'Feedback signals' diaporamas de présentation

Active Visual Observer Integration of Visual Processes for Control of Fixation

Active Visual Observer Integration of Visual Processes for Control of Fixation. KTH (Royal Institute of Technology, Stockholm)and Aalborg University C.S. Andersen and H.I.Christensen. Architecture for controlling an agile camera. Basic system facilitates three low level processes: Fixation

697 views • 46 slides

Feedback signals

Movement. Feedback signals. Sensory: Dorsal-column vs anterior-lateral DC - touch & proprio., - AL - pain & temp DC - cross late - AL - cross early & ascend Motor: Dorsolateral vs ventromedial DL - more specific - VM - more diffuse (bilateral) DL - Distal - VM - proximal

565 views • 46 slides

ECE 4951

731 views • 46 slides

Voice Coil

Voice Coil. Michael Ryan ECE 5320 Mechatronics Assignment 1. Outline. Voice coil actuators fall into two main categories based on the type of motion provided. The first and most widely used is rotational. The second is linear.

1.49k views • 21 slides

Abouelabbas Ghanaim, Georg Frey

Faculty of Technology Electrical Engineering Dept. Modeling and Simulation of Ethernet based Networked Control Systems (NCS) using Colored Petri Nets (CPN). Abouelabbas Ghanaim, Georg Frey. Outline. Networked Control Systems Definition (NCS) Colored Petri Net Introduction

326 views • 20 slides

10.3 Regulation

10.3 Regulation. Objectives. What are some factors that control cell growth and division? How do feedback signals affect the cell cycle? How does cancer relate to the cell cycle?. Controls. Cell division is highly controlled . Cell growth and division depend on Protein signals :

352 views • 20 slides

Your Test

Your Test. Email crystal.ehresman@uleth.ca to go over your test in person See me if you have to complain about something. Extra-RF Influences. consider texture-defined boundaries classical RF tuning properties do not allow neuron to know if RF contains figure or background

240 views • 16 slides

Sound

L3. L1. More often with song . More often with noise. NCM. CMM. CSt. L2. Processed sound signals first reach L2. From there they reach L1, L3, and CMM. Sound . CMM then sends information to multiple brain regions, including feedback loops to L1, L2, and L3.

155 views • 1 slides