Algebraic Study of Distributive Module Structures in Modern Vehicle Control Systems

Author(s)	Dr. Md Nazir Hussain
Country	India
Abstract	Modern automobiles are highly complicated systems made up of several interconnected subsystems, including engine control, brakes, steering, energy management, and sensor networks. Ensuring consistency, stability, and scalability in such systems is a significant engineering task. This work presents an interdisciplinary study on the use of distributive modules, a key idea in abstract algebra, to model and analyze vehicle systems. Vehicle subsystems can be represented as submodules of a distributive module, allowing for systematic study of control unit interactions. Block diagrams with algebraic interpretation are used to demonstrate how distributive properties maintain subsystem stability. The paper emphasises the importance of pure mathematical structures in contemporary automobile engineering and intelligent transportation systems.
Keywords	Distributive module, vehicle systems, abstract algebra, control systems, modular design
Field	Mathematics
Published In	Volume 8, Issue 3, May-June 2026
Published On	2026-05-13

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