数字加密货币
持续性
波动性(金融)
结构方程建模
样品(材料)
人工神经网络
计量经济学
差异(会计)
多层感知器
金融市场
感知器
经济
计算机科学
人工智能
机器学习
财务
会计
生态学
化学
计算机安全
色谱法
生物
标识
DOI:10.1016/j.techfore.2023.122858
摘要
Cryptocurrencies stand as a significant financial innovation, poised to transform traditional financial systems by facilitating faster, cost-efficient, and inclusive value transfers. Understanding their sustainability is essential in comprehending their potential to reshape established financial frameworks. Hence, this study aimed to identify the factors predicting the financial sustainability of cryptocurrencies. The study proposed a model based on the “Expectation Confirmation Theory” (ECT) and tested the model using a multi-analytical approach by combining “Structural Equation Modeling” (SEM) and “Artificial Neural Network” (ANN). The sample of the study included 1649 participants, ranging in age from 17 to 70. Results indicated that perceived risk, regulation, price volatility, innovativeness, and confirmation of expectations significantly predicted perceived usefulness, which in turn significantly predicted satisfaction with cryptocurrencies. The findings highlighted that users' degree of confirmation of expectations significantly influenced their satisfaction with and perceived usefulness of cryptocurrencies. The specified paths within the model accounted for 61 % and 74 % of the variance in perceived usefulness and financial sustainability, respectively. In comparison to the results obtained through SEM analysis, the deep ANN multi-layer perceptron displayed superior performance in predicting perceived usefulness. This was evident from its enhanced predictive accuracy, achieving averages of 87.34 % for training and 87.76 % for testing.
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