Martin Krzywinski of the Genome Sciences Center in Vancouver, British Columbia has created elegant linear hive plots to detangle the often-messy informational graphics known as network hairballs. Network hairballs are graphics that become impenetrably complex as network sizes increase; they are ineffective for visualization.
Linear hive plots constrain the arrangement of nodes using creator-identified network properties. This results in elegant infographics that are visually assessable and easier to understand.
Implications - While today's cutting-edge technology is certainly one of the greatest accomplishments of the human race, many individuals often feel overwhelmed and intimidated by its complexity. Businesses that can offer simple and accessible solutions and guides to users will fare well amongst today's tech-obsessed consumer industry.
Detangling Network Hairballs
Martin Krzywinski's Linear Hive Plots Simplify Complex Visualization
Trend Themes
1. Linear Hive Plots - Linear hive plots offer a solution to the messy and complex visualization of network hairballs, providing visually assessable infographics.
2. Simplified Information Graphics - Simplified information graphics, such as linear hive plots, are becoming increasingly popular as a way to visually convey complex data in an understandable manner.
3. User-friendly Technology Solutions - The demand for user-friendly technology solutions is on the rise, presenting opportunities for businesses to create accessible guides and products that simplify complex technologies.
Industry Implications
1. Data Visualization - The data visualization industry can leverage the use of linear hive plots to create more effective and visually assessable representations of complex networks.
2. Technology - The technology industry can capitalize on the demand for simplified information graphics by developing user-friendly tools and platforms for creating and presenting data.
3. Consumer Electronics - In the consumer electronics industry, there is a need for accessible user guides and solutions that simplify the use of complex devices and technology.