π° Welcome to MyBunny.TV β Your Gateway to Unlimited Entertainment! π°
Enjoy 10,000+ Premium HD Channels, thousands of movies & series, and experience lightning-fast instant activation.
Reliable, stable, and built for the ultimate streaming experience β no hassles, just entertainment!
π Join the fastest growing IPTV community today and discover why everyone is switching to MyBunny.TV!
Tabakow I. Discrete Mathematical Structures Part II. 2022
To start this P2P download, you have to install a BitTorrent client like
qBittorrent
Category:Other Total size: 45.53 MB Added: 6 months ago (2025-03-10 23:39:12)
Share ratio:3 seeders, 0 leechers Info Hash:9BFB922BCDFDCB32EA9D8FE0CA835BEE58419AA7 Last updated: 58 minutes ago (2025-09-14 15:47:00)
Report Bad Torrent
×
Description:
Textbook in PDF format
Discrete mathematical structures, in particular such as mathematical logic and set theory, algebraic systems, formal languages, automata theory, graphs, number theory, coding theory, combinatorial analysis, discrete probability theory, Petri nets and so on, underpin a large amount of modern computer science.
Discrete structures became a very large and dynamic science. Unfortunately, the speedy developments and knowledge in this area makes impossible the presentation of all notions, definitions and applications used here.
This part is an extension of the previous one (i.e. a supplement / a separate work) and it is related to algebraic systems (considered as discrete mathematical structures).
Some basic notions concerning: operations and algebraic systems, lattices, multiple valued and fuzzy algebras, homomorphisms of algebraic systems (i.e. epimorphism, monomorphism, isomorphism, endomorphism and automorphism), congruencies, quotient algebraic systems, finite direct products of algebraic systems and free algebraic systems, grammars and sequential machines, algorithms, computability, recursion, graph theory and Petri nets, combinatorial analysis, probability theory, Markovβs chains, number theory, information, coding and algorithm complexity, are briefly considered in this part.
Several parts of this work were presented during my lectures at the Institute for Mechanical and Electrical Engineering in Sofia, now known as TU Sofia, Bulgaria and also at the Wroclaw University of Technology in Wroclaw, Poland. A preliminary version of this study was realised in accordance with some research projects during my stay in Wroclaw