The NAAI Artificial Intelligence+Agricultural Economy Online Academic Conference has successfully concluded, focusing on the core theme of AI driven high-quality development of agricultural economy. Through case sharing and achievement display, the conference provides technical references and cooperation opportunities for the transformation of agricultural intelligence.
1、 Opening Speech at the Conference
-Host introduction: The assistant professor of the International Institute of Engineering Psychology mentioned that this conference is jointly organized by multiple institutions, aiming to build an interdisciplinary exchange platform and promote the transformation of agricultural intelligence; And introduce the main guests of this conference.
The main guests of this conference include:
Member of the National Academy of Artificial Intelligence, Professor Li Hui, Emeritus Professor at Peking University
Foreign academician of the Russian Academy of Engineering, Professor Zhang Quanguo from Henan Agricultural University
Professor Jiang Linhua, academician of the National Academy of Sciences of Bolivia and Serbia
Professor Cai Yiwei, Associate Researcher at the International Institute of Engineering Psychology
Professor Wei Jianping, Director of Weifang RCEP Research Center
-Professor Li Hui delivered the opening speech: In his speech, Professor Li mentioned the challenges faced by global agriculture and the potential of artificial intelligence technology, emphasizing the three core missions of spring plowing order and the future of agriculture and forestry.
2、 Main report section
Professor Zhang Quanguo delivered a keynote speech on "Agricultural Waste Resource Utilization Technology under the Background of Carbon Neutrality". Professor Zhang introduced the technology of agricultural waste resource utilization under the background of carbon neutrality, including technical routes, industry directions, and core technological breakthroughs.
Agricultural waste resource utilization technology: Professor Zhang Quanguo introduced the characteristics, resource quantity, and recycling properties of agricultural waste, emphasizing its important role in achieving carbon neutrality goals. He pointed out that the resource utilization of agricultural waste has zero or negative carbon characteristics and can be achieved through various ways, such as feed, fertilizer, biofuels, and engineering materials.
Low carbon agriculture and carbon neutrality path: The professor discussed the ecological crisis of modern agriculture and the importance of low-carbon agriculture, proposing to improve energy efficiency, reduce energy consumption and carbon emissions through industrial structure adjustment, technological and institutional innovation, renewable energy utilization and other means. He also provided a detailed introduction to the four industrialization directions of the agricultural waste resource utilization industry, including biohydrogen energy, biochar, bio intelligent engineering heating, and bio liquid fuel.
• Technological challenges and innovation: Professor Zhang analyzed the technological bottlenecks of low-carbon conversion of agricultural waste, such as the contradiction between high conversion costs and market demand, and proposed the importance of developing multi generation models and technological innovation. He introduced the progress of the team in the theoretical research and technology of biomass energy and biohydrogen energy, including solar photovoltaic hydrogen production equipment and biochar preparation technology.
Professor Jiang Linhua's presentation topic is "Artificial Intelligence and Agriculture". He has achieved breakthrough results in intelligent algorithms and interdisciplinary research. Professor Jiang discussed the integration of artificial intelligence and modern agriculture, and shared the team's practical experience in smart agriculture.
Definition and Challenges of Smart Agriculture: Professor Jiang Linhua defined smart agriculture and pointed out the current challenges facing agriculture, such as labor shortage, aging, and reduced arable land area. He emphasized the importance of smart agriculture in addressing these issues.
The application of smart agriculture technology: The professor discussed in detail the application of technologies such as the Internet of Things, drones, blockchain, and artificial intelligence in agriculture. He mentioned that these technologies can achieve precise monitoring and management of the entire agricultural production process, improving agricultural production efficiency and quality.
• Team Practice and Future Trends: Professor Jiang shared their team's practice in smart agriculture, including projects such as smart agricultural machinery and smart fishery breeding, and predicted the future development trends of smart agriculture, such as meeting personalized needs, applying automation equipment, and adding value to the agricultural industry chain.
Professor Cai Yiwei will share his research on the development principles of artificial intelligence in agricultural economy, which spans across engineering psychology and agricultural and forestry economics. Professor Cai demonstrated the law of technology market institutional synergy evolution through the current AI agricultural economy in Malaysia
• Technological empowerment: Refactoring production functions through data and automation, breaking through resource and labor constraints;
Global collaboration: Through technology output and cross-border cooperation, achieve value transition in the industrial chain;
Institutional catalysis: Policies and ecological construction reduce the cost of technology diffusion and promote inclusive economic growth.
This model provides a path for developing countries to "catch up with technology" - taking AI as the core, transforming traditional agriculture from low-end production to a high value-added and sustainable smart economic system, while providing practical samples for global food security and green transformation.
3、 Closing Summary
Professor Wei Jianping (Director of Weifang RCEP Research Center) summarized the conference results and delivered a speech: Professor Wei summarized the technological breakthroughs, industrial innovation, and policy recommendations discussed at the conference, and proposed future research directions.
-Next work suggestion: Professor Wei suggests strengthening the verification of technical and economic feasibility, ecological risk assessment, and policy operability, and selecting demonstration projects as pilot projects.
-Submission invitation: The host invites participants to submit their research results to the Journal of the International Institute of Engineering Psychology. （Journal of international institute of engineering psychology）
Journal website: journal.iioep.org
Submission guidelines:
You need to register an account on the official website of the Journal of International Institute of Engineering Psychology; The final version of the paper must be submitted in PDF format; Peer review process for journals; After confirming the acceptance, the article will be published online.
Journal submission directions: 1. Artificial Intelligence 2. Computer Science 3. Engineering Psychology 4. Human Computer Interaction, etc.
END
At the end of the conference, the organizer, the National Academy of Artificial Intelligence (NAAI), and the Weifang RCEP Research Center express their sincere gratitude to all the guests and friends attending! At the same time, we would like to express our gratitude to the co organizers, International Institute of Engineering Psychology, Hunan University of Information Science, Zhejiang Artificial Intelligence Society of China, and the co organizers, Hong Kong Institute of Technology and Serbian National Academy of Sciences, for their strong cooperation. It is our joint efforts that have enabled this cross regional and globally connected academic conference to be successfully held.