Autonomous Robot: Advancements in Intelligent Systems for Self Guided Machines

Autonomous robot-A deep dive into the core principles and technologies driving autonomous robots, from sensors to algorithms, establishing the foundation of the book

Unmanned aerial vehicle-Explore how UAVs are revolutionizing industries like agriculture, surveillance, and delivery through autonomous flight

Military robot-This chapter covers autonomous robots designed for military operations, focusing on safety, efficiency, and tactical advantages

Micro air vehicle-Learn about smallscale aerial vehicles that can perform intricate missions in tight spaces, highlighting miniaturization and agility

Swarm robotics-Understand the power of multiple robots working in tandem, covering collective behavior, task allocation, and system resilience

Unmanned ground vehicle-This chapter discusses groundbased autonomous robots used for exploration, logistics, and military applications

Mobile robot-A look into robots capable of navigating diverse terrains autonomously, from urban environments to harsh landscapes

TerraMax-Discover TerraMax, an autonomous military vehicle that showcases the potential of selfdriving technology in military operations

Squad Mission Support System-Explore this groundbreaking system designed to enhance battlefield efficiency through autonomous ground vehicles

Uncrewed vehicle-This chapter highlights the development of uncrewed vehicles for various applications, emphasizing safety and remote operation

Guardium-Learn about Guardium, an autonomous vehicle designed for security and surveillance in sensitive environments

Ripsaw (vehicle)-Delve into the design and capabilities of the Ripsaw, an advanced military vehicle that utilizes autonomous technology for operations in extreme conditions

Modular Advanced Armed Robotic System-This chapter discusses the integration of modular robotics in military systems, allowing for adaptability and scalability

Autonomous Navigation System-Explore the technologies that enable autonomous vehicles to navigate complex environments with precision

DARPA LAGR Program-A look into the DARPA LAGR program, which aims to develop autonomous ground robots for defense applications

National Robotics Engineering Center-Learn about the NREC and its contributions to the advancement of autonomous robots, from design to testing

Autonomous aircraft-This chapter covers the future of autonomous aircraft, focusing on their potential in both commercial and military sectors

UGV Interoperability Profile-Discover how the UGV interoperability profile standardizes communication across different robotic platforms

THeMIS-Understand the THeMIS autonomous vehicle, designed for military logistics and support, pushing the boundaries of robotic utility

Integrated Unmanned Ground System-A study of the integrated systems that combine autonomous ground vehicles with human teams for effective operations

Brave1-Learn about the BRAVE1 autonomous vehicle, engineered for complex terrains, providing valuable insights into autonomous vehicle design