id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-027178-tqj8jgem	Tian, Changbo	Modeling of Anti-tracking Network Based on Convex-Polytope Topology	2020-06-15		.txt	text/plain	4301	274	62	From the aspects of network stability, network resilience and destroy-resistance, we propose the convex-polytope topology (CPT) applied in the anti-tracking network. From the experimental results, CPT has better robustness, resilience and destroy-resistance confronted with dynamically changed topology, and performs better in the efficiency of network self-optimization. Especially, for the P2P-based anti-tracking network which takes the advantage of the wide distribution of nodes for tracking-resistant communication, it is important to keep a stable, secure and destroy-resistant topology structure. But the convex-polytope structure still has some extreme cases shown in Fig. 2 which may pose a potential threat on the structure stability and communication efficiency of anti-tracking network because of the key nodes. According to the properties of CPT, we can achieve the self-optimization of anti-tracking network to balance the distribution of nodes' connectivity. For each network constructed by CPT, NN and DHT, we randomly remove p percent of nodes and count the time requirement of network self-optimization as the metric.	./cache/cord-027178-tqj8jgem.txt	./txt/cord-027178-tqj8jgem.txt