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Vascular Interventional Surgery Path Planning and 3D Visual Navigation
The introduction of path planning and visual navigation in vascular interventional surgery can provide an intuitive reference and guidance for...
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Visual navigation method for agricultural mobile robots based on spatial continuity clustering algorithm
With the development of the information age, more intelligent products have brought convenience to human life. Robots, as intelligent crystallization...
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Robotic Visual-Based Navigation Structures Using Lucas-Kanade and Horn-Schunck Algorithms of Optical Flow
This paper aims to present vision-based navigation structures for a wheeled mobile robot using optical flow techniques. The two algorithms of the...
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Bionic visual navigation model for enhanced template matching and loop closing in challenging lighting environments
In recent years, various computational models have been proposed in neuroscience, but only a few have been utilized in robot visual navigation...
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On-ground validation of orbital GNC: Visual navigation assessment in robotic testbed facility
CubeSats have become versatile platforms for various space missions (e.g., on-orbit servicing and debris removal) owing to their low cost and...
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Development and preliminary testing of a prior knowledge-based visual navigation system for cardiac ultrasound scanning
PurposeUltrasound is widely used to diagnose disease and guide surgery because it is versatile, inexpensive and radiation-free. However, image...
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Monocular Visual Navigation Algorithm for Nursing Robots via Deep Learning Oriented to Dynamic Object Goal
Robot navigation systems suffer from relatively localizing the robots and object goals in the three-dimensional(3D) dynamic environment. Especially,...
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Context vector-based visual mapless navigation in indoor using hierarchical semantic information and meta-learning
Visual mapless navigation (VMN), modeling a direct map** between sensory inputs and agent actions, aims to navigate from a stochastic origin...
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U-VIP-SLAM: Underwater Visual-Inertial-Pressure SLAM for Navigation of Turbid and Dynamic Environments
Vision-based autonomous underwater vehicle localization, navigation, and map** is an attractive field of research in recent years. Despite the...
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Integrated visual navigation based on angles-only measurements for asteroid final landing phase
Visual navigation is imperative for successful asteroid exploration missions. In this study, an integrated visual navigation system was proposed...
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Robust template feature matching method using motion-constrained DCF designed for visual navigation in asteroid landing
A robust and efficient feature matching method is necessary for visual navigation in asteroid-landing missions. Based on the visual navigation...
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Advanced Visual Predictive Control Scheme for the Navigation Problem
This work proposes a Visual Predictive Control (VPC) scheme adapted to the autonomous navigation problem among static obstacles. To do so, it is...
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A Brain-Inspired Scene Recognition and Visual Navigation Scheme
Considering the problem of error accumulation in the path integration of visual navigation system, a brain-inspired navigation scheme based on the... -
Fuzzy control system for visual navigation of autonomous mobile robot based on Kalman filter
In order to improve the visual navigation effect of the autonomous mobile robot, this paper takes the eye images taken during the binocular saccade...
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A Lightweight Blockchain Framework for Visual Homing and Navigation Robots
Visual homing is a lightweight approach to robot visual navigation. Based upon stored visual information of a home location, the navigation back to... -
Visual Navigation and Shape Reconstruction for Asteroid Approaching Phase
Visual navigation and shape reconstruction are of paramount importance for the safety and success of asteroid missions. This paper proposes a new... -
Map Aided Visual-Inertial Integrated Navigation for Long Range UAVs
Precise navigation is crucial for the long range unmanned aerial vehicles (UAVs). But today’s UAVs still rely on global navigation satellite system... -
Deep Learning-Based Inertial Navigation Technology for Autonomous Underwater Vehicle Long-Distance Navigation—A Review
AbstractAutonomous navigation technology is the key technology for Autonomous Underwater Vehicle (AUV) to achieve automated, intelligent operation...
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A Deep Reinforcement Learning Approach with Visual Semantic Navigation with Memory for Mobile Robots in Indoor Home Context
Navigate is a crucial task to be performed by social robot agents in complex and uncertain environments like homes and offices. Search for specific...
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Self-calibrated Navigation System Based on Fusion of Distance Measurement and Visual Odometry
In this paper, a self-calibrated navigation system based on fusion of distance measurement and visual odometry (VO) is developed. The navigation...