FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3206077486> ?p ?o ?g. }

• W3206077486 abstract "The event graph representation of temporal networks suggests that the connectivity of temporal structures can be mapped to a directed percolation problem. However, similarly to percolation theory on static networks, this mapping is valid under the approximation that the structure and interaction dynamics of the temporal network are determined by its local properties, and, otherwise, it is maximally random. We challenge these conditions and demonstrate the robustness of this mapping in case of more complicated systems. We systematically analyze random and regular network topologies and heterogeneous link-activation processes driven by bursty renewal or self-exciting processes using numerical simulation and finite-size scaling methods. We find that the critical percolation exponents characterizing the temporal network are not sensitive to many structural and dynamical network heterogeneities, while they recover known scaling exponents characterizing directed percolation on low-dimensional lattices. While it is not possible to demonstrate the validity of this mapping for all temporal network models, our results establish the first batch of evidence supporting the robustness of the scaling relationships in the limited-time reachability of temporal networks." @default.
• W3206077486 created "2021-10-25" @default.
• W3206077486 creator A5002020728 @default.
• W3206077486 creator A5055929171 @default.
• W3206077486 creator A5072979385 @default.
• W3206077486 creator A5079596102 @default.
• W3206077486 date "2022-05-25" @default.
• W3206077486 modified "2023-10-18" @default.
• W3206077486 title "Directed percolation in random temporal network models with heterogeneities" @default.
• W3206077486 cites W138372711 @default.
• W3206077486 cites W1544632947 @default.
• W3206077486 cites W1638774395 @default.
• W3206077486 cites W1878853999 @default.
• W3206077486 cites W1964541705 @default.
• W3206077486 cites W1965567167 @default.
• W3206077486 cites W1965814841 @default.
• W3206077486 cites W1966151890 @default.
• W3206077486 cites W1968317380 @default.
• W3206077486 cites W1968781788 @default.
• W3206077486 cites W1968808935 @default.
• W3206077486 cites W1975443659 @default.
• W3206077486 cites W1981599289 @default.
• W3206077486 cites W1982508570 @default.
• W3206077486 cites W1982752101 @default.
• W3206077486 cites W1985718595 @default.
• W3206077486 cites W1991536008 @default.
• W3206077486 cites W1991999821 @default.
• W3206077486 cites W1995770673 @default.
• W3206077486 cites W2001236143 @default.
• W3206077486 cites W2008006577 @default.
• W3206077486 cites W2012173272 @default.
• W3206077486 cites W2013239615 @default.
• W3206077486 cites W2018149111 @default.
• W3206077486 cites W2019781265 @default.
• W3206077486 cites W2020145984 @default.
• W3206077486 cites W2021046139 @default.
• W3206077486 cites W2022612797 @default.
• W3206077486 cites W2025786790 @default.
• W3206077486 cites W2028208819 @default.
• W3206077486 cites W2029792996 @default.
• W3206077486 cites W2030539428 @default.
• W3206077486 cites W2040232110 @default.
• W3206077486 cites W2041740704 @default.
• W3206077486 cites W2050316258 @default.
• W3206077486 cites W2051314659 @default.
• W3206077486 cites W2051680297 @default.
• W3206077486 cites W2058105398 @default.
• W3206077486 cites W2068364184 @default.
• W3206077486 cites W2078391137 @default.
• W3206077486 cites W2085377061 @default.
• W3206077486 cites W2100238891 @default.
• W3206077486 cites W2131032125 @default.
• W3206077486 cites W2132515640 @default.
• W3206077486 cites W2142163717 @default.
• W3206077486 cites W2144543245 @default.
• W3206077486 cites W2160642361 @default.
• W3206077486 cites W2166660524 @default.
• W3206077486 cites W2276418792 @default.
• W3206077486 cites W2295461642 @default.
• W3206077486 cites W2342351268 @default.
• W3206077486 cites W2768869596 @default.
• W3206077486 cites W2773050805 @default.
• W3206077486 cites W2804087515 @default.
• W3206077486 cites W2946650169 @default.
• W3206077486 cites W2963104673 @default.
• W3206077486 cites W2963266215 @default.
• W3206077486 cites W2963405399 @default.
• W3206077486 cites W3009694818 @default.
• W3206077486 cites W3021274097 @default.
• W3206077486 cites W3037819556 @default.
• W3206077486 cites W3041533025 @default.
• W3206077486 cites W3042240660 @default.
• W3206077486 cites W3098325044 @default.
• W3206077486 cites W3098376187 @default.
• W3206077486 cites W3098558505 @default.
• W3206077486 cites W3101782363 @default.
• W3206077486 cites W3102446989 @default.
• W3206077486 cites W3102781811 @default.
• W3206077486 cites W3111939549 @default.
• W3206077486 cites W3119234214 @default.
• W3206077486 cites W3122782448 @default.
• W3206077486 cites W3125037789 @default.
• W3206077486 cites W3125618103 @default.
• W3206077486 cites W3127516292 @default.
• W3206077486 cites W3136119692 @default.
• W3206077486 cites W3166547661 @default.
• W3206077486 cites W3180360099 @default.
• W3206077486 cites W3199947862 @default.
• W3206077486 cites W4237347223 @default.
• W3206077486 cites W4293241248 @default.
• W3206077486 doi "https://doi.org/10.1103/physreve.105.054313" @default.
• W3206077486 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35706217" @default.
• W3206077486 hasPublicationYear "2022" @default.
• W3206077486 type Work @default.
• W3206077486 sameAs 3206077486 @default.
• W3206077486 citedByCount "3" @default.
• W3206077486 countsByYear W32060774862022 @default.
• W3206077486 countsByYear W32060774862023 @default.
• W3206077486 crossrefType "journal-article" @default.
• W3206077486 hasAuthorship W3206077486A5002020728 @default.

• next