A Robot Error Prediction and Compensation Method Using Joint Weights Optimization Within Configuration Space by Fantong Meng, Jinhua Wei, Qianyi Feng, Zhigang Dong, Renke Kang, Dongming Guo, Jiankun Yang

“…With the growing demand for industrial robots in the aerospace manufacturing process, the lack of positioning accuracy has become a critical factor limiting their broad application in precision manufacturing. To enhance robot positioning accuracy, one crucial approach is to analyze the distribution patterns of robot errors and leverage spatial similarity for error prediction and compensation. …”
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Analysis and reduction of topographic effect induced errors in land surface temperature retrieval over the Tibetan Plateau by Yuejie Zhang, Qinghong Sheng, Kerui Li, Bo Wang, Jun Li, Xiao Ling, Fan Gao

“…Additionally, the limited and sparse ground stations hinder pixel-level error analysis. These limitations restrict accurate characterization of topographic effects on LST errors and impede the effective application of current LST datasets. …”
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The main approaches to the formation of competence in the field of diagnostics of circuits based on FPGA by Yuriy V. Shapovalov, Boris N. Chugaev

“…The aim of the study is the construction of diagnostic tests for combinational circuits with a check for constant error. The problem of diagnosis is relevant primarily to verify the functioning of large integrated circuits, as design errors are unpredictable and can be equivalent to errors of high multiplicity. …”
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Invariance Principle and Berry–Esseen Bound for Error Variance Estimator for Pth-Order Nonlinear Autoregressive Models by Kaiyu Liang, Yong Zhang, Xue Ding

“…The invariance principle and Berry–Esseen bound for an error variance estimator based on the residuals are established by using a Taylor expansion and the classical invariance principle and Berry–Esseen bound for independent random variables. …”
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Analysis of Errors Identified during Regulatory Review of Risk Management Plans Submitted as Part of Registration Dossiers by A. O. Lovkova, S. M. Gyulakhmedova, A. A. Druzhinina, A. A. Nekipelova

“…The errors made by applicants when preparing RMPs were categorised according to their influence on the interpretation of a medicinal product’s safety profile. …”
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Some Error Bounds for 2-Point Right Radau Formula in the Setting of Fractional Calculus via s-Convexity by Xiao Lan Liu, Hong Yan Xu, Ali Shokri, Abdelghani Lakhdari, Badreddine Meftah

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Effect of Systematic Errors on Building Component Sound Insulation Measurements Using Near-Field Acoustic Holography by Wei Xiong, Wuying Chen, Zhixin Li, Heyu Zhu, Xueqiang Wang

“…However, based on Green’s function, the microphone array’s inherent amplitude and phase mismatch errors will exponentially amplify the sound field inversion process, significantly reducing the measurement accuracy. …”
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High-precision compensation method for the form error of a glass aspheric lens in precision glass molding by Chengsong Shu, Daoheng Zhang, Shaohui Yin, Shuai Huang, Cunhong Yin

“…Summary: Addressing challenges in controlling viscoelastic shrinkage-induced thermal deformation errors in precision glass molding, this article proposes a mold compensation method that combines the pre-compensation of form error prediction based on molding simulation and higher-order form error compensation based on molded glass lens. …”
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Error estimates for perturbed Milne-type inequalities by twice-differentiable functions using conformable fractional integrals by Esra Üneş, İzzettin Demir

“…Abstract Milne’s inequality provides an upper bound for the error in definite integral approximations using Milne’s rule, making it a useful tool for evaluating the rule’s precision. …”
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A Novel Approach to Approximating Generalized Pointing Errors Modeled by Beckmann Distribution in FSO Communication Systems by Emna Zedini, Yalcin Ata, Abla Kammoun, Mohamed-Slim Alouini

“…In this paper, we introduce a new and accurate approximation for the Beckmann distribution, a widely employed model for describing generalized pointing errors in the context of free-space optical (FSO) communication systems. …”
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Quantifying Rotation-Induced Errors in Near-Field Seismic Recordings: Assessing Impact on Rotation and Acceleration Measurements. by Yara Rossi, Felix Bernauer, Chin-Jen Lin, Frédéric Guattari, Baptiste Pinot

“…Using 6-component datasets, including 3C translation and 3C rotation, from near-field events at the Kilauea Caldera in Hawai' i and the Mw 7.4 Hualien event on 2024-04-02, we find that the Earth spin leakage is negligible, while the misorientation of the rotations increases with ground motion amplitude, potentially becoming significant for large earthquakes in the near-field. While these errors do not significantly affect acceleration corrections in our dataset, they may be relevant for high-amplitudes or in highly sensitive applications. …”
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An insight into the origins of the cutting edge profile errors of the micro diamond tools: from a mechanical perspective by Hanzhong Liu, Yongda Yan, Jiwen Cui, Wenjun Zong, Tao Sun, Hao Wang

“…This work delves into the formation mechanisms of these profile errors through comprehensive theoretical and experimental analyses. …”
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Dynamic displacement measurement of a wind turbine tower using accelerometers: tilt error compensation and validation by C. Jonscher, P. Helming, D. Märtins, A. Fischer, D. Bonilla, B. Hofmeister, T. Grießmann, R. Rolfes

“…Besides the structural acceleration, the measured quantity also contains the acceleration component due to gravity, which is known as tilt error. This tilt error must be quantified and taken into account; otherwise it can lead to incorrect evaluations, especially in the fatigue estimation or the dynamic displacement estimation using accelerometers. …”
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AGEN: Adaptive Error Control-Driven Cross-View Geo-Localization Under Extreme Weather Conditions by Mengmeng Xu, Hongxiang Lv, Hai Zhu, Enlai Dong, Fei Wu

“…Additionally, to further enhance model robustness, we innovatively introduce an Adaptive Error Control (AEC) module based on fuzzy control to optimize the loss function dynamically. …”
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SUBJECT MATTER EXPERTS’ FEEDBACK ON EXPERIMENTAL PROCEDURES TO MEASURE USER’S JUDGMENT ERRORS IN SOCIAL ENGINEERING ATTACKS by Tommy Pollock, Yair Levy, Wei Li, Ajoy Kumar

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Enhancing laparoscopic surgery training: a comparative study of traditional models and automated error detection system by Yitian Luo, Jingjie Wang, Zongting Yan, Jingjing He, Liye Fu, Shenghan Wang, Ying Han, Yaoyu Fu, Xiandi Wang, Kang Li, Rong Yin, Dan Pu

“…Traditional training models rely on subjective instructor evaluations, which are time-consuming and lack objective error detection. This study evaluates the efficacy of an Automated Error Detection System (AEDS), designed to provide real-time feedback on mistouch error counts, in improving laparoscopic skill acquisition compared to conventional methods. …”
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Analysis of the Error in a Numerical Method Used to Solve Nonlinear Mixed Fredholm-Volterra-Hammerstein Integral Equations by D. Gámez

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Generalized and open selection approaches for the population mean: accounting for non-response and measurement error in single-phase sampling by Muhammad Sajjad, Muhammad Ismail, Atta-ur-Rahman, Amjad Rehman, Tariq Mahmood

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Application of Coloured Petri Nets for Verification of Scenario Control Structures in UCM Notation by N. V. Vizovitin, V. A. Nepomniaschy, A. A. Stenenko

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APPLICATION OF NON-TEST METHODS FOR CHANEL ESTIMATION by M. L. Maslakov, M. S. Smal

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