Latest Articles for Localization

TURTLMap enhances UUV navigation and mapping in low-visibility underwater environments.

Examining disorder's impact on mechanical quasicrystals and their unique topological properties.

New method helps robots navigate by merging architectural plans with real-time data.

A new method improves near-field source localization with less processing power.

Research shows how environments can enhance energy transport in quantum systems.

Deep learning transforms radio propagation modeling for better wireless communication.

This system helps cameras find their position using various map techniques.

A system measures WiFi antenna orientations to enhance location tracking indoors.

A method to guide USVs without GPS using UAV technology.

New methods help robots better understand and map their environments.

This study examines multifractal statistics in non-Hermitian systems utilizing Cayley trees.

This work focuses on improving localization using advanced techniques and reconfigurable surfaces.

A new approach to handle and reconstruct signals in complex systems.

Discover how our brains pinpoint the origin of sounds using time and volume differences.

An analysis of how entry distribution affects the bottom singular vector.

A new dataset and competition are advancing deepfake detection methods for digital safety.

Study reveals how coupling affects localization in quasiperiodic systems.

A simplified approach to compute Wannier functions improves material research.

A look at advancements in decision-making for self-driving vehicles.

A framework improving vehicle localization using multiple sensor data integration.

A new dual-path approach enhances object recognition for robots in challenging environments.

A look into the learning and manipulation of time series models.

CFVNet improves finger vein recognition accuracy and security through innovative techniques.

This article examines how self-steering active agents balance energy use and accuracy.

New methods improve predictions in complex systems, especially in geoscience.

A new dataset improves how drones find their location without GPS.

New methods improve device localization with advanced signal reflection technology.

Nanomachines improve targeted drug delivery, enhancing treatment efficiency and reducing side effects.

Terahertz technology offers high-speed communication and precise location tracking for future networks.

A simple breakdown of two types of particle localization.

Drones improve navigation and decision-making through enhanced localization technology.

New method enhances how robots locate themselves on the ISS.

Exploring charge transport in thin films, focusing on PBTTT semiconductors.

AW-MinMax algorithm enhances accuracy for wireless sensor networks without GPS.

Learn about solitons and their transfer in Bose-Einstein condensates.

A study on improving disturbance detection in essential networks.

Robots decide when to localize for efficient navigation.

A new system detects screams to improve worker safety on construction sites.

Discover how mRNA localization impacts cell function and tissue health.

Exploring how phonons affect heat transfer in various materials.