Research on University Educational Administration Management Based on Blockchain Technology

Authors

  • Guojun Jose Rizal University, Philippines

Keywords:

Blockchain Technology; Universities, Educational Administration, Administration, Decision Support, System Design

Abstract

Educational administration management is the core of university management. With the progress in the field of education, the number of students in each university is also increasing. The traditional educational administration management system has been unable to meet the current educational administration needs. In this case, a new decision support system for university educational administration management based on blockchain technology is designed to solve the problems faced by the existing decision-making system. SPI interface and decision synchronizer are designed in the hardware part; In the software part, the process of educational administration decision-making in colleges and universities is analyzed first. Secondly, the data warehouse is designed using blockchain technology. Finally, the functional structure of educational administration decision support in colleges and universities is designed to realize educational administration decision support. Experimental results show that the designed decision support system has good performance, can effectively support educational administration decisions, and has certain application value.

References

Zhang Hairong, Bao Zhengfeng, Tang Zhengyang, et al. Research on key technologies of decision support system for cascade water resources management in river basins——Taking the lower reaches of Jinsha River-Three Gorges cascade hydropower station as an example[J].China Water Resources,2020(11):47-50.

Guo Jun, Zhouhongbo, YangLan: Research on digital copyright blockchain technology. SmartBlock2020 ,Henan, China, 2020. (EI国际会议论文) doi: 10.1109/SmartBlock52591.2020.00028

Guo Jun,YangLan, Zhouhongbo,GuoYang: Research on a Blockchain Consensus Algorithm Based on Digital Copyright. BlockSys 2020.Blockchain and Trustworthy Systems Pages 565-574. doi: 10.1007/978-981-15-9213-3_43

Guo Jun, Zhixiong Jiang, Hongbo Zhou, MSANet: Multi-level Spatial Attention Network for Image Data Segmentation. IJES, 2021.

Wang Wei,Xue Meigen,Wang Yuan,etc.. Development and application of transportation planning and management decision support system——The 24th seminar of China Urban Transport Development Forum[J].Urban Transport,2020,18(01):102-113.

Li Yaning,Dai Xiangjun,Huang Xiran et al. Design and research of hospital teaching management decision support system database based on data mining[J].China Digital Medicine,2020,15(02):63-65+109..

Wei Liang,Xia Lei*,Kuan-Ching Li,Yongkai Fan,Jiahong Cai:A Dual-Chain Digital Copyright Registration and Transaction System Based on Blockchain Technology.BlockSys2019 Guangzhou China, 2019.

Yi Fang, Jianqiu Deng, Linhu Cong. Improved PBFT blockchain consensus algorithm based on ring signature [J]. computer engineering, 2019, 45(11):32-36.

ianbo Xu,Xiangwei Meng*,Wei Liang,Li Peng,Zisang Xu,Kuan-Ching Li:A Hybrid Mutual Authentication Scheme Based on Blockchain Technology for WBANs.BlockSys2019 Guangzhou China, 2019.

Zuoting Ning*,Lu Li,Wei Liang,Yifeng Zhao,Qi Fu,Hongjun Chen:A Novel Exploration for Blockchain in Distributed File Storage.BlockSys 2019 Guangzhou China, 2019.

Xinhong Hao, Hanyu Du, Qile Cheng. Recognition of FM Fuze Rough Surface Target and Interference Signal [J]. Journal of Beijing University of Aeronautics and Astronautics, 2019, 45(10):1946-1955.

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Published

2022-03-15

How to Cite

Guojun. (2022). Research on University Educational Administration Management Based on Blockchain Technology. International Journal of Management and Education in Human Development, 2(01), 144–147. Retrieved from https://ijmehd.com/index.php/ijmehd/article/view/62

Issue

Section

Articles