We analyze the performance of this strategy by simulations on small-world networks. On average, OnRipple is 34 % faster than traditional targeted immunization.

With a light-weighted, scalable and distributed framework and an "axis" structure, OnRipple builds-up an effective over- lay network. Thus, nodes have essential ...

Targeted immunization has been studied as an ap- plicable measure for network epidemics. Unless global information is collected, existing targeted ...

Jul 30, 2007 · We analyze the performance of this strategy by simulations on small-world networks. On average, OnRipple is 34% faster than traditional targeted ...

OnRipple is totally an overlay network (Figure 1). It is worth mentioning that links between neighbors (the solid lines) are formerly created in applica- tion ...

Bibliographic details on OnRipple: A Distributed Overlay Framework for Targeted Immunization in Large-Scale Networks.

OnRipple: A Distributed Overlay Framework for Targeted Immunization in Large-Scale Networks · Download grid.hust.edu.cn. Targeted Immunization has been ...

OnRipple: A Distributed Overlay Framework for Targeted Immunization in Large-Scale Networks. SNPD (3) 2007: 911-916; 2006. [c1]. view. electronic edition via ...

OnRipple: A Distributed Overlay Framework for Targeted Immunization in Large-Scale Networks ... Immunization Strategies for Computer Networks and Populations.

OnRipple: A Distributed Overlay Framework for Targeted Immunization in Large-Scale Networks · Sirui YangHai JinXiaofei LiaoHong Yao. Computer Science, Medicine.