使用大数据分析和区块链安全的智能商业在线购物行为分析

Weiwei Wei, C. Sivaparthipan, P. Kumar
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引用次数: 2

摘要

在现代环境中,技术进步正趋于普遍化。信息技术和区块链安全的领域和用途得到广泛拓展。任何希望提升市场前景的企业,都肯定会记录下消费者的观点和行为。这些公司采用先进的技术概念、技能和方法来了解他们的申请人。分析额外的信息和事实以提高判断。商业分析和区块链安全专业人士对此持积极态度。本研究提出了网上购物行为分析(OSBA)。它解决了从预测方法到渐进信息策略的平稳过渡,从而了解客户的需求并实现他们的电子交易收入。任何商业企业都必须不受限制地获取信息。它包含人口收入、工业模式、竞争和客户信息、生产力测量、计算等等。公司信息在这项工作中起着重要的作用。定期收集实验信息,以评估证据,并提供新的发现和操作,提供新的视角。主要考虑要素评估方法与大数据分析、区块链安全和模糊干扰系统一起用于评估客户的基本购买变量。它的准确率达到89%,得分达到87%。将支持向量机、卷积神经网络、深度神经网络、随机森林、模糊逻辑和决策树(DT)等模型与OSBA模型的仿真结果(DT)进行比较。模糊干扰、大数据和区块链安全分析提高了OSBA模型的性能。
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Online shopping behavior analysis for smart business using big data analytics and blockchain security
Technological advancement in a modern environment is approaching universality. The realm and uses of information technology (IT) and Blockchain Security have been extensively broadened. Any business wishing to boost its market prospects would certainly keep records of the perspectives and behaviors of its consumers. The firms employ advanced technological concepts, skills, and methods to comprehend their applicants. Additional information and facts are analyzed to improve judgment. Business analytics and Blockchain Security professionals have a positive opinion. Online shopping behavior analysis (OSBA) is proposed in this research. It addresses a smooth transition from a prediction method to a gradual information strategy that learns the clients’ needs and achieves their electronic trading revenues. Any commercial enterprise must have limitless entry to information. That contains population revenues, industrial patterns, competition and customer information, productivity measurements, computations, and much more. Corporate information has a significant role in this undertaking. Experimental information is collected periodically to evaluate the evidence and provide fresh discoveries and operations that provide fresh perspectives. The major consideration principal element assessment approach is utilized with big data analytics, Blockchain Security, and fuzzy interference system to assess the essential purchasing variables for customers. It achieves an accuracy of 89% and an [Formula: see text] score of 87%. Models like support vector machine, convolutional neural network, deep neural network, random forest, fuzzy logic, and decision tree (DT) are compared with the OSBA model’s simulation results (DT). Fuzzy interference, big data, and Blockchain Security analytics improve the OSBA model’s performance.
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