Comparison of Methods in the Definition of Home Energy Characteristics in the Context of the European Union Directives by Tomasz Szul

“…The application of calculation models contained in the methodology of 2008 gives better results, because the estimating error is from 38% (compared with the actual energy consumption) to 11% (compared with real consumption taking into consideration the standard conditions). …”
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INFORMATION SYSTEM OF TESTING LABORATORY FOR RADIATION CONTROL by K. Yu. Kolybanov, R. E. Kuzin, S. S. Pisanenko, T. N. Tairov

“…Studying a large flow of environmental and technological samples includes the most difficult task to ensure the required accuracy of calculation of activities and errors, especially at low activities levels at the threshold of detectable area. …”
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Artificial Neural Network Approaches for Predicting the Heat Transfer in a Mini-Channel Heatsink with Alumina/Water Nanofluid by Mohammad Mahdi Tafarroj, Seyed Soheil Mousavi Ajarostaghi, C.J. Ho, Wei-Mon Yan

“…The outcomes depicted that the simulated annealing (SA) technique significantly increased the performance of the RBF network, although the optimal MLP structure was discovered by trial and error. The optimized RBF network carried over more data with less than 2% errors as compared to the MLP. …”
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KEKELIRUAN-KEKELIRUAN DALAM MEMAHAMI KONSEP-KONSEP TEORETIS HALEY TENTANG METAFORA: SEBUAH KAJIAN METALINGUAL by Joko Kusmanto, Anni Holila Pulungan

“…The results of data analysis and discussion indicate that there are conceptual errors in the application of Haley's metaphorical theory in the six data sources. …”
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Quality Control Automation for Student Driven Digitization Workflows by Corinne Chatnik, James Gaskell

“…While they do a great job, the infrequency of their work hours and lack of experience results in errors in digitization and metadata. Many of these errors are difficult to catch during quality control checks because they are so minute, such as a missed counted page number here, or a transposed character in a filename there. …”
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Continuous Train Positioning Using Visible Light Communication Assisted with Zero Velocity Update by Yanpeng ZHANG, Rongrong ZHANG, Nan MENG, Bingqing ZHANG, Xia XIAO

“…However, little consideration has been paid to the accumulated error from the inertial measurement unit (IMU) and the zero-velocity offset of the IMU. …”
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Enhanced Signal-to-Noise Ratio Estimation in Optical Fiber Communications: A Pilot-Based Approach by Mohamed Al-Nahhal, Ibrahim Al-Nahhal, Sunish Kumar Orappanpara Soman, Octavia A. Dobre

“…Novel features are extracted from pilot signals to utilize the pilot overhead in transmitted signals, such as mean absolute error and mean signed deviation, which statistically measure the error between transmitted and received pilot signals. …”
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AMC With a BP-ANN Scheme for 5G Enhanced Mobile Broadband by Li-Sheng Chen, Wei-Ho Chung, Ing-Yi Chen, Sy-Yen Kuo

“…The simulation results indicated that the AMC-BP-ANN scheme could achieve ideal performance and a superior bit error rate compared with the AMC technologies using lookup table and genetic algorithm, and furthermore, a lower bit error rate could improve the transmission reliability and spectral efficiency in 5G eMBB.…”
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Enhanced Pedestrian Navigation with Wearable IMU: Forward–Backward Navigation and RTS Smoothing Techniques by Yilei Shen, Yiqing Yao, Chenxi Yang, Xiang Xu

“…Through simulation experiments and two sets of field tests, the FB-RTS algorithm demonstrated superior performance in reducing navigation errors and smoothing pedestrian trajectories compared to traditional ZUPT method and both the FB and the RTS method, whose advantage becomes more pronounced over longer navigation periods than the traditional methods, offering a robust solution for positioning applications in smart buildings, indoor wayfinding, and emergency response operations.…”
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Assessing the Role of Hydrodynamics in Enhancing Height‐Above‐the‐Nearest‐Drainage Derived Synthetic Rating Curves: A Comparative Study in the Wu River Basin, Taiwan by Cheng‐Wei Yu, Wun‐Jhen Yang, Dongyu Feng

“…To reduce this foreseeable error, we introduce the HAND‐hd workflow, which integrates sophisticated hydrodynamic computations in the production of HAND‐based SRC with hydrodynamic features (SRChd). …”
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Applied aspects of modern non-blind image deconvolution methods by O.B. Chaganova, A.S. Grigoryev, D.P. Nikolaev, I.P. Nikolaev

“…The focus of this paper is the study of modern non-blind image deconvolution methods and their application to practical tasks. The aim of the study is to determine the current state-of-the-art in non-blind image deconvolution and to identify the limitations of current approaches, with a focus on practical application details. …”
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A New Explicit Solution to Particle Settlement Velocity by Ababu Teklemariam Tiruneh

“…Examination of individual errors also show the proposed method has lower percentage error compared to earlier proposed methods.…”
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Determining the force of interaction in a wheel - rail system based on measuring stresses in rails neck by Yu. S. Romen, O. A. Suslov, A. A. Balyaeva

“…The calculations were made by subtracting electrical signals (four strain gauges were included in the shoulders of the Wheatstone bridge), and a separate bridge was used to determine the vertical load. Errors in determining the lateral force are due to inaccurate location of the sensor sticking, the difference in the dimensions of the rail neck and the displacement of the point of application of the vertical load on the rail head. …”
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Notice of Violation of IEEE Publication Principles: Reversible Data Hiding and Smart Multimedia Computing Using Big Data in Remote Sensing Systems by Rahul Malik, Aditya Khamparia, Sahil Garg, Deepak Gupta, Bong Jun Choi, M. Shamim Hossain

“…We observed that filtered cloud data ensuing from impartial consideration of neighboring zones could lead to classification errors on the boundaries. Therefore, an integrated approach is proposed to correct these errors to improve the classification consistency, achieve faster processing time, provide automatic error correction, obtain Digital Terrain Models (DTM), and minimize user intervention. …”
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Understanding and predicting forming quality of copper in incremental sheet forming: forming forces, material properties, and geometric deviation by Kai Han, Xiaoqiang Li, Yanle Li, Jinxin Zang, Junzhou Chen

“…Implementation of the Yoshida-Uemori combined hardening constitutive model enables high-precision forming force prediction with errors below 6.8 %. Additionally, the study demonstrates that the Bauschinger effect induced by reverse loading during ISF leads to significant material softening, with simulation predictions based on the Yoshida-Uemori constitutive model showing less than 3.2 % error compared to experimental data. …”
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Enhancing Large-Area DEM modeling of GF-7 stereo imagery: Integrating ICESat-2 data with Multi-characteristic constraint filtering and terrain matching correction by Kai Chen, Wen Dai, Fayuan Li, Sijin Li, Chun Wang

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Statistical inference for the generalized exponential distribution using ordered lower k-record ranked set sampling with random sample sizes by Haidy A. Newer

“…Extensive simulation studies demonstrate that our approach significantly improves estimation accuracy by achieving lower mean squared errors and reduced bias compared to conventional methods. …”
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Enhancing Intelligent Shoes with Gait Analysis: A Review on the Spatiotemporal Estimation Techniques by Anna M. Joseph, Azadeh Kian, Rezaul Begg

“…We explore the challenges and advancements in achieving accurate 3D foot trajectory estimation using IMUs in smart shoes and the application of advanced techniques like zero-velocity updates and error correction methods. …”
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Optimization of load-bearing parameters for anisotropic nodes and prefabricated wall panels in prefabricated shear wall structures. by Jun Zhao, Libo Wang, Tengye Ma

“…The experimental results showed that the control error of the nodal quality control model was as low as 0.9 mm. …”
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Optimizing success rate with Nonlinear Mapping Control in a high-performance raspberry Pi-based light source target tracking system. by Guiyu Zhou, Bo Zhang, Qinghao Li, Qin Zhao, Shengyao Zhang

“…This study addresses the limitations of linear mapping in two-dimensional gimbal control for moving target tracking, which results in significant control errors and slow response times. To overcome these issues, we propose a nonlinear mapping control method that enhances the success rate of light source target tracking systems. …”
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