Skeletal changes in patients with mandibular prognathism after mandibular set back and bimaxillary surgery: A comparative cephalometric study by Sinobad Vladimir, Strajnić Ljiljana, Sinobad Tamara

“…Ceph”, 30 linear and angular skeletal variables were analyzed on each radiograph. …”
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Integration of Sensor Data and Mathematical Modeling of Underwater Robot Behavior Using a Digital Twin by M. D. Gladyshev, A. V. Rybakov

“…The maximum deviation in coordinates did not exceed 5.3 mm, the average angular deviation was 3.5°. This confirmed the reliability and practical applicability of the proposed model in autonomous control of a robotic complex. …”
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Isokinetic knee strength as a predictor of cardiorespiratory responses during loaded aerobic capacity test in elite athletes by Bekir Çar, Ahmet Kurtoğlu, Özdemir Atar, Musa Türkmen, Özgür Eken, Mehmet Soyler, Monira I. Aldhahi

“…Thirty elite modern pentathlon athletes (age: 21.43 ± 0.77 years) underwent isokinetic knee strength assessments at angular velocities of 60°/s and 240°/s. Cardiorespiratory parameters—average breath volume (ABV), average breath frequency (ABF), auxiliary oxygen density (AOD), and heart rate (HR)—were recorded during the Bruce Protocol conducted under two conditions: unloaded and with a 10 kg loaded vest. …”
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A Joint Optimization Method for Power and Array of Multi-Point Sources System by Zhihao Cai, Shiqi Xing, Xinyuan Su, Junpeng Wang, Weize Meng, Ziwen Xiao

“…In the non-omnidirectional case, when the average jamming-to-signal ratio is 13.90 dB, the equilateral triangle array can achieve the optimal balance between the jamming power and the area of the distribution area of the equivalent radiation center, and control the distribution of the equivalent radiation center to strictly meet the preset angular domain constraints. …”
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Monopole Fluctuations in Galaxy Surveys by Jaiyul Yoo, Daniel Eisenstein

“…This requires understanding of the background mean density of galaxy samples, which is estimated from the survey itself by averaging the observed galaxy number density over the angular position. …”
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Probing Environmental Dependence of High-Redshift Galaxy Properties with the Marked Correlation Function by Emy Mons, Charles Jose

“…We also find that for LBG samples selected by the same absolute threshold magnitude or average halo mass, the correlation between UV magnitudes and the environment generally becomes more pronounced as the redshift decreases. …”
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Dynamic Beam Hopping Algorithm for LEO Satellite Systems Based on User Grouping by Qing SHU, Weibiao LI, Zuolin JIN, Zhong ZHENG, Yongbo ZHANG, Zesong FEI

“…., the number of concurrently serving users is increased.To address the above problems, it proposed a dynamic beam hopping (BH) scheme based on user grouping for communication service coverage.The proposed method utilized the sparsity of the angular domain channel distribution to adaptively divide user groups accorded to the beam direction where the user energy is maximum.The number of co-channel user groups was constrained by power and interference constraints, limiting the reduction of communication traffic delay, as power limitations on the satellite make the number of RF chains limited and increased the number of simultaneously served user groups increased the interference between user groups.So the BH scheme with beam cluster grouping was further proposed, when the beam clusters reduced the user delay by increased the number of users served at the same moment.Since the above problem was non-convex, it adopt a data-driven determinantal point process (DPP) learning method to simplify the beam scheduling in BH scheme.Simulation results showed that the dynamic BH algorithm based on user grouping could effectively reduce the average user delay by more than 52% compared with the single-beam scheme, also verifies the versatility of the DPP learning.…”
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Experimental determination of the recovery factor on cylindrically flow-around temperature sensors Part 2: Determination of the local, tangential surface temperature distribution by Andreas Huster, Simon Paymal

“…For this purpose, a special sensor carrier was developed and moved quickly through the ambient air at different angular positions so that the tangential temperature distribution could be determined. …”
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Ultra-Wideband Terahertz Absorption Using Dielectric Circular Truncated Cones by Longfang Ye, Xin Chen, Fang Zeng, Jianliang Zhuo, Fei Shen, Qing Huo Liu

“…The absorber also possesses excellent absorption characteristics with polarization independence under normal incidence and angular stability up to 60°. The proposed ultra-wideband absorber may have promising applications in terahertz trapping, imaging, and detecting.…”
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Visual and Gyroscope Sensor for Head Movement Controller System on Meal-Assistance Application by Riky Tri Yunardi, Nasa Zata Dina, Eva Agustin, Aji Firdaus

“…However, the most effective methodologies to assess head angular movements are yet to be discovered. This paper combines two algorithms, the visual sensor and the gyro sensor, to identify head orientation movement with high precision. …”
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Spectral Nodal Methodology for Multigroup Slab-Geometry Discrete Ordinates Neutron Transport Problems with Linearly Anisotropic Scattering by Amaury Muñoz Oliva, Hermes Alves Filho, Davi José Martins e Silva, Carlos Rafael García Hernández

“…The unknowns in the methodology are the cell-edge, and cell average angular fluxes, the numerical values calculated for these quantities coincide with the analytic solution of the equations. …”
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ANN assisted design of broadband near perfect metasurface absorbers exploiting InAs nanorods for visible light harvesting by Ershad Sharifi, Mohammad Razaghi, Keyhan Hosseini

“…The first absorber exhibits an extremely high average absorption of 99.5% under normal incidence. …”
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Study of Bs⟶ϕℓ+ℓ− Decays in the PQCD Factorization Approach with Lattice QCD Input by Su-Ping Jin, Zhen-Jun Xiao

“…We then calculated the branching ratios and many other physical observables AFBl, FLϕ, S3,4,7, and A5,6,8,9 and the clean angular observables P1,2,3 and P4,5,6,8′. From our studies, we find the following points: (a) the PQCD and “PQCD+Lattice” predictions of BBs⟶ϕμ+μ− are about 7×10−7, which agree well with the LHCb measured values and the QCD sum rule prediction within still large errors; (b) we defined and calculated the ratios of the branching ratios Rϕeμ and Rϕμτ; (c) the PQCD and “PQCD+Lattice” predictions of the longitudinal polarization FL, the CP-averaged angular coefficients S3,4,7, and the CP asymmetry angular coefficients A5,6,8,9 agree with the LHCb measurements in all considered bins within the still large experimental errors; and (d) for those currently still unknown observables Rϕeμ,Rϕμτ,AFBl,P1,2,3, and P4,5,6,8′, we suggest LHCb and Belle-II Collaboration to measure them in their experiments.…”
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Comparisons of facial soft tissue characteristics in adult patients with various mandibular divergence patterns by Anthony T. Macari, Antoine E. Hanna, Michelle El Chekie

“…Additionally, lip length, chin projection, and angular inclinations were assessed. Group comparisons were performed using one-way ANOVA followed by the post-hoc Benferroni test. …”
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Motion Smoothness Analysis of the Gait Cycle, Segmented by Stride and Associated with the Inertial Sensors’ Locations by Leonardo Eliu Anaya-Campos, Luis Pastor Sánchez-Fernández, Ivett Quiñones-Urióstegui

“…Second, it segments the signals of linear acceleration and angular velocities obtained from the IMUs at four locations into steps and strides. …”
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Development of a spatial accuracy compensation method based on multi-beam laser interferometer by Lihua Lei, Changjian Sun, Zhangning Xie, Lijie Liang, Yunxia Fu, Bo Zhang

“…Spatial accuracy compensation is achieved by applying a software algorithm, and the positioning accuracy is obtained by measuring the same axis at different spatial coordinate positions to verify correction of the angular error. The experimental results have confirmed that after spatial error compensation, linear positioning accuracy, horizontal and vertical straightness errors were improved by nearly 96%, 89% and 55% respectively; the average and maximum deviations of positioning accuracy were improved by nearly 88% and 91% respectively.…”
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The modified spectral deterministic method applied to fixed–source discrete ordinates problems in X,Y–geometry by Jesús Pérez Curbelo, Rafael Barbosa Libotte, Amaury Muñoz Oliva, Ricardo Carvalho Barros, Hermes Alves Filho

“…The discretized equations are solved by using a modified Source Iteration scheme without additional approximations since the average angular fluxes are computed analytically in each iteration. …”
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RUL prediction method based on cross-view hybrid network model by Ai Yandi, Fang Dong, Tian Zhiping, Yan Kaiyang

“…The results show that the Average CRA of the CVHNet method proposed in this paper is 0.9195 under three different working conditions. …”
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High-Precision Optimization of BIM-3D GIS Models for Digital Twins: A Case Study of Santun River Basin by Zhengbing Yang, Mahemujiang Aihemaiti, Beilikezi Abudureheman, Hongfei Tao

“…Applied to the Santun River Basin digital twin project, experiments with 10 water gate models show that the AW-QEM algorithm reduces average loading time by 15% compared to traditional QEM, while maintaining 97% geometric accuracy, demonstrating the method’s efficiency in balancing precision and rendering performance.…”
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Validation of a Finite Element Simulation for Predicting Individual Knee Joint Kinematics by Elin Theilen, Anna Rorich, Thomas Lange, Sebastian Bendak, Cora Huber, Hagen Schmal, Kaywan Izadpanah, Joachim Georgii

“…<italic>Results:</italic> Our FE simulations reach an average translational accuracy of 2 mm and an average angular accuracy of 1<inline-formula><tex-math notation="LaTeX">$^\circ$</tex-math></inline-formula> compared to the reference knee pose. …”
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