? (1 revision)
- How to review a technical paper (1 revision)
- How was V(x) derived on slide 13 of Lecture 3-1? (1 revision)
- Hw5 ex3.c - choice of rho (1 revision)
- Hw7 ex 3 - do we need to move the final time in the RHC? (1 revision)
- Hw7 ex 3 - how many plots are required? (1 revision)
- Hw 6 Problem 2 (1 revision)
- I'm a 101/110 student. Can I sit in on the 210 lectures on Fridays without being enrolled in 210? (1 revision)
- ICB Microbial, ICB Network19 (1 revision)
- I did not understand robustness (1 revision)
- I keep getting mixed up on whether the diagonalized form of A is T^(-1)AT or TAT^(-1). Is there an easy way to remember the correct form? (1 revision)
- Identification of Decision Rules in a Human-controlled System: Vehicles at a Traffic Intersection (1 revision)
- If there is a common pole and zero (say at a) in the closed loop transfer function, should I say there's one pole at a and also one zero at a? (1 revision)
- Implementation And Simulation Of Phosphorylation-Based Insulator In Transcription-Translation Platform (1 revision)
- In MATLAB, use feedback() command to obtain the closed loop transfer function. Do not use L/(1 L). (1 revision)
- In problem 3 (CDS 110), please use a different V2(x). (1 revision)
- Info for the invitees (1 revision)
- Integrase-mediated differentiation circuits improve evolutionary stability of burdensome and toxic functions in E. coli (1 revision)
- Inversion Based Trajectory Optimization (1 revision)
- Is it standard practice to use degrees to represent the phase in frequency response analysis? (1 revision)
- Is it true that feedback systems are in closed loop by definition? (1 revision)
- Is kp (the gain of the system) dimensionless? (1 revision)
- Is q1 a function of time (1 revision)
- Is the overshoot definition on slide 12 correct? (1 revision)
- Is the system on slide 5 stable? (1 revision)
- J2 Dynamics and Formation Flight (1 revision)
- James Hindley (1 revision)
- Just-in-time synthesis for motion planning with temporal logic (1 revision)
- Kaihang Wang (1 revision)
- Kalman Filtering Over A Packet-delaying Network: A Probabilistic Approach (1 revision)
- Kalman Filtering Over A Packet Dropping Network: A Probabilistic Perspective (1 revision)
- Kinetic Monte Carlo Simulation of Dynamic Phenomena in Thin Film Growth (1 revision)
- Lagrangian Mechanics and Carangiform Locomotion (1 revision)
- Learning diffeomorphism models of robotic sensorimotor cascades (1 revision)
- Lecture notes week 7 (1 revision)
- Leo Li (1 revision)
- Limits on the Network Sensitivity Function for Multi-Agent Systems on a Graph (1 revision)
- Limits on the network sensitivity function for multi-agent systems on a graph (1 revision)
