International Conference on Computer Technology and Information Science (CTIS 2023) is going to be held during June 17-19, 2023 in Wuhan, China. On behalf of the organizing committee, we would like to cordially invite you to join your peers in CTIS 2023!

CTIS 2023 offers good opportunities for the delegates to disseminate their research and exchange new ideas by bringing together leading academic scientists, researchers and research scholars, and in order to establish research and/or business links, as well as to build global partnership for potential collaboration.

CTIS 2023 focuses on high quality presentations and papers that address contemporary issues on fundamental research leading to new methods, or adaptation of existing methods for new applications related to the topics of Computer Technology and Information Science. It will feature Keynote Speeches given by renowned scholars, and Oral/Poster Presentations with broad coverage and popular topics. All paper submissions will be peer reviewed by at least 2-3 independent reviewers.

CTIS 2023 includes the following 9 workshops (all will be held at the same location and date, during June 17-19, 2023 in Wuhan, China):

Research on the Simulation Environment of Hard X-ray Nanoprobe Beamline
Yuhao Liu, Ying Zhao, Lifang Zheng, Yan He, Huiting Chen, Shui Liu, Chun Hu, Zhaohong Zhang, Aiguo Li
Keywords: Research on the Simulation Environment of Hard X-ray Nanoprobe Beamline

Position estimation of fuel ball blockage in pipeline
Zhou Yihang, Xiao Yufeng, Xie Yuehui
Keywords: High-temperature gas-cooled reactor; Pipeline blockage; Three-dimensional model; Particle filter algorithm

Research on the Construction of Intelligent Financial Sharing Platform
Yong Wen, Pengxiang Liao
Keywords: Industry-finance Integration; Intelligent Finance; Financial Sharing Platform; Construction

Tracking Multiple Dynamic Objects by a Combination of Laser Ranging and UHF RFID Phase Information
Shaonan Chen, Heng Ning, Lin Guo, Feng Sun, Yufeng Xiao, and Ran Liu
Keywords: Tracking Multiple Dynamic Objects by a Combination of Laser Ranging and UHF RFID Phase Information

Optimization of ICANet lightweight human pose estimation based on HRNet
Hou Qing, Li Kun, Xu Zhen
Keywords: Human pose estimation, Stacked Hourglass Network, High Resolution Network, Inverted Residual Module, Inverted Coordinate Attention Network, Multi-scale feature fusion