Today’s world is changing rapidly because of technological developments. Among the astonishing evolution, AIoT has become a new addition to machinery growth. This term is a compound of another two dominant infrastruc...
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ISBN:
(数字)9798350354133
ISBN:
(纸本)9798350354140
Today’s world is changing rapidly because of technological developments. Among the astonishing evolution, AIoT has become a new addition to machinery growth. This term is a compound of another two dominant infrastructures: Artificial Intelligence (AI) and the Internet of Things (IoT). AIoT intends to invent more efficient and improved IoT operations or services with enhanced data management and analysis capabilities. AI deals with machines, especially computer systems fields like natural language processing, speech recognition, etc. IoT is a system where interrelated devices and machines communicate and transfer data with different sensors without human intervention. AIoT can be more beneficial for both types of technology, where a vast amount of data obtained from IoT devices, will be handled by some powerful AI algorithms. When it needs to handle a lot of data, essential and efficient data processing is required to use the information gathered from IoT devices. Without integrating AI, IoT devices can't aid efficient services. Besides, AIoT is utilized to handle efficiency, scalability, accuracy, and fraud detection in transactions. This paper aims to show the potentiality of AIoT, its recent applications and benefits, and the probable future of this technology.
Many industries, including agriculture, transportation, & energy, heavily rely on weather forecasts. Earlier weather forecasting techniques were built on numerical weather prediction models, which use physical equ...
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The prediction of surrounding vehicle trajectories is crucial for collision-free path planning. In this study, we focus on a scenario where a connected and autonomous vehicle (CAV) serves as the central agent, utilizi...
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The Internet of Things (IoT) is a network of linked devices comprising interconnected devices that communicate through internet, integrating sensors, software and other technologies. As the number of connected devices...
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Many problems have been solved using the internet of things (IoT), Waste management, resource management, traffic management, financial services (e.g. stock rate prediction), logis-tics services, agriculture, etc. are...
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ISBN:
(数字)9798331522667
ISBN:
(纸本)9798331522674
Many problems have been solved using the internet of things (IoT), Waste management, resource management, traffic management, financial services (e.g. stock rate prediction), logis-tics services, agriculture, etc. are the major sectors where IoT has played a fruitful role. The use of IoT is increasing day by day due to its immense advantages. This paper presented an IoT-based system for sharing leftover food with others or hungry people. The system consists of a mobile application and an embedded system. Cloud service is used as middle-ware between the mobile application and embedded system. Mobile application is used for sending and receiving notifications. The rectangular-shaped box type embedded system is responsible for food collecting and distribution. The development and prototype implementation of our proposed system are discussed throughout this paper. The system helps to share leftovers (food) with others which can reduce food wastage.
Sentiment analysis is the field of computerscience that studies people's behaviour or attitude towards objects, events, organizations, and products. Organizations make use of this to improve their products. This ...
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The widespread occurrence of DeepFake videos on social media platforms makes it extremely difficult to pinpoint their source, which is essential for reducing their propagation and possible damage. This research uses c...
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ISBN:
(数字)9798331509934
ISBN:
(纸本)9798331509941
The widespread occurrence of DeepFake videos on social media platforms makes it extremely difficult to pinpoint their source, which is essential for reducing their propagation and possible damage. This research uses centrality measurements in graph-based social networks to identify the primary accounts responsible for spread of misinformation. PageRank, Closeness, Betweenness, and Degree are some of the centrality metrics used to evaluate the influence and impact of nodes in the network. The approach combines a multi-criteria centrality evaluation, content similarity analysis, and graph pruning to determine the most likely source of detected DeepFake videos. The accuracy and resilience of the suggested framework in identifying sources and assessing information dispersion are shown by experimental findings obtained in a variety of network scenarios. Our results identify the deepfake content as well as determine the source account which released this content onto social media. Identifying and eliminating these accounts from a social media network would ensure safety and help users trust the information received online. Our research is an important first step in thwarting false information and boosting confidence in digital platforms.
The boiler turbine unit was controlled for that operating point using the optimal controller (PSO) and the controller (ADRC), and from that concordance implementation, we can choose the best controller at this operati...
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The growing popularity of cannabidiol (CBD) has led to a surge in misinformation, particularly on social media platforms like Twitter, posing risks to public health. This paper presents a scalable method for detecting...
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ISBN:
(数字)9798331524265
ISBN:
(纸本)9798331524272
The growing popularity of cannabidiol (CBD) has led to a surge in misinformation, particularly on social media platforms like Twitter, posing risks to public health. This paper presents a scalable method for detecting CBD-related misinformation in a large corpus of tweets. Using approximately 3.7 million tweets collected from 2011 to 2021, we implement a two-step process: first, FAISS (Facebook AI Similarity Search) efficiently identifies tweets semantically similar to false claims extracted from FDA warning letters. Second, Mistral NeMo Instruct, a zero-shot model, classifies tweets as ‘Misinformation’ or ‘Non-Misinformation’, providing justifications for transparency. This approach minimizes computational costs while maintaining accuracy, making it a practical tool for large-scale misinformation detection. The framework is scalable and adaptable, evolving with new FDA data or emerging cannabis research.
Accidents involving motor vehicles are on the increase as our culture grows more technologically advanced. Even with mobile phones, in-car entertainment systems, higher traffic, and improved road infrastructure, the m...
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