Detect and Calculate the Speed of Moving Objects Using R-CNN Technique by Batool R. Abd, Heba Khudhair Abbas

“…The surrounding environment, like lightness, affects detection accuracy. A new algorithm is designed to detect moving objects in real time automatically and calculate the speed of tested objects based on the deep learning algorithm RCNN using MATLAB software. …”
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Calculation methods of parameters in α particle measurement by ZHOU Xuemei, LUO Kun, LAI Wei, LIAO Feng, DU Bingjie, LIU Wei

“…Then, measurement uncertainty, confidence limits, decision threshold and detection limit of α particle activity concentration under different input modes were derived and calculated by partial derivative and Monte Carlo methods, singly and jointly. …”
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Research of Rail Application Geometrical Parameter Calculation by LIU Tiejun, LI Jia

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Strong toxic gas detection on penta-BCP monolayers: Insights from DFT calculations by Thanasee Thanasarnsurapong, Suchanuch Sringamprom, Pakpoom Reunchan, Weekit Sirisaksoontorn, Sirichok Jungthawan, Piyanooch Nedkun, Jariyanee Prasongkit, Adisak Boonchun

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Automatic Detection and Calculation of Mining Subsidence in Large-Scale Interferograms With Transformer-CNN Model by Hongdong Fan, Jialin Xin, Tao Lin, Jun Wang

“…Subsequently, the Residual Convolution Block and Swin Transformer Block were adopted as the fundamental building blocks of the model architecture to develop RAUNet, a synergistic network designed for detecting and calculating wide-area mining subsidence zones. …”
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Automatic Calculation of Average Power in Electroencephalography Signals for Enhanced Detection of Brain Activity and Behavioral Patterns by Nuphar Avital, Nataniel Shulkin, Dror Malka

“…By refining the analysis of EEG signals, the proposed method enhances the detection of specific neural behaviors and deepens the understanding of functional brain regions. …”
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IIDG Fault Current Analysis and Calculation Considering Voltage Amplitude Detection Delay and Phase Jump by Meiling LUO, Ying MA, Weibing HUANG, Lingkun MENG, Xiaojun YU, Tao ZHENG

Subjects: “…current analysis and calculation…”
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Detection limit calculation according to ISO 11929 for in vitro 210Pb radiobioassay determinations by LSC by C. S. Sampaio, M. M. Martins, W. O. Sousa

“…In this work we demonstrate and discuss how we calculate the detection limit for the determination of 210Pb by liquid scintillation counter (LSC) for the previously developed methodology and compare its results with the MDA value. …”
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Coincidence Detection of Matched Filter Method Extraction Fetal by WANG Qian, HOU Shijang, ZHANG Zheng-xu, SONG Li-xin

“…Finally, matched filter method combined with the mother's ECG R-peak position adjustment and the similarity calculation to obtain fetal ECG. The experimental results show that the accuracy of fetus electrocardiogram is 92% in the MIT PhysioNet / Cin C2013 database, which shows that there existed maternal ECG and fetal ECG coincidence wave in time domain. …”
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CALCULATION OF ACTUAL MODIFICATION OF CYCLOIDAL GEAR BASED ON OPTIMAL APPROXIMATION PRINCIPLE by ZHOU JingYuan, LI TianXing, SU JianXin, WANG Bin, ZHANG RuiYao

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Research on Track Irregularity Detection Algorithm Based on Data Fusion by Yi LI, Huan BAI, Yuanming LIU

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Machine learning based calculation of refractive index of polyethylene glycol polymer by Walid Abdelfattah, Munthar Kadhim Abosaoda, Hardik Doshi, H.S. Shreenidhi, Manoranjan Parhi, Devendra Singh, Prabhjot Singh, Bilakshan Purohit, Kamal Kant Joshi, Ahmad Abumalek

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DiallelX: a modern fortran code for calculating network cross-correlation by Shiro Hirano, Makoto Naoi

“…Abstract In this paper, we develop a modern Fortran code to approximate network cross-correlation coefficients for seismic event detection. The code is available via an online repository. …”
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CALCULATION OF OBJECTS THERMAL IMAGING PARAMETERS FROM UNMANNED AERIAL VEHICLES by L. V. Katkovsky

“…The values of the minimum detectable and minimum resolvable temperature differences are calculated depending on the parameters of the thermal imager, the survey and the size of the object (spatial frequency) for three serial miniature thermal cameras used in aerial surveys of the Earth's surface from unmanned aerial vehicles. …”
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THE PRINCIPLES OF SOFTWARE RELIABILITY DETECTION THROUGH USING OF ACCURACY THEORY by Iryna R. Maltseva, Yurii O. Protsiuk, Yuliia O. Chernysh, Maksym H. Tyshchenko

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BOLT LOOSENING ANGLE DETECTION METHOD BASED ON COLOR SEGMENTATION by KANG Jingjie, ZHANG Lijun, SUN Yuandong, YANG Xiaoyu, WANG Ruolan, ZHAO Tianhao

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Detectability of Emission from Exoplanet Outflows Calculated by pyTPCI, a New 1D Radiation-hydrodynamic Code by Riley Rosener, Michael Zhang, Jacob L. Bean

“…We use pyTPCI to model seven exoplanets (HD 189733b, HD 209458b, WASP-69b, WASP-107b, TOI-1430b, TOI-560b, and HAT-P-32b) at varying metallicities and compute their emission spectra to investigate their detectability across a variety of spectral lines. We calculate the eclipse depths and signal-to-noise ratios (SNRs) of these lines for a 10 m class telescope with a high-resolution spectrograph, taking into account appropriate line broadening mechanisms. …”
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APPLICATION OF THE SPECTROMETRIC METHOD FOR CALCULATING THE DOSE RATE FOR CREATING CALIBRATION HIGHLY SENSITIVE INSTRUMENTS BASED ON SCINTILLATION DETECTION UNITS by R. V. Lukashevich, G. A. Fokov

“…The results of the calculation function G(E) for the detection unit on the basis of NaI(Tl) detector (Ø40 mm, h = 40 mm) to use it as a comparator for kerma rate in the air certification of low intenseе photon radiation fields.…”
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Abnormality detection of sliding surface and exploration suitable sensor data for condition monitoring by calculating contribution using machine learning by Ryo NAKASHIMA, Tomomi HONDA, Tomohiko KON

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Environmental implications of Si2BN nanoflakes in pharmaceutical pollutant detection and removal: insights from first-principle calculations by Nada Elbendary, Hazem Abdelsalam, Medhat A. Ibrahim, Walid Tawfik, Mostafa M. H. Khalil

“…This study leverages density functional theory (DFT), a gold-standard computational quantum mechanical modeling method, to evaluate the efficacy of Si2BN nanoflakes—a novel two-dimensional material—for CBZ adsorption and detection. Our first-principles calculations reveal thermodynamically stable interactions between CBZ and Si2BN, with adsorption energies of − 0.83 eV (edge) and − 0.82 eV (surface). …”
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