Self-Healing Network

Innovative architecture for enhanced system repair efficiency and performance.

A messy tangle of blue, black, and green cables connected to network equipment on a shelf. There are several electronic devices, including routers and switches, with cables haphazardly arranged. A power outlet is visible on the wall.

A messy tangle of blue, black, and green cables connected to network equipment on a shelf. There are several electronic devices, including routers and switches, with cables haphazardly arranged. A power outlet is visible on the wall.

Experimental Validation

Testing architecture against traditional methods in various scenarios.

A wall decorated with colorful street art featuring six framed graphics. The top left graphic shows a simple network diagram with three interconnected circles set on a purple background. Next to it, there's a design with two overlapping speech bubbles, one blue with exclamation marks and the other yellow with dots, also on a purple background. The next frame presents a stylized yellow pig on a green background. Below, the bottom left has an eye on a yellow background with blue highlights, while the adjacent illustration is a globe on a blue background outlined in yellow. The scene includes vibrant, bold colors and basic geometric shapes.

A wall decorated with colorful street art featuring six framed graphics. The top left graphic shows a simple network diagram with three interconnected circles set on a purple background. Next to it, there's a design with two overlapping speech bubbles, one blue with exclamation marks and the other yellow with dots, also on a purple background. The next frame presents a stylized yellow pig on a green background. Below, the bottom left has an eye on a yellow background with blue highlights, while the adjacent illustration is a globe on a blue background outlined in yellow. The scene includes vibrant, bold colors and basic geometric shapes.

A server rack containing various network and power management devices. The devices feature buttons, switches, and digital displays, indicating active usage and monitoring capabilities. The rack has a black metal mesh design for ventilation.

A server rack containing various network and power management devices. The devices feature buttons, switches, and digital displays, indicating active usage and monitoring capabilities. The rack has a black metal mesh design for ventilation.

A hand is inserting a blue Ethernet cable into a white wall socket. The socket and cable appear to be part of a network setup.

A hand is inserting a blue Ethernet cable into a white wall socket. The socket and cable appear to be part of a network setup.

Theoretical Analysis

Analyzing biological mechanisms to propose new network architecture.