(p.237) Appendix H A Guide to the Network Literature
(p.237) Appendix H A Guide to the Network Literature
(p.237) Appendix H
A Guide to the Network Literature
The list of references in the Bibliography is long, and many works were not cited in the main chapters. Moreover, a number of interesting problems were not even touched upon. To help the reader we present a brief guide to numerous valuable sources.1
Books about networks
A book on small-world networks: Watts (1999).
A book on ecological webs: Cohen, Briand, and Newman (1990).
Books on related problems
Recent reviews on networks
Reviews on complex evolving networks: Strogatz (2001), Albert and Barabási (2002), Dorogovtsev and Mendes (2002), and the collection of contributions, including brief reviews, in Bornholdt and Schuster (2002).
A brief review on biological networks: Bose (2002).
(p.238) Graph theory papers
Papers on the Internet and Www written by computer scientists
Brin and Page (1998), Butler (2000), Chakrabarti, Dom, Gibson, Kleinberg, Kumar, Raghavan, Rajagopalan and Tomkins (1999), Claffy (1999), ClafFy, Monk, and McRobb (1999), Dean and Henzinger (1999), Gibson, Kleinberg, and Raghavan (1998), Gunther (2002), Kumar, Raghavan, Rajagopalan, Sivakumar, Tom-kins, and Upfal (2000a), Lawrence (2000), Lawrence and Giles (1998a, 1998b, 1999a, 1999b), Pansiot and Grad (1998), Rafiei and Mendelzon (2000).
Papers on the Internet and Www written by physicists
Abe and Suzuki (2002), Adamic and Huberman (2000), Barabási, Albert, Jeong, and Bianconi (2000), Barabási, Freeh, Jeong, and Brockman (2001), Caldarelli, Marchetti, and Pietronero (2000), Capocci, Caldarelli, Marchetti, and Pietronero (2001), Goh, Kahng, and Kim (2002), Huberman, Pirolli, Pitkow, and Lukose (1998), Kahng, Park, and Jeong (2001), Maslov and Sneppen (2002b), Maurer and Huberman (2000, 2001).
Empirical and experimental study of cellular networks
Barkai and Leibler (1997), Bastolla, Porto, Roman, and Vendruscolo (2001), Becskei and Serrano (2000), Bhalla and Iyengar (1999), Bilke and Peterson (2001), Elowitz and Leibler (2000), Farkas, Jeong, Vicsek, Barabási, and Olt-vai (2002), Ito, Chiba, Ozawa, Yoshida, Hattori, and Sakaki (2001), Ito, Tashiro, Muta, Ozawa, Chiba, Nishizawa, Yamamoto, Kuhara, and Sakaki (2000), Po-dani, Oltvai, Jeong, Tombor, Barabási, and Szathmáry (2001).
Theory and models of cellular networks
Brede and Behn (2001), Fox and Hill (2001), Fraser and Reidys (1997), Holland (2001), Hörnquist (2001), Kauffman (1969), Maritan, Colaiori, Flammini, Cieplak, and Banavar (1996), Pastor-Satorras, Smith, and Solé (2002), Wagner (2001b, 2001c).
Camacho, Guimerà, and Amaral (2001, 2002)Dunne, Williams, and Martinez (2002b), Lässig, Bastolla, Manrubia, and Valleriani (2001), Montoya and Solé (2001), Quince, Higgs, and McKane (2001), Williams and Martinez (2000), Williams, Martinez, Berlow, Dunne, and Barabási (2001).
Collaboration and social networks
Abramson and Kuperman (2000), Alberich, Miro-Julia, and Rossello (2002), As-vanund, Clay, Krishnan, and Smith (2001), Calvó-Armengol and Zenou (2001), (p.239) Davidsen, Ebel, and Bornholdt (2001), Gilbert (1997), Jin, Girvan, and Newman (2001), Watts, Dodds, and Newman (2002).
Other real networks
Transportation nets: Banavar, Maritan, and Rinaldo (1999).
Networks in economics: Kim, Lee, Kim, and Kahng (2001), Kullmann, Kertész, and Kaski (2001).
Networks in semantics: Steyvers and Tenenbaum (2001).
Almaas, Kulkarni, and Strond (2002), Araujo, Mendes, and Seixas (2002), de Arcangelis and Herrmann (2002), Barbour and Reinert (2001), Barrat (1999), Barthélémy and Amaral (1999), Cornelias and Sampels (2000, 2001), Jasch and Blumen (2001), Jespersen and Blumen (2000), Jespersen, Sokolov, and Blu-men (2000a, 2000b), Karimipour and Ramzanpour (2002), Kasturirangan (1999), Kulkarni, Almaas, and Stroud (2000), Kuperman and Abramson (2001a), Latora and Marchiori (2001, 2002a), Marchiori and Latora (2000), Mathias and Gopal (2001), de Menezes, Moukarzel, and Penna (2000), Moukarzel (2000), Moukarzel and de Menezes (1999), Newman (2000a. 2000b), Newman, Moore, and Watts (2000), Newman and Watts (1999a, 1999b), Pandit and Amritkar (1999, 2001), Ramzanpour and Karimipour (2002), Souma, Fujiwara, and Aoyama (2001).
Structural properties of various networks
Bagnoli and Bezzi (2001), Dall and Christensen (2002), Dorogovtsev, Mendes, and Samukhin (2002c), Eckmann and Moses (2001), Gleiss, Stadler, Wagner, and Fell (2000), Gudkov and Johnson (2001), Han and Li (2002), Holme and Kim (2001, 2002), Holme, Kim, Yoon, and Han (2002), Kansal and Torquato (2001), Kim, Yoon, Han, and Jeong (2001), Latora and Marchiori (2002b), Manna and Sen (2002), Moreira, de Andrade Jr, and Amaral (2002), Mossa, Barthélémy, Stanley, and Amaral (2002). Newman (2001c, 2002c), Rodgers and Darby-Dowman (2001), Sen and Chakrabarti (2001), Svenson (2001), Vandewalle and Ausloos (1997), White and Newman (2001).
Models of evolving networks
Bianconi (2002b), Bornholdt and Rohlf (2000), Christensen, Donangelo, Koiller, and Sneppen (2000), Eppstein and Wang (2002), Ergun (2002), Ipsen and Mi-khailov (2001), Jain and Krishna (1998), Jost and Joy (2002), Klenmm and Eguíluz (2002a, 2002b), Kotrla, Slanina. and Steiner (2002), Kullmann and Kertész (2001a, 2001b), Levene, Fenner. Loizou, and Wheeldon (2002), Newman (2001b. 2002c), Rohlf and Bornholdt (2002), Roehl and Bornholdt (2001), Slanina and Kotrla (1999, 2000), Tadić (2001a. 2001d), Vázquez (2001a), Volchenkov and Blanchard (2002), Xulvi-Brunet and Sokolov (2002), Zheng and Ergun (2001).
(p.240) Cooperative phenomena in networks
Percolation: Cohen, Erez, ben-Avraham, and Havlin (2001b), Lancaster (2002), Moore and Newman (2000a, 2000b), Newman, Jensen, and Ziff (2002), Schwartz, Cohen, ben-Avraham, Barabási, and Havlin (2002), Weigt and Hartmann (2000, 2001a, 2001b).
Spread of deseases: Ancel, Newman, Martin, and Schrag (2001), Kuperman and Abramson (2001b), Newman (2001d, 2002b), Zanette and Kuperman (2001), Zekri and Clerc (2001), rumour propagation: Zanette (2001a, 2001b, 2002). The Ising model: Bianconi (2006a), Gitterman (2000), Janke, Johnston, and Stathakopoulos (2002), Svenson and Johnston (2002).
The XY model: Kim, Hong, Holme, Jeon, Minnhagen, and Choi (2001).
Self-organized criticality models on networks: Kulkarni, Almaas, and Stroud (1999), Moreno, Gómez, and Pacheco (2002), Moreno and Vázquez (2002). Other cooperative phenomena: Bernardes, Stauffer, and Kertész (2002), Copelli, Zorzenon dos Santos, and Sa Martins (2001), Glass and Hill (1998), Jain and Krishna (2001, 2002), Kuperman and Zanette (2002), Lise and Paczuski (2002), Lux and Marchesi (1999), Maslov and Zhang (2001), Sánchez, López, and Rodríguez (2002).
Communications, congestion, and walks on networks
Adamic, Lukose, and Huberman (2002), Arenas, Díaz-Guilera, and Guimerà (2001), Guardiola, Díaz-Guilera, Perez, Arenas, and Lias (2000), Guimerà, Arenas, and Díaz-Guilera (2001), Fuks and Lawniczak (1999), Kinouchi, Martinez, Lima, Lourenco, and Risau-Gusman (2001), Lahtinen, Kertész, and Kaski (2001, 2002), Lih and Chern (2001), Monasson (1999), Puniyani, Lukose, and Huberman (2001), Sachtjen, Carreras, and Lynch (2000), Tadić (2001b, 2001c), Valverde and Solé (2002).
Electronic archives with papers on networks
Many recent papers on networks can be found in electronic archives:
The history of the Internet
The page of Vint Cerf:
The history of the WWW
The page of Tim Berners-Lee:
(1) In many cases the sources already cited in the main chapters of the book are omitted from this guide.