A. I. Komkin – författare

This book is a three-volume publication that brings together selected peer-reviewed contributions from the XLVI and XLVII Academic Space Conferences, Dedicated to the Memory of Academician S.P. Korolev and Other Outstanding Russian Scientists—Pioneers of Space Exploration. Since its inception in 1977, this conference has served as a premier platform for scientific exchange in the fields of space systems, materials science, aerospace engineering, and mission planning. Volume I presents foundational aspects of systems modeling, mission design, and intelligent control in space exploration. Topics include computational methods for spacecraft trajectory optimization, orbital mechanics, simulation of flight and power systems, remote sensing technologies, and novel approaches to communication protocols and telemetry. Highlighting the systemic complexity of modern space missions, the contributors focus on algorithmic design, signal processing, and decision support systems.This book  is an essential resource for professionals, researchers, and scholars in the fields of aerospace engineering, space science, and space mission planning. The compilation provides both depth and breadth across domains essential to shaping the future of space research and industry.

This book is a three-volume publication that brings together selected peer-reviewed contributions from the XLVI and XLVII Academic Space Conferences, Dedicated to the Memory of Academician S.P. Korolev and Other Outstanding Russian Scientists—Pioneers of Space Exploration. Since its inception in 1977, this conference has served as a premier platform for scientific exchange in the fields of space systems, materials science, aerospace engineering, and mission planning. Volume I presents foundational aspects of systems modeling, mission design, and intelligent control in space exploration. Topics include computational methods for spacecraft trajectory optimization, orbital mechanics, simulation of flight and power systems, remote sensing technologies, and novel approaches to communication protocols and telemetry. Highlighting the systemic complexity of modern space missions, the contributors focus on algorithmic design, signal processing, and decision support systems.This book  is an essential resource for professionals, researchers, and scholars in the fields of aerospace engineering, space science, and space mission planning. The compilation provides both depth and breadth across domains essential to shaping the future of space research and industry.

This book focuses on space robotics, planetary exploration systems, and propulsion technology, offering in-depth insights into the engineering innovations that are reshaping modern space missions. With content drawn from the XLVI and XLVII Academic Space Conferences, this book addresses both theoretical and applied challenges in autonomous systems and advanced propulsion technology.Organized into two parts, the chapters explore the design and deployment of robotic rovers, autonomous systems for harsh planetary environments, novel control algorithms, and cutting-edge propulsion systems. In particular, the contributors highlight next-generation propulsion systems, including plasma engines, ion thrusters, and hybrid configurations, alongside state-of-the-art robotic systems and autonomous mobility solutions for planetary exploration.Presenting experimental results, simulation studies, and systems integration approaches, this book serves as a reference for engineers, robotics specialists, and mission planners.

This book focuses on space robotics, planetary exploration systems, and propulsion technology, offering in-depth insights into the engineering innovations that are reshaping modern space missions. With content drawn from the XLVI and XLVII Academic Space Conferences, this book addresses both theoretical and applied challenges in autonomous systems and advanced propulsion technology.Organized into two parts, the chapters explore the design and deployment of robotic rovers, autonomous systems for harsh planetary environments, novel control algorithms, and cutting-edge propulsion systems. In particular, the contributors highlight next-generation propulsion systems, including plasma engines, ion thrusters, and hybrid configurations, alongside state-of-the-art robotic systems and autonomous mobility solutions for planetary exploration.Presenting experimental results, simulation studies, and systems integration approaches, this book serves as a reference for engineers, robotics specialists, and mission planners.

This book extends the discussion begun in previous two volumes, expanding the focus to include the economic, educational, medical, and human factors that shape the future of space exploration. Reflecting the broad and interdisciplinary scope of the XLVI and XLVII Academic Space Conferences, this book highlights innovative research on mission design, innovation management, and astronaut-centered engineering.In particular, this focuses on trajectory planning, lunar logistics, economic models for the space sector, STEM education for space careers, and biomedical studies on life support and long-duration missions.Reflecting on technical and socio-economic aspects of space exploration, this book is invaluable for a broad audience of researchers, educators, and industry leaders seeking insight into the evolving intersection of technology, policy, and human systems in space science.

This book extends the discussion begun in previous two volumes, expanding the focus to include the economic, educational, medical, and human factors that shape the future of space exploration. Reflecting the broad and interdisciplinary scope of the XLVI and XLVII Academic Space Conferences, this book highlights innovative research on mission design, innovation management, and astronaut-centered engineering.In particular, this focuses on trajectory planning, lunar logistics, economic models for the space sector, STEM education for space careers, and biomedical studies on life support and long-duration missions.Reflecting on technical and socio-economic aspects of space exploration, this book is invaluable for a broad audience of researchers, educators, and industry leaders seeking insight into the evolving intersection of technology, policy, and human systems in space science.

This volume focuses on the latest innovations in environmental acoustics by combining advanced theoretical modeling with practical engineering applications. Topics include novel computational approaches, innovative acoustic materials, and cutting-edge technologies such as resonator-based systems, ultrasonic methods, and sustainable sound-absorbing solutions. By integrating interdisciplinary perspectives, the book provides tools for solving urgent challenges in noise control, infrastructure design, and environmental sustainability. With its applied orientation and unique scope, the book fosters collaboration between academic researchers and industry practitioners. It will be of interest to scholars, engineers, and professionals working in environmental acoustics, noise control, smart infrastructure, and sustainable engineering systems.