Accurate indoor visual localization has been a challenging task under large‐view scenes
with wide baselines and weak texture images, where it is difficult to accomplish accurate …

Visual localization is an accurate and low-cost indoor localization solution. A bottleneck for
visual localization is the computation efficiency of continuous image searching and …

Indoor visual localization is significant for various applications such as autonomous robots,
augmented reality, and mixed reality. Recent advances in visual localization have …

Visual localization is an essential component of intelligent transportation systems, enabling
broad applications that require understanding one's self location when other sensors are not …

Important location information of a query image can be obtained directly through indoor 3D
points. However, the 3D model-based indoor positioning is still an open issue to be …

In this letter, we propose a visual indoor localization technique, which localizes a camera
sensor by comparing the acquired images to a reference model of location-tagged visual …

Recently, indoor localization technology has attracted the attention of many scholars and IT
industry enterprises. The main problem that exists in the current algorithms is time latency …

Visual localization, a fundamental component of several computer vision tasks, has been
predominantly realized by scene coordinate regression (SCoRe) techniques. These …

Visual localization, a vital component of many visual applications, has been tackled by
scene coordinates regression (SCoRe) methods that leverage neural networks to predict …

Recently, scene coordinate regression (SCoRe) approaches for visual localization have
been extensively investigated. However, current SCoRe methods are scene-specific and …