Pesca Pubblicazione scientifica Networking the Boids Is More Robust Against Adversarial Learning FILONE TECNOLOGICO TEMA produzione e cattura RIASSUNTO Swarm behavior using Boids-like models has been studied primarily using close-proximity spatial sensory information (e.g., vision range). In this study, we propose a novel approach in which the classic definition of boids' neighborhood that relies on sensory perception and Euclidian space locality is replaced with graph-theoretic network-based proximity mimicking communication and social networks. We demonstrate that networking the boids leads to faster swarming and higher quality of the formation. We further investigate the effect of adversarial learning, whereby an observer attempts to reverse engineer the dynamics of the swarm through observing its behavior. The results show that networking the swarm demonstrated a more robust approach against adversarial learning than local-proximity neighborhood structure. DATA Data di pubblicazione: 27/08/2017 AUTORI JIANGJUN TANG GEORGE LEU HUSSEIN A ABBASS ENTE DI AFFERENZA CANBERRA NSW AUSTRALIA RIVISTA IEEE Transactions on Network Science and Engineering (Volume: 5, Issue: 2, Page(s): 141-155)