Autonomous robots.

Cooperative robots and sensor networks by: (Electronic resources)

Planning and decision making for aerial robots by: (Electronic resources)

Cooperative robots and sensor networks 2014 by: (Electronic resources)

Self-sufficiency of an autonomous reconfigurable modular robotic organism by: (Electronic resources)

Essential principles for autonomous robotics by: (Electronic resources)

Cooperative robots and sensor networks 2015 by: (Electronic resources)

Data mining for social robotics = toward autonomously social robots / by: (Electronic resources)

Robots and sensor clouds by: (Electronic resources)

Safe robot navigation among moving and steady obstacles by: (Electronic resources)

New autonomous systems by: (Electronic resources)

Marine robotics and applications by: (Electronic resources)

Visual perception for humanoid robots = environmental recognition and localization, from sensor signals to reliable 6D poses / by: (Electronic resources)

Collaborative perception, localization and mapping for autonomous systems by: (Electronic resources)

Agile autonomy = learning high-speed vision-based flight / by: (Electronic resources)

Intelligent autonomous robotics : = a robot soccer case study / by: (Language materials, printed)

Semantic labeling of places with mobile robots by: (Language materials, printed)

Developments and challenges for autonomous unmanned vehicles = a compendium / by: (Language materials, printed)

Handling uncertainty and networked structure in robot control by: (Electronic resources)

Embedded systems and robotics with open source tools by: (Electronic resources)

Distributed coordination theory for robot teams by: (Electronic resources)

Autonomous robots = modeling, path planning, and control / by: (Language materials, printed)

Plan-based control of robotic agents = improving the capabilities of autonomous robots / by: (Language materials, printed)

Autonomous land vehicles = steps towards service robots / by: (Language materials, printed)

Introduction to autonomous manipulation = Case Study with an Underwater Robot, SAUVIM / by: (Electronic resources)

Theory and applications for control of aerial robots in physical interaction through tethers by: (Electronic resources)

Intelligent autonomous drones with cognitive deep learning = build AI-enabled land drones with the Raspberry Pi 4 / by: (Electronic resources)

Bio-inspired artificial intelligence : = theories, methods, and technologies / by: (Language materials, printed)

Bio-inspired artificial intelligence = theories, methods, and technologies / by: (Language materials, printed)