Algebraic aspects of big data in livestream in internet of mobile things

Abstract

Big data in livestream (BDL) is topic of interesting today, due to BDL appearing in the most of Internet of Mobile Things (IoMT). Algebraic aspects refer to applying algebraic structures and concepts to area of BDL in IoMT. They involve studying algebraic structures such as monoids by using them to analyze and solve problems in BDL in IoMT. Algebraic structures and comprehensive concepts are used to study and classify algebraic monoids where their properties are explored. Algebraic aspects have diverse applications. They are used in formal methods for software verification and program analysis, where algebraic structures are employed to model the behavior of programs and reason about their correctness. This article studies some algebraic aspects of BDL in IoMT. In particular, this research represents the computing stream calculus in BDL in IoMT and formalizes BDL monoids, BDL transformations, BDL automata, and combinators for BDL automata in IoMT. Generally, algebraic aspects play a crucial role in BDL in IoMT, provide powerful tools and frameworks for understanding and solving complex problems in BDL in IoMT.