'Roll angle' presentation slideshows

Design of a compact AFM scanner

Design of a compact AFM scanner. Compact, high speed and high accuracy AFM scanner K. J. Kamp June 26, 2013 Committee: Prof . Ir. R.H. Munnig Schmidt Dr. Ir. S. Kuiper Dr. Ir. J. L. Herder Dr. Ir. J. F. L. Goosen. Outline. Introduction to Atomic Force Microscopes (AFM)

757 views • 55 slides

Plenoptic Modeling: An Image-Based Rendering System

705 views • 43 slides

Handling

Handling. Low-speed turning High-speed turning Understeer. L. L. d = tan -1 ----- = -----. i. R-t/2. R-t/2. L. L. d = tan -1 ----- = -----. o. Low-speed Turning. d. o. d. i. R+t/2. R+t/2. For large radii, R >> t/2. L. d = --. Ack. R. L. R. Turn Center. t.

905 views • 42 slides

Choong K. Oh and Gregory J. Barlow U.S. Naval Research Laboratory North Carolina State University

Choong K. Oh and Gregory J. Barlow U.S. Naval Research Laboratory North Carolina State University. Autonomous Controller Design for Unmanned Aerial Vehicles using Multi-objective Genetic Programming. Overview. Problem Unmanned Aerial Vehicle Simulation Multi-objective Genetic Programming

362 views • 27 slides

Gregory J. Barlow, Choong K. Oh, and Edward Grant North Carolina State University

Gregory J. Barlow, Choong K. Oh, and Edward Grant North Carolina State University U.S. Naval Research Laboratory. Incremental Evolution of Autonomous Controllers for Unmanned Aerial Vehicles using Multi-objective Genetic Programming. Overview. Problem Unmanned Aerial Vehicle Simulation

361 views • 25 slides

Gregory J. Barlow, Choong K. Oh, and Edward Grant North Carolina State University

Gregory J. Barlow, Choong K. Oh, and Edward Grant North Carolina State University U.S. Naval Research Laboratory. Incremental Evolution of Autonomous Controllers for Unmanned Aerial Vehicles using Multi-objective Genetic Programming. Overview. Problem Unmanned Aerial Vehicle Simulation

253 views • 25 slides

Analysis of Multipole and Position Tolerances for the ATF2 Final Focus Line

Analysis of Multipole and Position Tolerances for the ATF2 Final Focus Line. James Jones ASTeC, Daresbury Laboratory. Field Tolerances. Use as.mad lattice (original NLC-like solution from M. Pivi) Track 1000 particle beam from beginning of extraction line to IP

227 views • 22 slides

Future Cold BPMs at DESY

269 views • 15 slides

Stochastic Predictions of Parametric Roll Motions of Ships

Stochastic Predictions of Parametric Roll Motions of Ships. J. Juncher Jensen Department of Mechanical Engineering, Technical University of Denmark, Denmark. Parametric Roll. Container Ship in Head Sea. Parametric Roll in Regular Waves. Linear Stochastic Waves. Equivalent Wave for GZ.

302 views • 15 slides

End effector

End effector. End effector - the last coordinate system of figure Located in joint N . But usually, we want to specify it in base coordinates . 1. End effector. A transformation from the link N to the base : . 2. End effector. We can also express it as

336 views • 14 slides

Motivation

Motivation. control of smart wheelchairs for people suffering from quadriplegia asks for suitable interface methods available approaches employ still functioning communication channels like direction of gaze computer vision [Canzler et al. 2004]

227 views • 14 slides

Motivation

Motivation. control of smart wheelchairs for people suffering from quadriplegia asks for suitable interface methods available approaches employ still functioning communication channels like direction of gaze computer vision [Canzler et al. 2004]

143 views • 14 slides

Guide Star Discussion

202 views • 12 slides

Wes Ousley June 28, 2001

SuperNova/ Acceleration Probe (SNAP). Thermal. Wes Ousley June 28, 2001. Thermal Topics. Overview Mission Requirements Selected Configuration and Rationale Mass, Power, and Cost Summary Risk Assessment Issues and Concerns. Thermal Overview.

240 views • 12 slides