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Safety Mechanism and AI-Enhanced Diagnostics for Steering and Braking Control in Software Defined Vehicles
ISBN Book

Safety Mechanism and AI-Enhanced Diagnostics for Steering and Braking Control in Software Defined Vehicles

Author:
Sai Jagadish Bodapati & Saibabu Merakanapalli

ISBN: 978-93-49929-93-7

DOI: https://doi.org/10.63282/978-93-49929-93-7


This book, Safety Mechanisms and AI-Enhanced Diagnostics for Steering and Braking Control in Software-Defined Vehicles, presents specialized technical insights that integrate established automotive safety engineering practices with emerging data-driven diagnostic techniques. It is intended to serve as a practical reference for engineers, researchers, and system architects engaged in the development and evaluation of next-generation, software-centric automotive platforms.


Saibabu Merakanapalli is an electrical and automotive systems engineer specializing in safety-critical steering and chassis technologies within software-defined vehicle architectures. With professional experience in automotive systems engineering and a strong focus on vehicle safety, he works at the intersection of software, electronics, and control systems for electric and advanced vehicles. Saibabu has authored peer-reviewed technical publications and actively contributes to the engineering community through research dissemination and professional peer review. He is passionate about helping engineers and researchers understand the principles behind software-defined and steer-by-wire systems, enabling the safe adoption of emerging technologies as the automotive industry transitions toward electric, intelligent, and increasingly software-driven mobility.

Sai Jagadish Bodapati is an automotive systems and software architecture engineer specializing in safety-critical steering and braking control systems for software-defined vehicles (SDVs). His work focuses on functional safety–aligned system design, AUTOSAR-based embedded platforms, and AI-enhanced diagnostics for complex automotive control systems. He has played a significant technical role in the design, integration, and validation of advanced chassis control systems, including steer-by-wire and braking architectures, across distributed and service-oriented vehicle platforms. His contributions address key challenges related to fault tolerance, system availability, and operational robustness in modern vehicle architectures. Sai Jagadish has made original technical contributions in applying artificial intelligence to fault detection, predictive diagnostics, and health monitoring for steering and braking systems. His work supports fail-safe and fail-operational strategies that improve system resilience under fault conditions and contribute to safer and more reliable vehicle operation.


Title: Safety Mechanism and AI-Enhanced Diagnostics for Steering and Braking Control in Software Defined Vehicles
Author: Sai Jagadish Bodapati & Saibabu Merakanapalli
Publisher: ScienceTech Xplore
Copyright: ScienceTech Xplore
Language: English
Publication Format: Online
ISBN: 978-93-49929-93-7
DOI: https://doi.org/10.63282/978-93-49929-93-7
Subject/Genre: AI-Driven Vehicle Safety Systems
Pages: 1-116
Chapters: 12
Year of Publication: December 2025
URL: https://sciencetechxplore.org/978-93-49929-93-7.php
Cite As:

Bodapati, S. J., & Merakanapalli, S. (2025). Safety Mechanism and AI-Enhanced Diagnostics for Steering and Braking Control in Software Defined Vehicles. ScienceTech Xplore. https://doi.org/10.63282/978-93-49929-93-7

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