The Border Effect in High-Precision Measurement - Zhou, Wei;Li, Zhiqi;Bai, Lina
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This book introduces various kinds of high-precision measurements, including the measurements of time and space, digital activity, border sensors and other physical quantities. Further, it demonstrates how to eliminate the quantitative errors believed to be the main problem in measurements using the border effect. In metrology technology, detection resolution is crucial to improving measurement precision in devices and instruments, and since the resolution is limited, a fuzzy area is usually found during detection. As such the book presents numerous experimental findings showing that the…mehr

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Produktbeschreibung
This book introduces various kinds of high-precision measurements, including the measurements of time and space, digital activity, border sensors and other physical quantities. Further, it demonstrates how to eliminate the quantitative errors believed to be the main problem in measurements using the border effect. In metrology technology, detection resolution is crucial to improving measurement precision in devices and instruments, and since the resolution is limited, a fuzzy area is usually found during detection. As such the book presents numerous experimental findings showing that the measurement precision can be improved by two or three orders of magnitude compared to traditional methods by achieving stability of resolution and more accurately detecting the border of the fuzzy area.
Autorenporträt
Wenping Yu is Associate Professor at Southwest University in Chongqing, China. She obtained her B.S. and Ph.D. degrees in Cartography and Geographic Information Systems from the University of Chinese Academy of Sciences, Lanzhou, China, in 2012 and 2015, respectively. She served as Visiting Scholar at the Engineering Science, Computer Science, and Imaging Laboratory (ICube Laboratory) at the University of Strasbourg, France, from 2017 to 2018. Yu is Member of the Thermal Infrared Remote Sensing Professional Committee. Her research focuses on quantitative remote sensing in the thermal infrared field, particularly in land surface temperature retrieval, validation, and reconstruction, as well as monitoring thermal environmental changes. Yuechen Li - Professor and PhD Supervisor at Southwest University, School of Geographical Science, Chongqing, China. Engages primarily in remote sensing and GIS applications, with a focus on resources, environment, and national land space monitoring and assessment. Email: liyuechen@swu.edu.cn Xujun Han - Professor and PhD Supervisor at Southwest University, School of Geographical Science, Chongqing, China. His research includes multi-source remote sensing data assimilation, model integration, and high-performance computing for land surface analysis. Email: hanxujun@swu.edu.cn Lei Fan - Professor and PhD Supervisor at Southwest University, School of Geographical Science, Chongqing, China. His research Focuses on:(1)Microwave remote sensing inversion for vegetation optical depth and soil moisture; (2)Forest carbon stocks monitoring via passive microwave sensing; (3)Forest carbon sinks and global change response mechanisms. Email: leifan33@swu.edu.cn Wei Zhou - Associate Professor at Southwest University, School of Geographical Science, Chongqing, China. Specializes in ecological environment remote sensing including: (1) simulation of terrestrial vegetation carbon sources and sinks; (2)quantitative assessment of land degradation; (3)remote sensing inversion of soil nutrients and soil quality assessment. Email: zhouw866@163.com Mingguo Ma - Professor and PhD Supervisor at Southwest University, School of Geographical Science, Chongqing, China. Focuses on global terrestrial ecology remote sensing and evluation on land surface remote sensing products. Email: mmg@swu.edu.cn Weiyu Shi - Professor and PhD Supervisor at Southwest University, School of Geographical Science, Chongqing, China. Mainly engaged in research on climate change and terrestrial ecosystem processes. Email: shiweiyu@swu.edu.cn