Polycystic Ovary Syndrome (PCOS) is the most prevalent hormonal disorder among women during their reproductive years. It is one of the leading causes of female infertility. Diagnosing peos is difficult because the sym...
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Traditional movie ticket booking relies on static 2D seat maps, limiting user’s ability to visualize their chosen seat. This project explores the potential of virtual reality (VR) to revolutionize the movie-going exp...
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This research proposes an integrated approach to text summarization, extending the T5 transformer model’s capabilities to include not only textual data but also audio and images. Leveraging the T5 transformer’s vers...
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The growing need to support the well-being of elderly individuals has led to the development of a comprehensive Elderly Care system that leverages volunteer and caretaker involvement. To address the challenges faced b...
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As human society advances, the limitations of current transportation systems become more apparent, prompting a growing desire to leverage advanced technology for intelligent transportation solutions. However, low iden...
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In rural regions of Bangladesh, the scarcity of healthcare resources poses a substantial obstacle, frequently resulting in delayed diagnoses and inadequate medical care. This paper introduces an inventive solution, th...
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In sub nanometer carbon nanotubes,water exhibits unique dynamic characteristics,and in the high-frequency region of the infrared spectrum,where the stretching vibrations of the internal oxygen-hydrogen(O-H)bonds are c...
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In sub nanometer carbon nanotubes,water exhibits unique dynamic characteristics,and in the high-frequency region of the infrared spectrum,where the stretching vibrations of the internal oxygen-hydrogen(O-H)bonds are closely related to the hydrogen bonds(H-bonds)network between water ***,it is crucial to analyze the relationship between these two *** this paper,the infrared spectrum and motion characteristics of the stretching vibrations of the O-H bonds in one-dimensional confined water(1DCW)and bulk water(BW)in(6,6)single-walled carbon nanotubes(SWNT)are studied by molecular dynamics *** results show that the stretching vibrations of the two O-H bonds in 1DCW exhibit different frequencies in the infrared spectrum,while the O-H bonds in BW display two identical main frequency *** analysis using the spring oscillator model reveals that the difference in the stretching amplitude of the O-H bonds is the main factor causing the change in vibration frequency,where an increase in stretching amplitude leads to a decrease in spring stiffness and,consequently,a lower vibration frequency.A more in-depth study found that the interaction of H-bonds between water molecules is the fundamental cause of the increased stretching amplitude and decreased vibration frequency of the O-H ***,by analyzing the motion trajectory of the H atoms,the dynamic differences between 1DCW and BW are clearly *** findings provide a new perspective for understanding the behavior of water molecules at the nanoscale and are of significant importance in advancing the development of infrared spectroscopy detection technology.
Real-Time Hand Gesture Recognition Using Convolutional Neural Networks: A Robust Approach for Diverse Applications. Hand gestures are fundamental to human communication and find extensive utility across various domain...
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The energy price has a vital role in encouraging people to make their buildings net zero energy buildings (NZEB). The minimum energy price to make NZEB cost-effective depends on the efficiency of renewable energy gene...
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The use of Generative AI applications in academia, such as ChatGPT, Bard and Perplexity among others is growing at a rapid pace. With its rise, certain ramifications are being felt in regards to the quality and correc...
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