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The Cognitive IoT:
Published in Pethuru Raj, Anupama C. Raman, Harihara Subramanian, Cognitive Internet of Things, 2022
Pethuru Raj, Anupama C. Raman, Harihara Subramanian
IoT produces huge amount of data. This in turn increases the volume, variety, and velocity of data which is being generated daily which in turn leads to information explosion. Another aspect to be mentioned here is that the data comes from a huge number of diverse sources and hence will be in various formats and it will be a combination of structured and semi-structured data.
Online student achievement prediction model based on Data Envelopment Analysis (DEA) for multidimensional educational internet of data mining
Published in International Journal of Computers and Applications, 2021
With the development of science and technology, the information explosion has appeared and caused the exponential growth of information storage, wherein, the information has been recorded and stored in multiple forms such as excerpt, text, image, audio, video, scientific data and other data forms. How to abstract useful information from massive data effectively has become a very important and urgent problem. Data mining has emerged at the right moment and aims at abstracting hidden useful information from a large number of irregular data storage forms by aid of multiple methods. The information obtained from data mining provides data support for decision-making and plays a huge role in decision-making; therefore, it is highly emphasized by researchers and enterprise managers, which has developed to be an important part of some enterprises and plays an important role in enterprise development. Since the 1980s, data mining has been applied in many fields successfully, such as statistics, machine learning, database, mode recognition, artificial intelligence (AI) and education.
Advancing Bridge Construction Monitoring: AI-Based Building Information Modeling for Intelligent Structural Damage Recognition
Published in Applied Artificial Intelligence, 2023
At the present stage, many construction units in China lack the sense of innovation and rely excessively on foreign technology when applying building intelligent construction technology. However, there are obvious differences in the construction environment at home and abroad, and the standard requirements of construction technology are not the same (Zhao, Gao, and Ni 2022). In this scenario, over-reliance on foreign construction technology makes it impossible to verify the quality of intelligent building construction, stifling China’s construction industry’s progress. Nevertheless, China’s building industry’s key rules are not yet flawless. Construction firms sometimes lack legal backing, which causes obstacles in implementing intelligent construction management in structures. With the advent of the information era, individuals have been subjected to enormous pressures such as “information explosion,” “chaotic information space,” and “data overload,” all of which have both good and bad aspects. These forces have both positive and bad aspects to them. It is quite tough to separate meaningful and helpful information from a big volume of data (Wu et al. 2019). Such issues are now affecting the market positioning of intelligent building initiatives. The project investment project in intelligent building construction management must be founded on the premise of market demand. Yet, a vast volume of information may quickly disrupt decision makers’ judgment, which is particularly damaging to the development of intelligent buildings. Only developers, designers, builders, and managers completely comprehend artificial intelligence technology in the intelligent building construction process in order to successfully raise the level of intelligent building construction management. In practice, however, the staff’s lack of understanding of building intelligent construction management, as well as the developers’ failure to actively introduce building intelligent construction management talents, have seriously hampered the smooth implementation of building intelligent construction.