New ellipse videos on Photobucket

At The Ellipse

anntheodore — Wed, 11 Aug 2010 03:01:00 MDT

At The Ellipse - AtTheEllipse.mp4

At The Ellipse Part 2

anntheodore — Wed, 11 Aug 2010 03:02:00 MDT

At The Ellipse Part 2 - AtTheEllipse2.mp4

Ellipse Engine Video

shepherd1857 — Wed, 18 Aug 2010 15:23:00 MDT

Ellipse Engine Video - DSCN1982.mp4

Ellipse Oval Sapphire Lab Created Fashion Ring

angarainc — Fri, 11 Nov 2011 03:22:00 MST

Ellipse Oval Sapphire Lab Created Fashion Ring - 2014838-eda825e1-4949-4a96-a6be-56e06e08f8ed-out.mp4

Ellipse Sapphire Ring Lab Created Sapphire Ellipse Ring Ellipse Lab Created Sapphire Ringnhttp:wwwangaracompoval-lab-created-sapphire-fashion-ring-sr0438slhtml

Easton S17 GRIP Ellipse red stick review

HockeyUs — Tue, 17 Aug 2010 16:06:00 MDT

Easton S17 GRIP Ellipse red stick review - b0db42f1e3ce7153e51868c0dbaecd71.mp4

Ellipse Video

kissfan — Thu, 18 Aug 2011 16:25:00 MDT

Ellipse Video - 100_2662_xvid.mp4

This is shot from The Ellipse an area between the White House and Washngton Monument (apologies for the jerkyness)

Underdeterminned Visual Servoing - matlab

ngans — Thu, 5 Aug 2010 04:06:00 MDT

Underdeterminned Visual Servoing - matlab - underactuatedVS.mp4

A Matlab simulation of a visual servo controller to track a moving target The controller will move the camera such that a large number of targets will all stay in the field of view Eight randomly moving points are used as features and could represent a dispersing crowd The blue ellipse is the goal standard deviation centered at the goal mean and the red ellipse is the current standard deviation centered at the current mean The system works well even as the points spread out very far

Visual Servoing - tracking a moving object with out an artificial target

ngans — Tue, 10 Aug 2010 15:43:00 MDT

Visual Servoing - tracking a moving object with out an artificial target - underdeterminned_1_car_no_target_1.mp4

A VR simulation of a visual servo controller to track a moving target The controller will move the camera such that a target will stay in the field of view For this simulation the camera is a fully actuated six-degree of freedom moving camera and the camera follows a moving car A bounding box is placed on the car by analyzing the image for the region that has the most color values that match the known color values of the car Tracking is accomplished by regulating the mean and standard deviation of corner points on the bounding box The blue ellipse is the goal standard deviation centered at the goal mean and the red ellipse is the current standard deviation centered at the current mean

Visual Servoing - keeping multiple objects in view

ngans — Sun, 1 Aug 2010 20:35:00 MDT

Visual Servoing - keeping multiple objects in view - underdeterminned_many_cars.mp4

A VR simulation of a visual servo controller to track a moving target The controller will move the camera such that a large number of targets will all stay in the field of view For this simulation the camera is a fully actuated six-degree of freedom moving camera For simplicity a pink target is placed on each vehicle and the center of that target is extracted in each video frame There is no tracking or matching of points between frames Targets are kept in view by regulating the mean and standard deviation of center points The blue ellipse is the goal standard deviation centered at the goal mean and the red ellipse is the current standard deviation centered at the current mean

Visual Servoing - tracking a moving object with out an artificial target part 2

ngans — Tue, 10 Aug 2010 15:44:00 MDT

Visual Servoing - tracking a moving object with out an artificial target part 2 - underdeterminned_1_car_no_target_2.mp4

keeping multiple objects in view with a PanTiltZoom Camera - Cars Spread Out - Two

ngans — Sun, 8 Aug 2010 16:12:00 MDT

keeping multiple objects in view with a PanTiltZoom Camera - Cars Spread Out - Two - underdeterminned_PTZ_vcars_spread2.mp4

A VR simulation of a visual servo controller to track several moving targets The controller will move the camera such that a large number of targets will all stay in the field of view In this case the camera is limited to PanTiltZoom actuation which required solving a novel image Jacobian for zoom actuation For simplicity a pink target is placed on each vehicle and the center of that target is extracted in each video frame There is no tracking or matching of points between frames Targets are kept in view by regulating the mean and standard deviation of center points The blue ellipse is the goal standard deviation centered at the goal mean and the red ellipse is the current standard deviation centered at the current mean The system works well even under severe underactuation

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - Cars Spread Out - One

ngans — Sun, 8 Aug 2010 16:10:00 MDT

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - Cars Spread Out - One - underdeterminned_PTZ_vcars_spread1.mp4

Matlab Simulation of keeping multiple targets in view using a PTZ camera

ngans — Sun, 8 Aug 2010 15:22:00 MDT

Matlab Simulation of keeping multiple targets in view using a PTZ camera - Underactuated_PTZ_matlab.mp4

A Matlab simulation of a visual servo controller to track a moving target The controller will move the camera such that a large number of targets will all stay in the field of view In this case the camera is limited to PanTiltZoom actuation which required solving a novel image Jacobian for zoom actuation The corners of the two independently moving squares are used as features points The red ellipse is the goal standard deviation centered at the goal mean and the blue ellipse is the current standard deviation centered at the current mean The top of the camera is shaded dark blue to highlight the camera motion The system works well even under severe underactuation and as the targets move away from each other

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - Two

ngans — Sun, 8 Aug 2010 10:36:00 MDT

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - Two - underdeterminned_PTZ_many_cars2.mp4

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - One

ngans — Sun, 8 Aug 2010 10:17:00 MDT

Visual Servoing - keeping multiple objects in view with a PanTiltZoom Camera - One - underdeterminned_PTZ_many_cars1.mp4

Visual Servoing - keeping multiple objects in view with a third person view of the cars and camera frame

ngans — Thu, 5 Aug 2010 22:40:00 MDT

Visual Servoing - keeping multiple objects in view with a third person view of the cars and camera frame - UDVS_3rd_person.mp4

A VR simulation of a visual servo controller to track a moving target The controller will move the camera such that a large number of targets will all stay in the field of view The left half of the video shows the camera view with some image data n(red and blue circles described below) superimposed The right half of the video shows a 3rd person view of the vehicles and camera frame (the set of axes starting near the top center of the right image) n nFor this simulation the camera is a fully actuated six-degree of freedom moving camera For simplicity a pink target is placed on each vehicle and the center of that target is extracted in each video frame There is no tracking or matching of points between frames Targets are kept in view by regulating the mean and standard deviation of center points The blue ellipse is the goal standard deviation centered at the goal mean and the red ellipse is the current standard deviation centered at the current mean

Men's Patek Philippe Ellipse 3848-1 18K Yellow Gold Watch

300watches — Fri, 4 May 2012 09:31:00 MDT

Men's Patek Philippe Ellipse 3848-1 18K Yellow Gold Watch - 1336145041287-444380-MensPatekPhilippeEllipse3848118KYellowGoldManualMechanicalWatch.mp4

It features a case crown lugs and pushed down back plate all made from a solid 18K yellow gold The oval case measures 27mm without the crown x 32mm without the lugs and protects a manual mechanical movement Meanwhile the bracelet is also made from the precious metal 18K yellow gold It uses a locking clasp and can fit a wrist up to 7 inches The watch has a total weight of 78 grams The blue Lapis dial features gold toned stick hour markers along with gold toned hour and minute hands that circle the display