Fast Fourier Transform (FFT) is the transform used for the determination of the frequency domain features and description of the signal or image. The frequency components of the images are analyzed using the FFT techn...
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This paper investigates the performance of solar PV system by implementing MPPT algorithm. The IV and PV characteristics of solar photovoltaic system have been analyzed for various parameters of temperature and irradi...
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The Internet of Things (IoT) transforms connectivity, enabling devices to share data seamlessly via the cloud or wireless networks. However, IoT systems remain vulnerable to sophisticated cyberattacks, and traditional...
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The word “cancer” denotes a syndromes that can spread to various bodily areas and are brought on by abnormal cell proliferation. After cardiovascular illnesses, according to the World Health Organisation (WHO), canc...
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Speech Recognition (SR), for all diverse languages, is still a big challenge. SR is predominantly used in telecommunication, medical documentation, car control, aviation, etc. SR involves breaking down an audio signal...
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The development of non-noble metal electrocatalysts for the Oxygen Evolution Reaction(OER)is advancing towards the use of multi-element *** reveal the complex correlations of multielement OER electrocatalysts,we devel...
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The development of non-noble metal electrocatalysts for the Oxygen Evolution Reaction(OER)is advancing towards the use of multi-element *** reveal the complex correlations of multielement OER electrocatalysts,we developed an iterative workflow combining high-throughput experiments and AI-generated content(AIGC)*** increased number of 909(compared to 145 in previous literature)universal descriptors for inorganic materials science were constructed and used as Artificial Neural Network(ANN)input.A large number of statistical ensembles with each ANN individual ensemble having a reduced number of descriptors were integrated with a new Hierarchical Neural Network(HNN)*** algorithm addresses the longstanding challenge of balancing overwhelming descriptor numbers with insufficient datasets in traditional ANN approaches to materials science *** a result,the combination of AIGC and experimental validation significantly enhanced prediction accuracy,increase the R2 values from 0.7 to 0.98 for Tafel slopes.
This project proposes a real-time robot that can interact with humans based on the gestures fed to it as input. The proposed proposal aims to develop a constructive design of a robot that has computer vision and is tr...
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In this study the various spectral estimation of the Electrogastrogram Signals are discussed. The Main objective of the study is to identify the gastroparesis condition using various signal processing techniques. Gast...
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The precise identification of papulosquamous diseases (PSDs), including psoriasis and seborrheic dermatitis, is a challenge for dermatologists due to their complicated and heterogeneous clinical presentations. In the ...
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The construction of molecular chirality is crucial for exploring novel luminophores with chiroptical *** asymmetric synthesis of chiral center or axial is not powerful enough on through-space *** methodologies for bre...
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The construction of molecular chirality is crucial for exploring novel luminophores with chiroptical *** asymmetric synthesis of chiral center or axial is not powerful enough on through-space *** methodologies for breaking molecular symmetry could be promising but remain less ***,we report a novel methodology for constructing chiral through-space luminophores via simple chlorination on bridged carbazole *** chlorination breaks the molecular symmetry and thus results in molecular chirality by eliminating the mirror plane or rotating ***,continuous multiple chlorinations can rebuild and break the symmetry of the skeleton in *** chiral and achiral isomeric analogues are synthesized and characterized with impressive chiroptical *** of chiral high performance liquid chromatography(HPLC),single-crystal X-ray diffraction,kinetic racemization,and chiroptical property investigation demonstrate the effectiveness of our rational design *** provides a feasible methodology for exploring novel chiral luminescent materials based on versatile though-space skeletons.
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