卡车
计算机科学
基站
实时计算
电信线路
关系(数据库)
无线
工作(物理)
无线传感器网络
无线网络
电信
计算机网络
汽车工程
数据库
工程类
机械工程
作者
Daichi Nozaki,Koki Okamoto,Toru Mochida,Xin Qi,Zheng Wen,San Hlaing Myint,Kiyohito Tokuda,Takuro Sato,Kazuhiko Tamesue
标识
DOI:10.1109/wpmc.2018.8712896
摘要
Accident prevention for trucks, cranes and work vehicles at construction sites is important. Here, we use high-precision surveillance cameras with 4K cameras as IoT terminals to implement safe workplace environments. In this research, the system transmits photographic images from trucks, cranes, and other construction equipment fitted with 4K cameras at the work site to a database via 5G wireless networks, and uses AI to assess the interactions and movements of workers in the database. We introduce a system that makes it possible to avoid crashes by informing truck and crane drivers, and notifying automatic driving trucks and crane cars of that information. It is conceivable that uplink traffic could become congested due to many vehicles equipped with 4K cameras simultaneously transmitting images over the 5G uplink. Here, as a basic 5G characteristic evaluation, 4K images from trucks or cranes moving at a low speed are transmitted to the database according to moving speed and distance to the 5G terminal connecting the base station and IoT device. Based on the error environment, we report the relation with the error of the system that judges and identifies the surrounding environment using AI when video quality is deteriorated.
科研通智能强力驱动
Strongly Powered by AbleSci AI