Abstract
In this Big Data era, all the scientific research areas be needed by analyzing and mining knowledge from large-scale data sets. Mechanical Property of Composite Material is increasingly being used to improve our industrial product but how to get the advantages and challenges derived from Big Data is important part in vast amount of Composite Material data. Map-Reduce as an open source implementation would be a high reliability, high fault tolerance capability of parallel computing software framework. Map-Reduce based applications can be run in large clusters of parallel processing large data sets. this paper discusses the definition Mechanical Property of Composite Materials research by the parallel processing of Map-Reduce model. The performance this model of new material was established by using the method of Map-Reduction provided the basis for the performance optimization.
Highlights
With the rapid development of information technology in twenty-first Century, it is urgent to work on the new research and production for traditional composite materials into a high-tech, new technology, big data oriented information analysis model
Our paper intends to use the Big Data platform and intelligent data analysis methods. With this kind of soft power, it is easy to reduce energy consumption of composite materials, be shorten the composite material innovation cycle, explore the law of sustainable development of composite materials. This mainly for composite materials based on Hadoop platform for big data characteristic analysis, from following 6 E areas: Energy conservationǃExuberanceǃ Easementǃ Environmental protectionǃ Ecology and Economy which could work on composite materials research and development and production of integrated relational analysis and evaluation, to composite materials R & D and production in the process of integration of advanced and efficient information technology, of composite large related data analysis, mining to obtain effective data in industrial production from exploring new rules for the R & D and production of composite materials
The first principle calculation is called as Calculated based on the design of quantum theory
Summary
With the rapid development of information technology in twenty-first Century, it is urgent to work on the new research and production for traditional composite materials into a high-tech, new technology, big data oriented information analysis model. Our paper intends to use the Big Data platform and intelligent data analysis methods. With this kind of soft power, it is easy to reduce energy consumption of composite materials, be shorten the composite material innovation cycle, explore the law of sustainable development of composite materials. This mainly for composite materials based on Hadoop platform for big data characteristic analysis, from following 6 E areas: Energy conservationǃExuberanceǃ Easementǃ Environmental protectionǃ Ecology and Economy which could work on composite materials research and development and production of integrated relational analysis and evaluation, to composite materials R & D and production in the process of integration of advanced and efficient information technology, of composite large related data analysis, mining to obtain effective data in industrial production from exploring new rules for the R & D and production of composite materials
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