The rapid advancement of artificial intelligence technology makes it crucial to understand its global development trends for technological innovation and industrial planning. Utilizing global AI patent data, this study performs a quantitative analysis across three dimensions: macro-trends, frontier research directions, and emerging application scenarios. Findings indicate that global AI patenting entered a phase of exponential growth in 2013; while China leads in total patent volume, the United States maintains a competitive edge in high-barrier vertical domains. Currently, algorithm optimization, model lightweighting, and multimodal fusion constitute the primary technological frontiers. Furthermore, application scenarios such as the Metaverse, the low-altitude economy, and green/low-carbon initiatives have gained significant momentum recently. Research indicates that global AI innovation is transitioning from scale expansion to efficiency optimization and scenario-driven development.

With the ongoing deepening of global digitalization and intelligentization, the satellite navigation industry has become a critical infrastructure closely tied to national strategic security and economic core competitiveness. Currently, the global navigation satellite system (GNSS) landscape is characterized by a “four-power coexistence” of the U.S. GPS, China’s BeiDou, Russia’s GLONASS, and the European Union’s Galileo. As a latecomer, the BeiDou system has achieved global service capabilities and deep penetration in the domestic market, yet it faces multiple challenges at the international level, including ecosystem lock-in by GPS, geopolitical interference, and competition over standards. Therefore, a systematic study of BeiDou’s internationalization path is essential for enhancing its global competitiveness, safeguarding national spatiotemporal information security, and promoting the high-quality “going global” strategy of the aerospace industry. By analyzing the global competitive landscape and the strategies of major systems, this research assesses the foundation and challenges for BeiDou’s internationalization, ultimately proposing a comprehensive and differentiated advancement path that prioritizes technology and standards, fosters collaborative development of the application ecosystem, and expands market segments in a layered manner.

Virtual Reality (VR) technology is profoundly reshaping the development pattern of the tourism industry. By constructing immersive digital experience scenarios, VR technology breaks the temporal and spatial constraints of traditional tourism and injects new growth drivers into the tourism industry. At present, the integrated development of virtual and real tourism is confronted with core challenges such as inadequate technological adaptability, immature business models and fragmented user experience. Based on an analysis of industrial practices, this paper proposes integrated development paths including the construction of a technological standardization system, the deepening of scenario-based applications and the provision of data-driven precise services. It aims to promote the deep coupling of VR technology and the tourism industry, and realize the coordinated development of technological empowerment and industrial upgrading.

In the face of the rigid constraints of the domestic “carbon neutrality” strategy and the continuous escalation of global green trade barriers, this paper aims to integrate existing research results and construct a systematic response framework for the green transformation of the discrete manufacturing industry, driven by three engines: “governance foundation building, technological innovation, and market empowerment”. The research shows that discrete manufacturing enterprises must abandon the fragmented technological renovation mindset and instead adopt a systematic strategic approach driven by the three engines.

The iron and steel industry is a crucial foundational industry in China and an important component of its industrial sector. Studying the specific pathways through which the digital economy drives the high-quality development of the iron and steel industry plays a significant role in promoting the transformation, upgrading, and achievement of high-quality development in the industry. This paper clarifies the connotation of high-quality development in the iron and steel industry, analyzes the mechanism by which the digital economy empowers such development, selects representative cases of digital transformation in iron and steel enterprises, further reveals how digital technologies enable these enterprises to break through traditional development bottlenecks, and proposes effective pathways for the digital economy to drive high-quality development in the iron and steel industry from aspects such as improving digital economy-related policies, enhancing capabilities for digital transformation and upgrading, and strengthening industrial collaboration and cooperation.

With the proposition of the concept that “ice and snow are as valuable as gold and silver mountains,” the digital integration of ice and snow tourism has emerged as a new driver of economic growth. Nevertheless, challenges persist, including inadequate policy coordination and product homogenization, necessitating exploration into pathways for digital technology empowerment. Based on panel data from 30 provincial-level regions in China spanning 2015 to 2023, this study employs Baidu Index network attention as a core indicator and utilizes two-way fixed effects models and mediation effect models to systematically analyze the impact mechanism of digital technology on the economic development of ice and snow tourism. The findings reveal: First, digital technology significantly promotes the economic development of ice and snow tourism, with its impact coefficient being positively significant at the 1% level. Second, internet penetration rate plays a significant mediating role between digital technology and the economic development of ice and snow tourism. Third, regional heterogeneity analysis indicates that the positive impact of digital technology on the economic development of ice and snow tourism is most pronounced in the eastern region due to its robust technological infrastructure, while it exhibits a negative impact in the central region.

This study focuses on the development of the logistics industry in Xinjiang, employing the STWO analysis method to comprehensively examine the driving role of the digital economy, the current status of logistics industry development in Xinjiang, and its internal and external conditions. The findings reveal that the logistics industry in Xinjiang possesses unique geographical and policy advantages, yet it also faces numerous challenges, including inadequate infrastructure and insufficient collaborative capabilities. Based on these insights, the study proposes innovative development pathways, such as building smart logistics hubs, strengthening technological empowerment, promoting industrial upgrading, and establishing a risk resilience system. The aim is to provide practical references for regional industrial upgrading and the high-quality development of hub-driven economies.

Against the backdrop of China's national drive to deepen the modern vocational education system, the integration of industry and education has become the core engine for the high-quality development of higher vocational education. Grounded in innovation ecosystem theory, this study examines the challenges in industry education integration at higher vocational colleges, particularly in areas such as stakeholder collaboration, incentive mechanisms, and resource integration. The research proposes mechanism innovations, including building a “government-industry-enterprise-school” community of shared destiny, establishing a long-term “co-governance and shared benefits” operational mechanism, and creating a “digital empowerment” integration platform. These innovations will be implemented through a four-pronged approach—precision alignment, platform construction, teaching reform, and evaluation-driven guidance—to foster deep symbiosis in industry-education integration. This systematic solution aims to cultivate highly skilled technical professionals.

As the core link for power enterprises to connect the market and users, whether marketing can adapt to the business transformation brought about by “Internet plus”, and whether it can improve marketing effectiveness and service quality with the help of information technology and the Internet and other technical advantages, is the key to the successful transformation of the power industry and the realization of high-quality development. This paper first expounds the importance of electric power marketing, analyzes the new requirements of “Internet plus” for electric power marketing, and then mainly puts forward some exploratory suggestions on the construction of electric power marketing mode under the background of “Internet plus”, hoping to provide reference for the practice of related work.

The industry-education integration community serves as a crucial platform for aligning vocational education with industrial development, while digital and intelligent technologies provide a core driving force for overcoming its operational bottlenecks.Taking the National Modern Port Logistics Industry-Education Integration Community as a case, this paper analyzes the practical challenges faced by such communities in resource integration, stakeholder coordination, and benefit distribution. It further explores the enabling logic of digital and intelligent technologies on the operational mechanism of the community, and proposes optimization strategies from the dimensions of technological architecture construction, collaborative mechanism reconstruction, and benefit ecosystem improvement. This study aims to provide practical references for the efficient operation and sustainable development of industry-education integration communities.

Under the Belt and Road Initiative, distinctive industrial clusters and cross-border cooperation networks have gradually taken shape. However, at this stage, Guizhou’s agriculture faces issues such as insufficient processing capacity and poor adaptability to international rules, which hinder the export of agricultural products. Therefore, in response to the challenges in the international development of Guizhou’s agricultural industry, two innovative approaches have been summarized: strengthening standard certification to promote international development and establishing free trade zones to break down cooperation barriers. Through these innovative approaches, the comprehensive benefits of agriculture can be enhanced, and international cooperation mechanisms can be improved. Ultimately, this will achieve a deep integration of high-quality agricultural development with the Belt and Road Initiative.

As China advances its “dual carbon” goals, thermal power plants face mounting economic pressures from high fuel costs, rigid environmental compliance requirements, and operational efficiency constraints. Addressing the pressing need for cost-effectiveness improvements, this study systematically analyzes how fuel price volatility, aging equipment, and stricter environmental policies impact thermal power economics through cost structure and operational characteristics. Key technical pathways include ultra-low emission technology optimization, intelligent control system upgrades, waste heat recovery, and lifecycle cost management. The research further examines how carbon trading mechanisms and green power integration mechanisms regulate thermal power economics. By synergistically advancing technological upgrades and management optimization, this approach not only reduces per-unit power generation costs under environmental constraints but also ensures sustainable development for thermal power plants.

The synergy between forestry ecological construction and biodiversity conservation in nature reserves is the core issue of ecological civilization construction.Currently,the two are facing challenges such as conflicting goals,disjointed measures,management barriers,and technological shortcomings,which constrain the effectiveness of ecological protection.Based on the theory of collaborative governance,this article constructs a four-dimensional collaborative mechanism of“goal technology management benefit”,and provides optimization suggestions from the perspectives of technology,management,and security,providing theoretical and practical references for a win-win situation for both parties.

As a core driver of China's high-quality economic development, new-quality productivity imposes higher requirements on industry-education integration. This study constructs a theoretical framework of innovation ecosystem to analyze the mechanism of digital-intelligent technology in optimizing resource allocation and enhancing collaborative efficiency. The digital-intelligent industry-education integration community achieves dynamic matching of enterprise-university resources through a digital twin smart platform, restructures the innovation value chain via market-oriented allocation of data factors. The proposed dual-drive strategy of institutional innovation and technological empowerment provides theoretical support and practical pathways for building an industry-education integration ecosystem guided by new quality productivity.

In the inaugural year of the 15th Five-Year Plan period, comprehensive land consolidation has become a crucial means to optimize territorial spatial patterns and unleash the potential of rural resources. As a major agricultural province and a dual pilot province for “comprehensive land consolidation across all regions + rural revitalization,” Shaanxi Province is actively exploring integrated development pathways for “consolidation + industries.” However, the current industrial implantation still faces challenges such as insufficient technological empowerment, poor factor matching, and short industrial chains. Based on the practices in Shaanxi Province, this paper systematically analyzes the mechanisms and pathways for industrial implantation in comprehensive land consolidation from the dual perspectives of technological empowerment and state-owned enterprise (SOE) leadership. It proposes a new model for industrial implantation driven by data, supported by platforms, and centered around SOEs as hubs, providing references for transitioning land consolidation toward industrial operations and achieving agricultural and rural modernization.

Driven by green development concepts and digital innovation, the electrical industry is undergoing transformative changes. While green energy applications continue to deepen ,the global share of green energy in the electrical industry has exceeded 35% in 2024 ,and digital technologies are accelerating industrial integration, the sector also faces challenges including insufficient innovation capacity, talent shortages, growing environmental pressures, and intensified international competition. This paper analyzes current industry trends and key challenges, proposing actionable strategies to strengthen technological innovation, improve talent development mechanisms, promote eco-friendly transformation, and build international competitive advantages. The study aims to provide practical solutions for sustainable development, helping the industry better adapt to market demands and policy requirements, thereby driving high-quality economic growth.

This paper explores the factors affecting carbon inclusive literacy among residents in Hebei Province via a questionnaire survey. A multiple linear regression model was used for analysis. Key findings include a significant negative influence for the 18-30 age group, suggesting lower literacy among young adults; a stronger positive influence for rural residents; and a significant negative impact associated with having a high school education or less, which calls for practical educational measures. To address problems like limited awareness, the intention-behavior gap in low-carbon practices, and weak motivation, the study proposes countermeasures such as differentiated publicity and behavioral incentives, offering insights for improving carbon inclusive literacy in Hebei.

Digital transformation restructures the interactive logic between vocational education and industrial upgrading. This study reveals the collaborative innovation mechanism of the industry-education integration system, constructing a three-spiral model of educational chain, industrial chain, and innovation chain. It proposes differentiated empowerment paths based on industry types, reshaping practical paradigms through digital twins, intelligent prediction, and blockchain technology to achieve dynamic alignment between educational supply and industrial demand. The research confirms that entrepreneurial education, by reorganizing technical elements and optimizing innovative networks, can effectively address the challenges of technological lag and talent structure imbalance in regional industrial transformation, forming a sustainable ecosystem where education drives industrial leapfrogging. 

The thriving digital economy, driven by technological innovation, requires continuous integration of data resources and sustained technological advancement to deepen the operational logic and development models of the cultural tourism industry. The logic behind digital economy’s promotion of cultural-tourism integration is rooted in shaping integrated development models through technology, providing both momentum and platforms for growth. To fully unlock the potential of the digital economy, it is essential to continuously improve digital infrastructure, establish multi-stakeholder collaborative mechanisms, and inject innovative vitality into solving practical challenges in cultural-tourism integration.

New quality productivity is driven by technological innovation as the core, promoting the transformation of industries towards digitization, intelligence, and greenness. It puts forward forward-looking and innovative new requirements for the integration of industry and education in vocational undergraduate education. This article focuses on the background of the development of new quality productive forces. By analyzing the policy support, practical promotion, and resource integration status of the integration of industry and education in vocational undergraduate education, a suitable path for the integration of industry and education is proposed to assist in industrial transformation and upgrading and high-quality economic development.

In the information age, the production and manufacturing of chips not only represent the country’s high tech level, but also the symbol of a country’s “soft power.” After breaking through the blockade and barriers, it is a great feat for China’s scientific research team to realize the localization of chip manufacturing. In order to effectively protect this scientific research achievement, the security protection team proposed a “chip architecturemanufacturing process-application ecology” trinity intellectual property security assessment and protection system.

The scientific and systematic nature of local government carbon emission policy systems plays a crucial role in achieving the carbon peak and carbon neutrality goals. This study constructs a policy evaluation system based on the PMC index model to quantitatively assess carbon emission policies in Hunan Province before and after the introduction of the “dual carbon” goals. The findings indicate that the average PMC index for Hunan Province’s carbon emission policies is 6.81, reflecting an overall good level. After the introduction of the “dual carbon” goals, policy quality improved significantly, with the average PMC index rising from 6.12 to 7.50. The policies perform well in terms of timeliness, functionality, and transparency, but there is room for improvement in incentive mechanisms, implementation levels, and public participation.

The research systematically expounds the application mechanism of full life cycle data perception and fusion technology, as well as artificial intelligence-based power generation efficiency prediction and optimization models in the field of new energy power generation. It reveals the functional mechanism of digital intelligence technology in enhancing the accuracy of renewable energy resource assessment, achieving predictive maintenance of equipment, promoting the coordinated optimization of source-grid-load-storage, effectively mitigating the volatility of power generation, and improving the level of power consumption.

To address new energy vehicles (NEVs) promotion bottlenecks in Chongqing’ s hilly regions and support “dual carbon” goals and rural revitalization, research shows Chongqing had 706,500 NEVs by the end of 2024 with leading charging infrastructure. Challenges: uneven charging station distribution, inefficient maintenance, insufficient government-enterprise collaboration. Countermeasures: govt-enterprise-community mechanism, optimized “30-minute charging circle”, digital maintenance & value-added services.Expected effects: fill rural charging gaps, improve user satisfaction, and provide references for similar areas.

E-commerce platforms face challenges like fragmented user behavior and inefficient marketing resource allocation in new media. A multi-source data fusion architecture covering transactions, social platforms, and ads was built. Data from 237,000 users over 180 days was analyzed, identifying 5 user groups via K-Means and predicting conversion with 83.7% accuracy using XGBoost. Precision targeting boosted conversion by 37.3%, user lifetime value by 28.3%, ad ROI from 1:2.8 to 1:4.5, and reduced customer acquisition costs by 32.5%.

Using the CNKI database as the source of literature statistics,CiteSpace visualization analysis software was used to conduct a graph analysis of 628 literature on cultural tourism research in Fujian Province from 1999 to 2024. The research status and development trends in the field of cultural tourism in Fujian Province were analyzed. The results indicate that the number of publications from 1999 to 2024 showed a fluctuating and increasing trend; most of the institutions conducting relevant research are universities in the eastern and southern regions of Fujian; the number of publications by each institution is generally small; and academic communities need to be formed among institutions. Tourism culture, tourism development, cultural tourism, and cultural tourism integration are the main research hotspots , among which cultural tourism integration is the main line and key direction of future research.

Intelligent manufacturing has become the core direction of the transformation in the manufacturing industry. The in-depth integration of artificial intelligence(AI)technology and mechanical and electronic engineering has driven a fundamental transformation in traditional manufacturing models. Focusing on the practical application of AI in the mechanical and electronic industry, this paper systematically analyzes the application paths of AI technology in the perception, control,optimization and other links of mechanical and electronic equipment, and deeply explores the breakthroughs and industrial value of AI-driven electromechanical systems in precision improvement, energy consumption reduction, fault early warning and other aspects. Research shows that with the empowerment of AI technologies such as machine learning and computer vision, mechanical and electronic equipment can achieve autonomous decision-making and adaptive adjustment, which significantly improves production efficiency and product quality, providing practical references and data support for the intelligent upgrading of the manufacturing industry. 

Based on the concept of green competitiveness, this paper elaborates on the significance of enhancing Guizhou's industrial parks’ green competitiveness and analyzes current challenges in energy consumption statistics and clean energy utilization. Considering the development status of Guizhou’s industrial parks and aligning with the policy orientation of “quota-based applications and provincial-level selection,” the study proposes strategic recommendations including optimizing green industrial layouts (such as the “park-in-park” model) and strengthening green technology applications (like carbon capture and resource recycling) to promote the coordinated integration of economic development and low-carbon goals in Guizhou’s industrial parks.

As global climate change intensifies and China advances its “dual carbon” strategy, the synergy between building “zero-carbon islands” and low-carbon logistics transformation has emerged as a key driver for regional ecological and economic progress. Ningde City, home to 643 islands, issued a special declaration in 2023-2024 setting a 2027 target to establish a “zero-carbon island” demonstration project. This study examines the logistics sector in Ningde, analyzing current challenges including high-carbon energy structures and inadequate infrastructure. The paper proposes a low-carbon transition framework encompassing energy substitution, facility upgrades, technological innovation, and policy support. Key initiatives include promoting multi-energy complementary systems and developing smart logistics dispatch platforms. These efforts aim to provide the “Ningde Model” for green logistics in coastal island cities, offering both theoretical and practical references for implementing China’s “dual carbon” goals in island regions.

Guided by the “dual carbon” goals, this paper conducts research on the green transformation paths of railway diesel locomotives. By comprehensively applying literature research, case analysis, and cost-benefit analysis methods, it systematically reviews the current transformation status, deeply analyzes the core challenges in the technical, economic, and policy dimensions, and proposes three transformation paths: technological innovation, power transformation, and industrial collaboration. Through quantitative analysis, the transformation costs and benefits are clarified. The feasibility is verified by the power transformation project of the Dongfeng 4D diesel locomotive in Tangshan Locomotive Depot of Beijing Bureau Group. Finally, suggestions are provided from the policy, technology, and infrastructure levels, offering theoretical and practical references for the low-carbon transformation of the depot and the railway industry. 

Against the backdrop of the overlap between the dual circulation pattern and the Belt and Road Initiative, the Xinjiang Pilot Free Trade Zone, as a hub for opening up to the west, needs to achieve a technological breakthrough to connect emerging industries with markets along the routes. This paper points out three major issues: insufficient R&D investment, lack of core technological reserves among R&D entities, and unsmooth channels for scientific and technological achievement transformation, which hinder the development of emerging industries such as new energy equipment. It further proposes three practical paths: constructing a diversified funding system, strengthening technological reserves of R&D entities, and building a full-chain achievement transformation platform. This provides a reference for the Xinjiang Pilot Free Trade Zone to realize internal and external linkage development through technological empowerment, helping it serve the national dual circulation strategy and the Belt and Road Initiative.

The industrialization of wind turbine cluster optimization technology is constrained by structural factors including the absence of trust mechanisms, immature business models, data barriers, and talent discontinuities. Based on industrialization logic and typical case analysis, this paper reveals that multi-level verification systems, ecological collaborative networks, performance-oriented mechanisms, and standardization construction constitute the core pathways for industrial implementation. Through institutionalized trust reconstruction and value distribution innovation, the technology transforms from localized verification to large-scale application, providing systematic solutions for high quality development of the wind power industry and achievement of carbon neutrality strategic objectives.

The sports, culture, and tourism industry, as an integrated sector that combines sports competition, cultural inheritance, and tourism experiences, serves as a crucial vehicle for meeting people’s aspirations for a better life and facilitating regional economic transformation and upgrading. Grounded in the effects of technology empowerment, this study first outlines the developmental advantages it brings to the sports, culture, and tourism industry. Then, it delves into the core challenges currently faced by the industry and proposes targeted sustainable development paths, such as constructing a collaborative and shared digital foundation and innovating mechanisms for industry-education integration to cultivate talent. 

The deep integration of the digital economy with the real economy has become a key driver for high quality economic and social development. While Guizhou emphasizes the growth of its digital economy, it is actively exploring agricultural digital transformation paths, particularly in smart agriculture. This article analyzes innovative models in Guizhou's agricultural digital transformation through the lens of smart agriculture. It also summarizes various challenges currently faced and proposes corresponding strategies, aiming to provide theoretical references and practical insights for agricultural digital transformation in Guizhou and similar regions.

With the in-depth development of the digital economy, higher education institutions in Guizhou Province have been actively promoting digital transformation to enhance education quality and foster balanced regional educational development. Currently,significant progress has been made in areas such as digital infrastructure construction, innovative smart teaching,and industry-academia integration. However,challenges remain, including information silos, insufficient depth of application, and imperfect sustainable development mechanisms. Through a systematic analysis of the current situation and existing problems,this study proposes countermeasures such as strengthening top-level design, improving incentive mechanisms, increasing resource investment, and promoting the application of technology and industry academia integration to facilitate the sustainable development of digital transformation.

Against the backdrop where new-quality productive forces have become a key driver of development, Heze's rich intangible cultural heritage (ICH) faces challenges such as an aging inheritance population, limited communication channels, and insufficient industrial development. Policy support, improved digital infrastructure, and growing cultural demands of consumers have laid the foundation for new-quality productive forces to empower Heze’s ICH. To address issues including inadequate digital transformation, homogeneous products, and insufficient policy and talent guarantees, this paper proposes optimization strategies from the perspectives of technology, industry, talent, and policy, aiming to promote the innovative transformation and high-quality development of Heze’s ICH.

This article analyzes the current situation of the development of the robotics industry in Xinjiang, the practice of building an integrated industry education community, and the main problems that exist. It points out that there are still shortcomings in terms of enterprise participation motivation, vocational college initiative, government support mechanism, and multiple subject rights and responsibilities. Suggestions have been put forward to optimize top-level design, strengthen government policy support, deepen the mechanism of school enterprise collaboration in education, and establish a mechanism for sharing responsibilities and benefits, providing theoretical support and practical reference for promoting the integration of “robot+” industry and education in Xinjiang and even the western region.

This study evaluates the implementation outcomes of industrialized renewable energy storage systems. Through integrated multi-technology solutions and standardized design, the project achieved a 60% reduction in power conversion losses, with wind and solar power integration rates exceeding 90% and response times shortened to under 3 minutes. The total lifecycle costs decreased by 20%, while the payback periods for grid-side and user-side investments were reduced to 8 years and 5-6 years respectively. A scenario-specific operational model significantly enhanced user profitability, driving energy storage systems from “technically viable” to “commercially sustainable”solutions. These advancements provide practical evidence for industrial-scale deployment and market adoption.

“Robust Industrial Development and Urban Revitalization” represents a strategic imperative of our era. From the perspective of industry-city integration, this study establishes an evaluation index system encompassing the three core dimensions of industry, city, and people. Utilizing Principal Component Analysis and a Coupling Coordination Degree Model, it assesses the coordination level between industry and city in Shishi City from 2012 to 2021. Based on the findings, targeted recommendations are proposed to strengthen industry and revitalize the city across these three dimensions.