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Human Digital Doubles with Technological Cognitive Thinking and Adaptive Behaviour

机译:具有技术认知思维和自适应行为的人类数码双打

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Transdisciplinary paradigm of digital researches, acting as the basis of synthesis of knowledge of the person, the nature, society and production, supplements scientific rationality. She allows to create digital doubles of social services and production of production of products and technological process of operation of the equipment. Digital doubles by training of neural network systems on the basis of the saved-up big data relating to services sector or production for intellectual management of technological processes and the equipment are created. The digital double carries out activity automatically on the instructions of the person. Intellectual production management by digital doubles optimizes its work, increases labor productivity and competitiveness of products on quality and the price. Digital doubles of the person render services in the social sphere. Specialization of digital doubles to professional competences is carried out on the basis of communicative associative logic of technological thinking by cognitive methods. The international scientific and engineering society gradually moves to technical realization of the cognitive professional robot with retraining. The group of the University of California in Berkeley and Princeton investigating efficiency of methods of machine learning for forecasting of human behavior offered the new approach which is given rise on a joint of AI and cognitive psychology. Scientists presented the new concept providing preliminary training of neural networks at the synthetic data prepared by psychologists by means of the existing theoretical models. Approach can be used by other groups for a training of their own models of machine learning. Approach combines the existing scientific theories of behavior of the person with flexibility of neural networks for the best forecasting of the risky decisions made by the person. From the practical point of view it allows to save to researchers a lot of time which is spent usually on data collection for the knowledge base of human behavior.
机译:跨学科范式的数字研究,作为人的知识综合的基础,性质,社会和生产,补充科学合理性。她允许创造数字倍增的社会服务和生产产品的生产和设备的技术过程。通过培训了神经网络系统的数字双打,基于与服务部门或技术过程的知识管理和设备的智力管理有关的拯救的大数据。数字双重在人的指示上自动进行活动。通过数字双打的智力生产管理优化其工作,提高劳动生产率和产品质量和价格的竞争力。数字双打的人在社会领域渲染服务。基于认知方法的技术思维的交际联想逻辑,进行了数字竞争的数码双打的专业化。国际科学和工程学会逐步迁移到培训的认知专业机器人的技术实现。加州大学在伯克利大学和普林斯顿调查人类行为预测方法的效率提供了新的方法,这是一个新的AI和认知心理学的关节。科学家们提出了新的概念,通过现有的理论模型,在心理学家编制的合成数据中提供了神经网络的初步训练。方法可以由其他组用于培训他们自己的机器学习模型。方法将现有的科学理论与神经网络的灵活性相结合,以便最佳预测人的危险决策。从实际的角度来看,它允许保存到研究人员通常在人类行为知识库的数据收集上度过的大量时间。

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