(1) h.x. song, l.b. kong*, mask information-based gamma correction in fringe projection profilometry, optics express, 31(12), 19478-19490 (2023)
(2) h.j. an, l.b. kong*, m. xu, h.x. song, x.l. xu, a modified multi-exposure fusion method for laser measurement of specular surfaces, optics communications, 545, 129627 (2023)
(3) m.z. wan, l.b. kong*, single-shot 3d measurement of highly reflective objects with deep learning, optics express, 31(9): 14965-14985 (2023
(4) h.y. lyu, l.b. kong*, and s.x. wang, measurement and characterization of the position and posture of the conjunctive multi-freeform surface using multi-sensors, ieee transactions on instrumentation & measurement, 2023.
(5) s.x. wang, l.b. kong*, c.j. wang, c.f. cheung, ultra-precision manufacturing of micro-lens array using an optimum machining process chain, optics express, 31(2), 2234-2247 (2023).
(6) x. peng, l.b. kong*, defect extraction method for additive manufactured parts with improved learning-based image super-resolution and canny algorithm, applied optics, 61(28): 8500-8507 (2022)
(7) x. peng, l.b. kong*, development of a multi-sensor system for defects detection in additive manufacturing, optics express, 30(17): 30640-30665 (2022).
(8) l.b. kong* and y. yu, precision measurement and compensation of kinematic errors for industrial robots using artifact and machine learning, advances in manufacturing, 2022.
(9) h.y. lyu, l.b. kong*, s.x. wang, m. xu, robust and accurate measurement of optical freeform surfaces with wavefront deformation correction, optics express, 30(5): 7831-7844 (2022)
(10) x. peng, l.b. kong*, and x. sun. design of a composite lighting system based on freeform and rod lens for machine vision, applied optics, 61(8): 2108-2117 (2022)
(11)l.b. kong*, x. peng, y. chen. fast and accurate defects detection for additive manufactured parts by multi-spectrum and machine learning, 3d printing and additive manufacturing, 1-13, 2022.
(12) x. peng, l.b. kong*, h.j. an, g.x. dong, a review of in situ defect detection and monitoring technologies in selective laser melting, 3d printing and additive manufacturing, 1-29, 2022.
(13) x. peng, l.b. kong*, design of a real-time fiber-optic infrared imaging system with wide-angle and large depth of field, chinese optics letters, 20(1): 1-8, 011201 (2022).
(14) l.b. kong* and p.y. zhou, a light field measurement system through psf estimation by a morphology-based method, int. j. extrem. manuf. 2021, 3, 045201
(15) q. jing, y.b. zhang, l.b. kong*, m. xu, f. ji. theoretical and experimental investigation into machining characteristics of vhf micro-edm, international journal of advanced manufacturing technology, 118: 2915-2931(2022).
(16)x. sun, l.b. kong*, p.y. zhou, m. xu. a design of compound tailored illumination by a total-internal-reflection (tir) lens for machine vision, lighting research & technology, february 2021.
(17) y. chen, x. peng, l.b. kong*, g.x. dong, a. remani and r. leach. defect inspection technologies for additive manufacturing. international journal of extreme manufacturing, 3(2), 022002 (2021).
(18) p.y. zhou, l.b. kong*, x. sun, m. xu, "three-dimensional measurement of specular surfaces based on the light field," in ieee photonics journal, 12(5): 1-13, oct. 2020.
(19) l.b. kong*, p.y. zhou, z.z. xu, theoretical and experimental studies of functional structure effect on directional transport in bio-microfluidics, langmuir, 2020, 36, 32, 9523–9533 (2020).
(20) p.y. zhou, l.b. kong*, j.h. wang, m. xu, development of a light field measuring system with corrected distortion based on imaging analysis, applied optics, 59(24):7434-7441, 2020.
(21) x. peng, l.b. kong*, y. chen, and l.z. qi, design of a multi-sensor monitoring system for additive manufacturing process, nanomanufacturing and metrology (nanomanuf metrol), 3, 142–150 (2020).
(22) l.b. kong*, x. sun, m. rahman, and m. xu. a 3d measurement method for specular surfaces based on polarization image sequences and machine learning. cirp annals-manufacturing technology, 69,497-500 (2020).
(23) l.b. kong*, x. peng, y. chen, p. wang, and m. xu. multi-sensor measurement and data fusion technology for manufacturing process monitoring: a literature review. int. j. extrem. manuf. 2020, 2(2):022001 (27pp).
(24) x. peng, l.b. kong*, design and optimization of optical receiving antenna based on compound parabolic concentrator for indoor visible light communication. optics communications, 464: 125447 (2020)
(25) l.b. kong*, y.a. ma, m.j. ren, m. xu, c.f. cheung, generation and characterization of ultra-precision compound freeform surfaces. science progress (sci prog.) 2020;103(1):36850419880112.
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