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Contents

   



(Top)
 


1 Articles I've contributed significantly to  



1.1  Smaller articles I've contributed to  







2 Featured Pictures  



2.1  Pittsburgh  





2.2  Organic Molecules Render  





2.3  BML Traffic Model  





2.4  Maze generation  







3 Arbitrary selection of other diagrams I've made  



3.1  Coherent point drift  





3.2  Orbits of the Swinging Atwood's Machine  





3.3  Monte Carlo localization  







4 Photography  



4.1  Current gear  



4.1.1  Camera  





4.1.2  Lenses  







4.2  Retired gear  
















User:Dllu

















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From Wikipedia, the free encyclopedia
 


This is the userpage of dllu. I work on robotics. I enjoy programming, 2D vector graphics, 3D graphics, physics, and photography.

I contribute mostly to articles related to computing, robotics, geometry, and various niche topics, although I sometimes contribute photos to other articles. Please feel free to add things to the articles listed below or post any questions to my talk page.

Articles I've contributed significantly to

[edit]

Smaller articles I've contributed to

[edit]
[edit]

Pittsburgh

[edit]
Sony a7R, Sony Zeiss Sonnar T* FE 55mm f/1.8 ZA

Organic Molecules Render

[edit]
Created with Rhinoceros 3D and VRay.

BML Traffic Model

[edit]
Aglobally jammed phase with a traffic density of 60%.
Afree flowing phase with a traffic density of 28%.
Aperiodic intermediate phase with a traffic density of 38%.
Adisordered intermediate phase with a traffic density of 39%.

Maze generation

[edit]
30x20 "backtracking" maze generation.
30x20 "prim" maze generation.

Arbitrary selection of other diagrams I've made

[edit]

Coherent point drift

[edit]

These were made with the reference implementation of coherent point drift by Myronenko and Song.

Affine point set registration without noise.
Rigid point set registration with noise.
Non-rigid point set registration with noise.

Orbits of the Swinging Atwood's Machine

[edit]
Type A orbits of the Swinging Atwood's machine.
Type B orbits of the Swinging Atwood's machine.

The following family of diagrams are generated by my C++ code, which can be found at [1].

Orbit with mu = 3 starting from rest.
Orbit with mu = 5 starting from rest.
Orbit with mu = 16 starting from rest.
Orbit with mu = 20 starting from rest.

Monte Carlo localization

[edit]
I see a door.
I don't see a door.

A robot using Monte Carlo localization to determine its position in a one-dimensional circular corridor containing three doors, using only a sensor that detects whether or not there is a door. The vertical grey bars at the bottom are the locations of the particles which represent the robot's current belief of its position. More particles clustered together means the robot is more likely to be there.

The following family of diagrams are generated by my C++ code, which can be found at [2].

1. Initialization.
2. Sensor update.
3. Resampling.
4. Motion update.
5. Sensor update.
6. Resampling.
7. Motion update.
8. Sensor update.
9. Resampling.

Photography

[edit]

Current gear

[edit]

Camera

[edit]

Lenses

[edit]

Retired gear

[edit]
Retrieved from "https://en.wikipedia.org/w/index.php?title=User:Dllu&oldid=1229650995"





This page was last edited on 18 June 2024, at 00:02 (UTC).

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