Conference paper 2022

Study on Benchmarking System of Vocational Education Under Future Information Technology

LM
Lin, Min
 ZH
Zhang, Hongtao
 WH
Wu, Haiying
Lecture Notes of the Institute for Computer Sciences, Social-Informatics and Telecommunications Engineering, LNICST
Conference · Vol. 439 LNICST · pp. 554-564
Abstract

Selecting benchmarking system for vocational education informatization, guiding vocational college informatization construction and responding to the demands of the era of “Internet+” are important issues for vocational education informatization construction and also important contents for vocational education development. To that end, the article is given priority to with benchmarking method To thought, to extract the benchmarking standards as the goal, the comprehensive many kinds of research methods, combined with the characteristics of vocational education informationization, established a set of informatization level of business support, information technology, information technology, information management and information technology application performance continuous development ability of five dimensions, depth of coverage, the information technology application of information technology and information technology intensive degree, information technology business synergy degree of 26 observation indexes such as benchmarking system vocational education informatization evaluation standard system, And how to set the observation content of 26 observation indexes is systematically expounded. © 2022, ICST Institute for Computer Sciences, Social Informatics and Telecommunications Engineering.

Keywords

Author Keywords

Vocational education Benchmarking Informatization Evaluation criteria The content dimension

Index Keywords

Engineering education Information management Apprentices Vocational education Vocational colleges benchmarking Informatization Research method Evaluation criteria Benchmarking methods Benchmarking system Information technology application Informatization constructions The content dimension
Author Affiliations
Mapping and Remote Sensing Information, Guangdong Polytechnic of Industry and Commerce, Guangzhou, Guangdong, China
College of Economics and Trade, Guangdong Polytechnic of Industry and Commerce, Guangzhou, Guangdong, China
Funding & Acknowledgements
Grant: 1714
Funding text 1: cial fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (general project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。; Funding text 2: This work was supported by grant of No. pdjh2021b0744 from the special fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (gen-eral project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。
Grant: -2021-zx-18
Funding text 1: cial fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (general project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。; Funding text 2: This work was supported by grant of No. pdjh2021b0744 from the special fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (gen-eral project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。
Grant: 2020zdzx2095
Funding text 1: cial fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (general project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。; Funding text 2: This work was supported by grant of No. pdjh2021b0744 from the special fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (gen-eral project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。
Special Fund Project for Science and Technology Innovation Strategy of Guangdong Province
Grant: 2019gktscx021
Funding text 1: cial fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (general project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。; Funding text 2: This work was supported by grant of No. pdjh2021b0744 from the special fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (gen-eral project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。
Special Fund Project for Science and Technology Innovation Strategy of Guangdong Province
Funding text 1: cial fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (general project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。; Funding text 2: This work was supported by grant of No. pdjh2021b0744 from the special fund for science and technology innovation strategy of Guangdong Province in 2021; and by grant of No. 2019gktscx021 from the 2019 general university scientific research project of Guangdong Provincial Department of education "Research on helmet wearing behavior based on deep learning under low visibility "; and by grant of No. 2020zdzx2095 from the Refe2020 key scientific research project of colleges and universities of Guangdong Provincial Department of Education; and by grant of No. (GDPIC)-2021-zx-18 from the 2021 school level entrusted special project of Guangdong Polytechnic of Industry & Commerce; and by grant of No. 1714 from the 2022 basic and applied basic research project of Guangzhou basic research plan (gen-eral project) "Research on bonding mechanism of seawater and sand concrete based on thread characteristics of BFRP reinforcement"。
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