We provide a closed-form formula that, surprisingly, depends on only one additional parameter, the largest eigenvalue of the connectivity matrix. We illustrate ...

Oct 22, 2024 · In [7] , the authors focus on the conditions under which a sensor node can survive in an unreliable network. They propose and solve the problem ...

We provide a closed-form formula that, surprisingly, depends on only one additional parameter, the largest eigenvalue of the connectivity matrix. We illustrate ...

We propose and solve the problem using non-linear dynamical systems and fixed point stability theorems. We provide a closed-form formula that, surprisingly, ...

Information Survival Threshold in Sensor and P2P Networks. Chakrabarti D., Leskovec J., Faloutsos C., Madden S., Guestrin C., Faloutsos M. Expand. Publication ...

Explore the survivability of data in sensor networks through a dynamic system model, identifying a threshold determining data extinction or propagation.

We find an “information survival threshold” which determines whether, in a sensor or P2P network with failing nodes and links, a piece of information will ...

We find an "information survival threshold" which determines whether, in a sensor or P2P network with failing nodes and links, a piece of information will ...

Sep 20, 2022 · Abstract. Wireless sensor networks (WSNs) are composed of spatially distributed sensors and are considered vulnerable to attacks by worms.

In this paper, we propose a novel measure, viral conductance (VC), to assess the robustness of complex networks with respect to the spread of SIS epidemics.