2025 International Workshop on Optoelectronic Perception (IWOP2025)
Sep. 26-30th, 2025, in Xi'an, China
http://enopce.ynyjxx.cn/ (in English)
http://opce.ynyjxx.cn/index.htm (in Chinese)
1. Topics of the Workshop
This workshop will focus on the joint research work on basic theory, key technologies and application development in optoelectronic characteristics of targets and environment, optoelectronic detection technology, optoelectronic information and image processing, computational imaging and biomedical imaging areas.
■ Optoelectronic Characteristics of Targets and Environment: wave propagation characteristics under complex environment, optical characteristics of targets and environment, the electromagnetic scattering characteristics of targets and environment.
■ Optoelectronic Detection Technology: infrared detection technology, multi/high-spectral detection technology and laser radar detection technology.
■ Optoelectronic Information and Image Processing: infrared image processing technology, hyperspectral imagery processing and optoelectronic information processing.
■ Computational Imaging.
■ Biomedical Imaging.
2. Schedule
September 26th, 2025
Registration
September 27th, 2025
Opening Ceremony
Workshop Photo
Keynote Lectures
September 28th, 2025
Concurrent Conference “International Conference on Artificial Intelligence and Information (ICAl, http://icai-conf.com/).”
September 29th, 2025
Keynote Lectures
September 30th, 2025
Keynote Lectures and Lectures of Young Scholars from Xidian University
3. Workshop date and Venue
Sep. 26-30th, Online/offline (The Grand Barony, Xi’an).
The IWOP2025 will take place at "The Grand Barony (西安天骊君廷酒店)", No.198 Taibai South Road, Yanta District, Xi’an, Shaanxi（西安雁塔区太白南路198号）, China. The Hotel is in Xi'an High-tech Development Zone with convenient transportation. It is elegantly decorated, tastefully furnished and fully equipped with service facilities, serving as an excellent place for your leisure and health after business. More information about the hotel can be found in: http://www.baronyhotels.com/en
4. Confirmed invited speakers (in order of confirmation date)
Gerard Gouesbet, “On laser light propagating in free space at a speed slower than the speed of light: The case of Bessel-Gauss beams”, University of Rouen Normandy, France
Ankur Gogoi, “High-Resolution Carrier Transport and Efficiency Mapping in Semiconductor Devices with Laser Scanning OBIC Microscopy”, Jagannath Barooah University, India
Leonardo Ambrosio, “Full analytical description of the remodeling of a “frozen wave”-type structured beam after an arbitrary number of pair of lenses for light scattering applications”, University of São Paulo, Brazil
Steven Gao, “Ultra-Wideband Wide-Angle-Scanning Phased Array Antennas for Integrated Sensing and Communications and 6G NTN”, The Chinese University of Hong Kong, Hong Kong SAR, China
Zhongxiang Shen, “Wide-Band Antennas of Low Profile”, National University of Singapore, Singapore
Zeev Zalevsky, “Machine learning for microwave radiation based remote and obscured bio-sensing”, Bar-Ilan University, Israel
Denis Lebrun, “A presentation of experimental Digital In-line holographic configurations for 3D velocity/size measurement of particles in fluids”, University of Rouen Normandy, France
Kuanfang Ren, “Airy theory improved with uniform approximation and Vectorial Complex Ray Model”, University of Rouen Normandy, France
Marc Brunel, “Characterization of ice particles using interferometric particle imaging”, University of Rouen Normandy, France
Qingsheng Zeng, “A Dual-Band Multi-Beam Reflectarray Antenna Based on Polarization Selection Technique for Sub-Terahertz Applications”, University of Quebec in Outaouais, Canada.
Jinchang Ren, “AI-Driven Multimodal Sensing and Fusion-Opportunities and Challenges”, Robert Gordon University, UK
Yuei-An Liou, “Quantifying Climate-Driven Environmental Vulnerability and Resilience Using Remote Sensing and Surface Indicators”, National Central University, Taiwan, China
Zhen Yuan, “Bioengineered Apoptotic Bodies for Trauma Brain Injury Therapy”, University of Macau, Macao SAR, China
Lin Wang, “Reinforced optical cage systems enable drift-free single-molecule localization microscopy”, Rutherford Appleton Laboratory, UK
Mikolaj Rogalski, “2D and 3D lensless holographic microscopy”, Warsaw University of Technology, Poland
Julianna Winnik, “Diffraction gratings aided common-path optical diffraction tomography”, Warsaw University of Technology, Poland
Pierre A. P. Peralta, “Unconventional Superconductivity and Optical Signatures of Highly-doped Graphene”, Instituto Madrileño de Estudios Avanzados en Nanociencia, Spain
Tomasz Kozacki, “Shape measurements at high resolution using digital holographic microscope”, Warsaw University of Technology, Poland
Wei Lin, “AI-Assisted Wireless Power Transfer Enabled Supercapacitor-Energized IoT Sensor System”, The Hong Kong Polytechnic University, Hong Kong SAR, China
Sachleen Singh, “Nonlinear control of structured light”, University of the Witwatersrand, South Africa
Igor V. Minin, “The Superresonance and related phenomena: The Discoveries That Was Not Done More Than One Hundred Years Ago (I)”, Siberian State University of Geosystem and Technologies, Russia
Oleg V. Minin, “The Superresonance and related phenomena: The Discoveries That Was Not Done More Than One Hundred Years Ago (II)”, Siberian State University of Geosystem and Technologies, Russia
Shitala Prasad, “Cross-Modal Perception: Fusing Optoelectronic and Visual Data with Deep Learning”, Indian Institute of Technology, GOA, Indian
Cheung-Wai Chan, “Hyperspectral remote sensing, AI and important Earth Observation applications”, Free University of Brussels, Belgium
Arun Pattathal Vijayakumar, “Physics-Informed, GAN-Centric Super-Resolution Leveraging Camera Optics for Enhanced Optoelectronic Perception”, Indian Institute of Information Technology, Indian
Kaoru Yamanouchi, “Ultrafast dynamics of diatomic and triatomic molecular cations by pump-probe measurements using few-cycle near-infrared laser pulses and the high-order harmonics”, The University of Tokyo, Japan
Piotr Zdańkowski, “Towards Robust and Reliable Fourier Ptychographic Microscopy for High-Resolution, Large Field-of-View Biomedical Imaging”, Warsaw University of Technology, Poland
Xin Yu, “Human Pose Estimation for Individuals with Limb deficiencies”, University of Queensland, Australia
Lin Gu, “Artificial Cortex from Evolution: Synthesizing Multimodal Intelligence for Next-Generation AI”, RIKEN AIP, Japan
Guangwei Hu, “Hyperbolic Polaritonics with Bulk Optical Crystals”, Nanyang Technological University, Singapore
5. Registration Fee
Totally Free
Workshop Committee
Hosts:
International Academic Platform for Optoelectronic Perception Science and Technology under Complex Environment (OPCE), Xidian University
School of Physics, Xidian University
School of Optoelectronic Engineering, Xidian University
Co-organizer
Division of International Cooperation & Exchange, Xidian University, China
Workshop Chairman
Lixin Guo, Director of International academic Platform for Optoelectronic Perception Science and Technology under Complex Environment (OPCE), Dean of School of Physics, Xidian University (XDU), China
Steven Gao, IEEE Fellow, Chinese University of Hong Kong, China
Chein-I Chang, IEEE Life Fellow, Fellow of SPIE. Professor of Department of Computer Science and Electrical Engineering at the University of Maryland, Baltimore County (UMBC)
Program Committee
Huailiang Xu, Dean of School of Optoelectronic Engineering, XDU, China
Bing Wei, Vice-Dean of School of Physics, XDU, China
Huixin Zhou, Vice-Dean of School of Physics, XDU, China
Hanlin Qin, Vice-Dean of School of Optoelectronic Engineering, XDU, China
Hao Sun, Vice-Dean of School of Optoelectronic Engineering, XDU, China
Yiping Han, Professor, School of Physics, XDU, China
Xiang’e Han, Professor, School of Physics, XDU, China
Peng Gao, Professor, School of Physics, XDU, China
Jingya Deng, Professor, School of Physics, XDU, China
Fei Liu, Professor, School of Optoelectronic Engineering, XDU, China
Lin Wang, Associate Professor, School of Optoelectronic Engineering, XDU, China
Lixin Liu，Associate Professor, School of Optoelectronic Engineering, XDU, China
Zhi Lai，Associate Professor, School of Optoelectronic Engineering, XDU, China
Jiajie Wang，Associate Professor, School of Physics, XDU, China
Organizing Committee
Yulong Shen, Director of Division of International Cooperation and Exchange, XDU, China
Guoshe Du, Secretary-general of School of Optoelectronic Engineering, XDU, China
Junrong Huang, Secretary-general of School of Physics, XDU, China
Jie Li, Vice-Secretary-general of School of Optoelectronic Engineering, XDU, China
Hui Ma, Vice-Secretary-general of School of Physics, XDU, China
Hong Xin, Vice-Dean of School of Optoelectronic Engineering, XDU, China
Lin Zhang, Vice-Dean of School of Physics, XDU, China
Mingjian Cheng, Secretary of International Workshop on Optoelectronic Perception
Qingwei Duan, Secretary of International Workshop on Optoelectronic Perception
Juanjuan Zheng, Secretary of International Workshop on Optoelectronic Perception
Pei Xiang, Secretary of International Workshop on Optoelectronic Perception
Ruoxing Xie, Secretary of International Workshop on Optoelectronic Perception
Tianhang Liu, Secretary of International Workshop on Optoelectronic Perception
Jiao Yao, Secretary of International Workshop on Optoelectronic Perception
Xiangtao Hu, Secretary of International Workshop on Optoelectronic Perception
Yang Geng, Secretary of International Workshop on Optoelectronic Perception
Meng Jiang, Secretary of International Workshop on Optoelectronic Perception
Contact
iwop@ynyjxx.cn
Conference Secretaries
Jiajie Wang, TEL: +86 13992831154
Juanjuan Zheng, TEL: +86 17386985170
Mingjian Cheng, TEL: +86 15291578113
Qingwei Duan, TEL: +86 15591847672
Pei Xiang, TEL: +86 17323688148
Links to previous conferences:
IWOP2024: http://enopce.ynyjxx.cn/info/1030/1211.htm
IWOP2023: http://enopce.ynyjxx.cn/info/1030/1202.htm
IWOP2022: http://enopce.ynyjxx.cn/info/1029/1192.htm
IWOP2021: http://enopce.ynyjxx.cn/info/1030/1160.htm
IWOP2020: http://enopce.ynyjxx.cn/info/1030/1121.htm
IWOP2019: http://enopce.ynyjxx.cn/info/1029/1102.htm
Introduction to the International Academic Platform for Optoelectronic Perception Science and Technology under Complex Environment
This platform is built on the basis of two first-level disciplines：physics and optical engineering. Guided by the strategic idea of “introduction, absorption, digestion and re-innovation”, we further deepen international exchanges and cooperation, carry out high-level scientific research and cooperation, and cultivate international high-level talents and innovation teams. In addition, we try our best to create scientific research achievements with international influence. More efforts will be made to improve scientific and technological innovation ability, comprehensive strength and international influence of our university and disciplines. That is how we can establish it as a strategic, international academic research and high-level talents training platform, an exemplary cooperative and innovation one for talent training, scientific research and international academic exchanges of optoelectronic perception under complex environment in China, so as to serve the development needs of our country and society.
Construction Goal
This platform adopts the strategic concept of “introducing, digesting, absorbing and re-innovating of technology”, strengthens the international exchanges and cooperation, develops high-level scientific research cooperation, cultivates internationalized high-level personnel and innovative teams and tries to make international scientific research achievements, which is aimed to improve comprehensively the scientific and technological innovation capacity, the overall capacity and the international influence of the disciplines and Xidian University. This platform is also aimed to construct a representative cooperative innovation base to cultivate personnel, conduct scientific researches and take international academic exchanges in the domestic field of optoelectronic perception science and technology under complex environment to meet the national and social development demands, which is full of strategic and internationalized academic researches and high-quality talents’ cultivation.
Key Research Fields
This platform focuses on the joint research work on basic theory, key technologies and application development in optoelectronic characteristics of targets and environment, optoelectronic detection technology and optoelectronic information and image processing areas.
Optoelectronic Characteristics of Targets and Environment: wave propagation characteristics under complex environment, optical characteristics of targets and environment, the electromagnetic scattering characteristics of targets and environment.
Optoelectronic Detection Technology: infrared detection technology, multi/high-spectral detection technology and laser radar detection technology.
Optoelectronic Information and Image Processing: infrared image processing technology, hyperspectral imagery processing and optoelectronic information processing.
The Basis and Advantages of Disciplinary Study
With the basis on optoelectronic engineering discipline and radio physics discipline, does this platform pay close attention to the disciplinary international development trends and take the national long-term scientific and technological needs into consideration. It takes “Photoelectric Perception Science and Technology under Complex Environment” as the principal research direction and focuses on the joint research work on basic theories, key technologies and application development in optoelectronic characteristics of the complex environment, optoelectronic detection technology, optoelectronic information and image processing areas. Above 40 scientific and technological achievement awards at national, ministerial and provincial level have been achieved successively. For dozens of years, many pace-setters, technical experts and famous specialists and scholars have been cultivated by Xidian University, who make great contributions to the Science & Technology development and societal progress: WANG Zhonglin, foreign member of the Chinese Academy of Science, academician of European Academy of Sciences and well-known telecommunications expert; YU Quan, academician of Chinese Academy of Engineering and microelectronic specialist; HAO Yue, academician of Chinese Academy of Sciences and microelectronic specialist; YIN Hejun, Minister of the Ministry of Science and Technology of China; DONG Qingsheng, the chief scientist of National Program on Key Basic Research Program of China (973 Program); LUO Qingming, the president of Hainan University and SPIE Fellow and etc.
Supporting Conditions
This platform is based on the School of Physics and School of Optoelectronic Engineering. It makes full use of the significant advantages of Xidian University in disciplinary basics and inheritance, academic reputation and influence, research basis and personnel, supporting conditions and organizational guarantees. Several platforms for academic research and talents training are engaged: collaborative innovation center of information sensing and understanding, the key laboratory of radio physics, the key laboratory of New Types of Laser Devices and Optical Information Processing, the key laboratory of Ministry of Education, the key laboratory of Photoelectronic Imaging and Detection, the Innovative Team for Radio Wave Propagation and Scattering under Complex Environment, the Xi'an Station of Radio Monitoring Network Assembly, Shaanxi Provincial University Engineering Research Center, Xi'an Key Laboratory of Optoelectronic Detection and Intelligent Perception Technology for Urban Environment, and etc. Software and hardware resources are allocated reasonably. Overseas masters and backbones and domestic backbones are supplied with adequate research sources, perfect experimental conditions and convenient exchange platforms. Moreover, the School of Physics and the School of Optoelectronic Engineering cooperate actively with enterprises and strengthens vigorously industry-university research collaboration, which will provide the program’s scientific researches with enterprise-class experiment and verification environment. Favorable disciplinary basis is beneficial to deepen international exchanges and cooperation further for the International Platform for Optoelectronic Perception Science and Technology under Complex Environment, to solve key scientific problems of optoelectronic perception under complex environment, to cultivate internationalized high-level talents, to improve the status and influence of Chinese scholar in optoelectronic information perception and processing field on international academic circles and to develop a strategic and international photoelectric information perception and processing base for academic research and high-level talents cultivation.
Xi’an Attractions
Terra Cotta Warriors and Horses Museum
The well-known Terra-cotta Museum is located east of Emperor Qin’s Mausoleum, which covers a total area of 20 hectares. The museum is decorated with verdant trees, blooming flowers and carpets of green grass. The scenery in the museum looks quite elegant and delightful. Three main buildings of the museum, which were named Pit 1, Pit 2, Pit 3, were constructed on their original sites in different periods of time. Emperor Qin’s Terra-cotta Museum is not only a treasure house where the tourists can learn history, culture and human civilization, but also a main scenic spot of Xi’an city. It receives about 1.5 million tourists annually. Approximately 40 million visitors from home and abroad have visited the Museum within the last 20 years. Today, the Terracotta Warriors and Horses are widely regarded as 'the Eighth Wonder of the World,' a distinction that gained global recognition in 1987 when Emperor Qin's Mausoleum was inscribed on the UNESCO World Heritage List as a World Cultural Heritage site. Now the Museum is well-known widely as a huge modern on-site museum and it is going to be one of the best in the world.
City Wall
When Zhu Yuanzhang, the first Emperor of the Ming Dynasty (1368-1644), captured Huizhou, a hermit named Zhu Sheng admonished him that he should 'built high walls, store abundant food supplies and take time to be an Emperor,' so that he could fortify the city and unify the other states. After the establishment of the Ming dynasty, Zhu Yuanzhang followed his advice and began to enlarge the wall built initially during the old Tang dynasty (618-907), creating the modern Xi’an City Wall. It's the most complete city wall that has survived in China, as well being one of the largest ancient military defensive systems in the world.
After the extension, the wall now stands 12 meters (40 feet) tall, 12-14 meters (40-46 feet) wide at the top and 15-18 meters (50-60 feet) thick at the bottom. It covers 13.7 kilometers (8.5 miles) in length with a deep moat surrounding it. Every 120 meters, there is a rampart which extends out from the main wall. Altogether, there are 98 ramparts on the wall, which were built to defend against the enemy climbing up the wall. On the outer side of the city wall, there are 5948 crenellations, namely battlements. The soldiers can outlook and shoot at the enemy. On the inner side, parapets were built to protect the soldiers from falling off.
Since the ancient weapons did not have the power to break through a wall and the only way for an enemy to enter the city was by attacking the gate of the city wall. This is why complicated gate structures were built within the wall. In Xian, the city wall includes four gates and they are respectively named as Changle (meaning eternal joy) in the east, Anding (harmony peace) in the west, Yongning (eternal peace) in the south and Anyuan (forever harmony) in the north. The south gate, Yongning, is the most beautifully decorated one. It is very near to the Bell Tower, center of the city. Important greeting ceremonies organized by the Provincial Government are usually held in the south gate square.
Initially, the wall was built with layers of dirt, with the base layer including also lime and glutinous rice extract. Throughout the time Xi’an City Wall has been restored three times. In 1568, Zhang Zhi (the government officer of that period) was in charge to rebuild the wall with bricks. In 1781, another officer, Bi Yuan, refitted the city wall and the gate towers. More recently (since 1983) the Shaanxi Provincial Government restored the city wall again. A circular park has been built along the high wall and the deep moat. The thriving trees and flowers decorate the classical Chinese architecture of the wall, adding additional beauty to Xi’an City.
Big Wild Goose Pagoda
Big Wild Goose Pagoda is a well-preserved ancient building and a holy place for Buddhists. It is located in the southern suburb of Xian City, about 4 kilometers (2.49 miles) from the downtown of the city. Standing in the Da Ci'en Temple complex, it attracts numerous visitors for its fame in the Buddhist religion, its simple but appealing style of construction, and its new square in front of the temple. It is rated as a National Key Cultural Relic Preserve as well as an AAAA Tourist Attraction.
This attraction can be divided into three parts: the Big Wild Goose Pagoda, the Da Ci'en Temple, and the North Square of Big Wild Goose Pagoda. Big Wild Goose Pagoda Originally built in 652 during the reign of Emperor Gaozong of the Tang Dynasty (618-907), it functioned to collect Buddhist materials that were taken from India by the hierarch Xuanzang.
Xuanzang started off from Chang'an (the ancient Xian), along the Silk Road and through deserts, finally arriving in India, the cradle of Buddhism. Enduring 17 years and traversing 100 countries, he obtained Buddha figures, 657 kinds of sutras, and several Buddha relics. Having gotten the permission of Emperor Gaozong (628-683), Xuanzang, as the first abbot of Da Ci'en Temple, supervised the building of a pagoda inside it. With the support of royalty, he asked 50 hierarchs into the temple to translate Sanskrit in sutras into Chinese, totaling 1,335 volumes, which heralded a new era in the history of translation. Based on the journey to India, he also wrote a book entitled 'Pilgrimage to the West' in the Tang Dynasty, to which scholars attached great importance.
First built to a height of 60 meters (197 feet) with five stories, it is now 64.5 meters (211.6 feet) high with an additional two stories. It was said that after that addition came the saying-'Saving a life exceeds building a seven-storied pagoda'. Externally it looks like a square cone, simple but grand and it is a masterpiece of Buddhist construction. Built of brick, its structure is very firm. Inside the pagoda, stairs twist up so that visitors can climb and overlook the panorama of Xi’an City from the arch-shaped doors on four sides of each storey. On the walls are engraved fine statues of Buddha by the renowned artist Yan Liben of the Tang Dynasty. Steles by noted calligraphers also grace the pagoda.
Shaanxi History Museum
Shaanxi History Museum, which located in the northwest of the Dayan Pagoda of ancient city Xi'an, is the first huge state museum with modern facilities in China, and given the reputation of “bright pearl of ancient city, treasure house of China”.
Conformed to last wish of former Prime Minister Zhou Enlai, Shaanxi History Museum was built from 1983, and was finished on June 20th, 1991 and open to the public. The museum has a collection of 370000 pieces of relics. The museum is an architecture of Tang style, “Hall in center, storied buildings in corners”, elegant and dignified, magnificent scale, combination of traditional architecture and modern science, which completely embodied folk tradition, local feature, and epoch spirit.
Shaanxi is the imperial capital since ancient times, and more than 13 feudal dynasties built their capitals there in history including Zhou, Qin, Han, and Tang. The province is rich in cultural relics. With the completion of Shaanxi History Museum, it collected over 370,000 precious relics which were unearthed in Shaanxi Province, large quantities, full categories, high grade. The bronze wares, pottery figures, and mural paintings in Tang tombs and so on, are all wonderful artistic treasures.
Since the open of the museum, it held on the rules of combination of collecting, conservation, propagandizing, education, and scientific research, exerted the advantage of many historical relics, and conducted relic displays of various styles. Those all posted the rich meaning of relics from different degrees, and displayed the rich cultural achievements of China. Simultaneously, the relics were exhibited over-seas in the cities of Japan, France, United States, United Kingdom, Germany and other countries and regions.
With best display, excellent order, high quality service, elegant surrounding, and special charm, the museum attracted tourists from home and abroad. After the opening, the museum accepted thousands of tourists and became the important window to propagandize Chinese excellent culture, carry out patriotism instruction, and international exchange.
More about Xi’an: Bell Tower (钟楼)
More about Xi’an: Great Tang All-Day Mall (大唐不夜城)
