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8th Brigade Army ROTC conducted the annual Senior Leader Visualization Training conference from January 24-26th 2023 at the American Lake Conference Center on Joint Base Lewis-McChord, Washington. The thirty battalions of 8th Brigade each sent a Professor of Military Science and the Senior Military Science Instructor, the senior officer and non-commissioned officer at an Army ROTC Battalion. Leaders discussed command guidance, recruiting operations, and ranger challenge. | Photo by Kailyn Heck, 8th Brigade Marketing and Digital Media Specialist
É uma aplicação que permite desenhar um grafo social (Sociograma), através da leitura da rede de amigos de um utilizador do Facebook. Estão disponÃvel quatro tipos de gráficos e cada um com uma leitura totalmente distinta da sua rede social.
The Cheesy Animation Factory Outsource 3D Architectural Rendering. It Require to a Residential 3D Architectural Rendering And Design Company with experienced architecture providing high-quality Architectural rendering services.
this is some sort of visualization of a torrent on azureus. i dont really know what its supposed to represent but doesnt it look just like part of a chris ware illustration? pretty.
The analysis of football teams as networks of individuals.
Connections between a player and the rest of the team according (here 2 levels). Position in the field are measures according the to area where each player receives the pass (centroid with weights). Size of the node represent the "betweenness" of each player. That is it represents how the ball-flow between other players depends on that particular player.
Data source: FIFA World Cup 2010
Data collected, analyzed and visualized with www.quadrigram.com
Screendumps of a Processing visualization using Miles Davies's "Bitches Brew" as input.
Source available here: mrben.co.uk/blog/2008/10/dancing-circles/
It was so cool to still see so much snow all on the mountains. It snowed on Thursday night but the sun came out for a few days.
This multi-color image visualizes structures containing different lipid subtypes that the researchers found in the same region of the fat body tissue within a fruit fly. Each lipid subtype has a different molecular composition that is represented by a different color in this image. These lipid subtypes were found using the team’s new PRM-SRS imaging detection technologies. The research team led by UC San Diego bioengineers that created this technology believe that it is the first method for distinguishing multiple lipid subtypes in cells and tissue samples by using nondestructive label-free optical imaging methods. Image credit: Lingyan Shi / UC San Diego bioengineering