CNIPA.AI
검색으로 돌아가기
기록

SYSTEM AND METHOD FOR PROVIDING ROBOT-BASED ESCORTING SERVICE

발명심사 중
19청구항 · 3 독립항
§ Ⅰ

개요

발명자

Chayan SARKAR; Avik MITRA; Siddhartha MONDAL

IPC 분류

G5D 1/686G5D 101/15G5D 105/30G6T 7/20G6T 7/50G6V 10/25G6V 10/74G6V 40/10G6V 40/20G10L 13/27G10L 15/16G10L 15/18G10L 15/22

CPC 분류

G5D1/686G6T7/20G6T7/50G6V10/25G6V10/761G6V40/10G6V40/20G10L13/27G10L15/16G10L15/1815G10L15/22G5D2101/15G5D2105/315G6T2207/10016G6T2207/30196G10L2015/223

Conventional robotic systems often fail to provide effective escorting services as they lack awareness of human motion dynamics. Present disclosure provides method and system for providing robot-based escorting service. The system tracks a user utilizing the robot-based escort service using a human re-identification technique and a human movement tracking technique. The human re-identification technique ensures that the same user is identified every time in crowded spaces and human movement tracking technique predicts a user state at intervals indicating whether user is following, lagging, or stopping based on re-identification performed by the human re-identification technique. Thereafter, the system adjust a speed of the robot in case it is determined that the user is either lagging or stopping, thereby enabling the robot to adapt its speed according to user's movements which further helps in providing seamless experience to user. The system also provides opportunities for interaction to resume escorting service if disrupted.

원문 (중국어)

Conventional robotic systems often fail to provide effective escorting services as they lack awareness of human motion dynamics. Present disclosure provides method and system for providing robot-based escorting service. The system tracks a user utilizing the robot-based escort service using a human re-identification technique and a human movement tracking technique. The human re-identification technique ensures that the same user is identified every time in crowded spaces and human movement tracking technique predicts a user state at intervals indicating whether user is following, lagging, or stopping based on re-identification performed by the human re-identification technique. Thereafter, the system adjust a speed of the robot in case it is determined that the user is either lagging or stopping, thereby enabling the robot to adapt its speed according to user's movements which further helps in providing seamless experience to user. The system also provides opportunities for interaction to resume escorting service if disrupted.