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Modelování a simulace komplexních systémů : Jak lépe porozumět světu /

Detalles Bibliográficos
Clasificación:	Libro Electrónico
Autor principal:	Pelánek, Radek (Autor)
Formato:	Electrónico eBook
Idioma:	Checo
Publicado:	Brno : Masaryk University, 2011.
Temas:	Computer simulation. Simulation methods. Multiagent systems. Computer Simulation Simulation par ordinateur. Méthodes de simulation. Systèmes multiagents (Intelligence artificielle) simulation. simulation methods. SCIENCE > System Theory. TECHNOLOGY & ENGINEERING > Operations Research. Computer simulation Multiagent systems Simulation methods
Acceso en línea:	Texto completo

Tabla de Contenidos:

Intro; Obsah; PÅ#x99;edmluva; Ä#x8C;Ã¡st I ObecnÃ© principy; 1 Ã#x9A;vod; 1.1 O tÃ©matu; 1.2 ProÄ#x8D; se modelovÃ¡nÃm zabÃ½vat?; 1.3 O knize; 2 KomplexnÃ systÃ©my; 2.1 JednoduchÃ© a sloÅ¾itÃ©; 2.2 Charakteristiky komplexnÃch systÃ©mÅ;̄ 2.3 Studium komplexnÃch systÃ©mÅ;̄ 2.4 ShrnutÃ; 3 UvaÅ¾ovÃ¡nÃ o systÃ©mech; 3.1 IntuitivnÃ myÅ¡lenÃ; 3.2 SystÃ©movÃ© myÅ¡lenÃ; 3.3 InduktivnÃ a deduktivnÃ myÅ¡lenÃ; 3.4 DecentralizovanÃ© myÅ¡lenÃ; 3.5 ShrnutÃ; 4 ZpÄ#x9B;tnÃ¡ vazba; 4.1 ZÃ¡kladnÃ zpÄ#x9B;tnÃ© vazby; 4.2 Kombinace zpÄ#x9B;tnÃ½ch vazeb; 4.3 ShrnutÃ; 5 ModelovÃ¡nÃ a simulace
5.1 ZÃ¡kladnÃ myÅ¡lenky o modelovÃ¡nÃ5.2 CÃle modelovÃ¡nÃ a simulace; 5.3 Typy modelÅ;̄ 5.4 Specifika vÃ½poÄ#x8D;etnÃch modelÅ;̄ 5.5 FÃ¡ze modelovÃ¡nÃ; 5.6 ShrnutÃ; Ä#x8C;Ã¡st II Metody modelovÃ¡nÃ a simulace; 6 MatematickÃ© modelovÃ¡nÃ a systÃ©movÃ¡ dynamika; 6.1 MatematickÃ© modelovÃ¡nÃ pomocÃ rovnic; 6.2 SystÃ©movÃ¡ dynamika; 6.3 ZÃ¡kladnÃ vzory chovÃ¡nÃ; 6.4 ShrnutÃ; 7 BunÄ#x9B;Ä#x8D;nÃ© automaty a modelovÃ¡nÃ zaloÅ¾enÃ© na agentech; 7.1 BunÄ#x9B;Ä#x8D;nÃ© automaty; 7.2 PÅ#x99;Ãklady bunÄ#x9B;Ä#x8D;nÃ½ch automatÅ;̄ 7.3 ModelovÃ¡nÃ zaloÅ¾enÃ© na agentech; 7.4 PÅ#x99;Ãklady modelÅ ̄zaloÅ¾enÃ½ch na agentech
7.5 ShrnutÃ8 ModelovÃ¡nÃ myÅ¡lenÃ a vÃ½voje; 8.1 Teorie her a racionÃ¡lnÃ uvaÅ¾ovÃ¡nÃ; 8.2 ModelovÃ¡nÃ induktivnÃho myÅ¡lenÃ; 8.3 SimulovanÃ¡ evoluce; 8.4 ShrnutÃ; 9 KomplexnÃ sÃtÄ#x9B;; 9.1 Ã#x9A;vodnÃ poznÃ¡mky; 9.2 Vlastnosti komplexnÃch sÃtÃ; 9.3 Modely komplexnÃch sÃtÃ; 9.4 Procesy na sÃtÃch; 9.5 ShrnutÃ; 10 Metody analÃ½zy modelÅ;̄ 10.1 Ã#x9A;vodnÃ poznÃ¡mky; 10.2 Verifikace a validace modelu; 10.3 ZobrazenÃ chovÃ¡nÃ modelu; 10.4 AnalÃ½za citlivosti; 10.5 Experimenty s modelem; 10.6 ShrnutÃ; Ä#x8C;Ã¡st III PÅ#x99;ÃpadovÃ© studie; 11 Epidemie; 11.1 ZÃ¡kladnÃ koncepty
11.2 JednoduchÃ© modely SIR epidemie11.3 RozÅ¡ÃÅ#x99;enÃ zÃ¡kladnÃch modelÅ;̄ 11.4 PÅ#x99;Ãklady studiÃ a nÃ¡strojÅ;̄ 11.5 ShrnutÃ; 12 ZÃ¡kladnÃ principy Å¾ivota; 12.1 Sebe-reprodukce a vznik Å¾ivota; 12.2 Evoluce; 12.3 Samo-organizace; 12.4 HomeostÃ¡za; 12.5 ShrnutÃ; 13 ModelovÃ¡nÃ sociÃ¡lnÃch a ekonomickÃ½ch systÃ©mÃ¹; 13.1 PozitivnÃ zpÄ#x9B;tnÃ¡ vazba v ekonomii; 13.2 ModelovÃ¡nÃ trhu; 13.3 UmÄ#x9B;lÃ© spoleÄ#x8D;nosti; 13.4 ShrnutÃ; 14 SpoluprÃ¡ce a soutÄ#x9B;Å¾enÃ; 14.1 Dilema vÄ#x9B;znÄ#x9B;; 14.2 Turnaje poÄ#x8D;ÃtaÄ#x8D;ovÃ½ch strategiÃ; 14.3 ModelovÃ¡nÃ vzniku norem; 14.4 Altruismus; 14.5 ShrnutÃ
15 Meze rÅs̄tu15.1 Ã#x9A;vodnÃ poznÃ¡mky; 15.2 Model World3; 15.3 AnalÃ½za modelu; 15.4 ZÃ¡vÄ#x9B;ry a souvislosti; 16 PÅ#x99;Ãklady aplikacÃ modelovÃ¡nÃ; 16.1 ModelovÃ¡nÃ poÄ#x8D;asÃ a klimatu; 16.2 ModelovÃ¡nÃ dopravy; 16.3 SystÃ©movÃ¡ biologie; 16.4 ShrnutÃ; 17 PÃ¡kovÃ© body; 17.1 Hierarchie pÃ¡kovÃ½ch bodÅ;̄ 17.2 ParetÅv̄ princip; 17.3 PÅ#x99;Ãklady; 17.4 ShrnutÃ; 15.5 ShrnutÃ; ZÃ¡vÄ#x9B;r; Literatura; A SlovnÃÄ#x8D;ek pojmÅ;̄ B PÅ#x99;ehled modelÅ;̄ C SoftwarovÃ© nÃ¡stroje; D NÃ¡mÄ#x9B;ty na cviÄ#x8D;enÃ a projekty; D.1 Epidemie; D.2 PopulaÄ#x8D;nÃ dynamika; D.3 ObecnÃ© nÃ¡mÄ#x9B;ty; E NÃ¡vodnÃ© otÃ¡zky; RejstÅ#x99;Ãk

Modelování a simulace komplexních systémů : Jak lépe porozumět světu /

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