Mapping Science and Technology Innovation of China

2018 14th International Conference on Semantics, Knowledge and Grids (SKG) Pub Date : 2018-09-01 DOI:10.1109/SKG.2018.00021

Junsheng Zhang, Zhaofeng Zhang, Yan Yang, Deshan Xu, Changqing Yao, Zhihui Liu, Cheng Dong

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Abstract

Management and decision-making of science and technology in the era of big data needs capabilities of data mining and analysis on massive data, simulation of complex systems, identification and prediction of potential risks and opportunities of science and technology development. China's scientific and technological innovation map (CSTIM) comprehensively utilizes information technologies including text analysis, information organization, data mining, and visualization to meet the requirements of science and technology management and decision-making in China. It realizes the dynamic, interactive, and visual display of China's scientific and technological innovation information. It could be used to analyze different levels of scientific and technological innovation such as nation, region, province, city, institution and individual researcher. It aims to help users to discover the laws of scientific and technological innovation, predict the possible trends, and support national, regional, provincial, municipal and innovative agencies' management and decision-making of science and technology.

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中国科技创新地图

大数据时代的科技管理与决策，需要具备海量数据的数据挖掘与分析能力、复杂系统的模拟能力、科技发展潜在风险与机遇的识别与预测能力。中国科技创新地图综合运用文本分析、信息组织、数据挖掘、可视化等信息技术，满足中国科技管理和决策的需要。实现了中国科技创新信息的动态、互动、可视化展示。它可以用于分析国家、地区、省、市、单位和个人等不同层次的科技创新。旨在帮助用户发现科技创新的规律，预测可能的趋势，为国家、地区、省、市及创新机构的科技管理和决策提供支持。

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2018 14th International Conference on Semantics, Knowledge and Grids (SKG)

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