this research paper presents a comprehensive exploration of the utilization of advanced machine learning techniques, specifically the Bidirectional Long Short-Term Memory (BiLSTM) neural network model, for the classif...
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Machine learning (ML) has recently been used to solve different problems including detection of child development status, meeting children's individual learning needs, detecting and intervening developmental probl...
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this study aims to address the needs of smart agriculture for agricultural condition monitoring and agricultural production, and builds a multi-source data acquisition and perception technology system based on smart a...
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ISBN:
(纸本)9798400710353
this study aims to address the needs of smart agriculture for agricultural condition monitoring and agricultural production, and builds a multi-source data acquisition and perception technology system based on smart agriculture equipment such as agricultural condition weather stations, soil moisture stations, water and fertilizer integration machines, and pest monitoring equipment. It proposes real-time data quality monitoring and alarm strategies and multi-source data fusion methods. the smart agriculture IoT platform is designed based on the principle of scalability, microservice architecture, and modular development. It is deployed in the form of microservices through container technology, and includes core modules such as data collection, messaging engine, and time series data storage, as well as functional modules such as data display, data analysis, and spatial visualization display. Realize real-time display of sensor data, dynamic access of multi-source IoT devices, and
the research explores the potential of digital transformation in retail banking, integrating blockchain, smart contracts, and machine learning models. the focus is on improving speed, safety, and transparency in banki...
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smart grid is the most advanced grid operation model. It works through a bidirectional communication of electricity generation and consumers. the smart distribution and automated energy transmission has established a ...
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this study aims to investigate the role of smart governance in the development of smart communities, focusing on the case of the Sustainable Urban Regeneration Program for the 4th District (+4D), in Porto Alegre, Braz...
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Given the various risks involved in incorporating artificial intelligence (AI) and machine learning into their business operations, firms are at an inflection point about how to do so. In this paper, we propose that f...
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Students with Autism Spectrum Disorder (ASD) experience difficulties in their learning process because they have impairments in cognitive development, adaptive behaviour, focus/attention, and psychomotor problems. Usi...
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ISBN:
(纸本)9798350354140;9798350354133
Students with Autism Spectrum Disorder (ASD) experience difficulties in their learning process because they have impairments in cognitive development, adaptive behaviour, focus/attention, and psychomotor problems. Using technology-based learning media can be an effective solution in helping ASD students overcome their learning challenges. this research aims to develop the "Kinect therapeutic Games" learning media by integrating STEAM (Science, Technology, Engineering, Art, and Mathematics). the ADDIE (Analysis, Design, development, Implementation, Evaluation) approach was the development model used in developing the media. Six ASD students at Special School Mitra Amanda in Surakarta, Indonesia, were the subjects of this research. the result shows that achieving by using the learning media also requires a good balance of psychomotor, attention, and cognitive abilities. For Science, Technology, and Engineering, as many as 4 out of 6 students or more than half of the students in one class, have good results. Only 2 out of 6 students, or 33,33%, have good numeracy skills when using the learning media. Half or 50% of students in a class could achieve aspects of art related to imagination and creativity. It can be concluded that learning media can support STEAM aspects, but not all students can achieve them. Only 2 out of 6 students could accomplish all of the STEAM aspects.
In order to improve the intelligence of modern hospital logistics transmission system, a medical track logistics control system based on digital twins was designed to improve the efficiency of logistics transmission a...
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ISBN:
(纸本)9798350375084;9798350375077
In order to improve the intelligence of modern hospital logistics transmission system, a medical track logistics control system based on digital twins was designed to improve the efficiency of logistics transmission and provide a supporting application platform for the track logistics system. Platform from mechanical structure, to hardware control system, and then to digital twin system, a full range of independent research and development;the proposed twin model construction method extends the application of digital twin technology in the field of intelligent manufacturing. Finally, the test shows that the system can effectively complete the logistics and transportation tasks, and can achieve the virtual-real contrast, improve the system operation and maintenance efficiency.
In the age of digital urban transformation, smart cities are emerging as ecosystems where technology, infrastructure and data converge to improve quality of life, sustainability and economic prosperity. In this contex...
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ISBN:
(纸本)9783031821523;9783031821530
In the age of digital urban transformation, smart cities are emerging as ecosystems where technology, infrastructure and data converge to improve quality of life, sustainability and economic prosperity. In this context, e-commerce plays a central role, providing platforms for businesses to thrive by enabling seamless transactions, personalised shopping experiences and greater market reach. However, the dynamic and evolving nature of user preferences presents a significant challenge, requiring more adaptive and smart recommendation systems. this paper presents an approach by integrating Deep Q-Network (DQN), a reinforcement learning technique, into recommendation systems for e-commerce in smart cities. By comparing the proposed DQN model based recommender system with traditional models such as MLP, DeepFM, LSTM and CNN using metrics such as MSE, RMSE and NDCG@5, we demonstrate its superior performance in predicting user preferences and dynamically adapting to changes in user behaviour. the results highlight the potential of DQN models to revolutionise e-commerce recommender systems, delivering more personalised and adaptive user experiences in the interconnected environments of smart cities.
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