Research report on how to utilize artificial intelligence (AI) in
Yangpyeong County
2024_12Youngho Hong, Senior AI
Researcher at Yangpyeong County
Abstract
This study proposes a plan to effectively utilize artificial intelligence (AI)
technology in Yangpyeong County by considering the special social and
economic environment of Yangpyeong County. AI enables innovative
changes in various fields such as agriculture, tourism, transportation,
environmental monitoring, education, and healthcare, and can be an
important challenge for the sustainable development of Yangpyeong
County. The study discusses the applicability and expected effects of AI
technology in each field and suggests ways to contribute to revitalizing the
local economy and improving the quality of life of residents.
In smart agriculture, precision farming systems leverage AI and 5G
networks can increase productivity and streamline resources. In the
tourism industry, AI-powered personalized recommendation systems and
virtual tours can help attract tourists and boost local economies. Traffic
management use real-time traffic data analysis to optimize traffic flow and
prevent accidents. In environmental monitoring, AI can be used to track
and respond to pollution sources in real time, while training programs can
enhance the digital capabilities of local residents to them to effectively use
AI technologies. AI-powered can also improve diagnostic accuracy and
optimize healthcare for residents.
This study presents an AI model that can be applied to Yangpyeong-gun,
and through it, policy proposals and action plans for sustainable
development are formulated. It requires a comprehensive approach that
encompasses not only the potential of AI technology but also ethical,
economic, and social aspects, and focuses on enabling Yangpyeong County
to actively adopt AI technology to become a key factor in the development
of the region.2 --
Topics: artificial intelligence, smart agriculture, tourism, transportation
optimization, sustainable development3 --
1. Introduction
The purpose of the study is to promote regional development by utilizing
AI technology in Yangpyeong County, considering its special social and
economic environment.
AI is revolutionizing many fields, emphasizing its positive impact on
communities and awareness of the ethical issues that can arise.1)
Yangpyeong-gun is a region with a beautiful natural environment and
abundant agricultural resources in Gyeonggi-do, which requires the
introduction of innovative technologies for sustainable development.
Among them, artificial intelligence (AI) technology can be an important
challenge that can increase efficiency and innovation in various fields such
as agriculture, tourism, transportation, and environmental monitoring,
and improve the quality of life for residents. This report suggests ways to
effectively utilize AI in Yangpyeong County and discusses the positive
changes and outcomes that can be expected in each field.
The demographics, economic indicators, and social characteristics of
Yangpyeong County are analyzed to assess the need for and potential
effects of AI adoption.
Evaluate the level of digitization of existing infrastructure and the
acceptability of new technologies to set the direction of AI technology
utilization.2)
2. Smart agriculture
2.1. The need for smart agriculture
By utilizing AI and 5G networks to build precision agriculture systems,
crops can be monitored in real-time for their growth stages, health, and
nutritional status. This can contribute to increasing the yield and quality of
crops.3)
Smart agriculture technology, which combines AI and the Internet of
Things (IoT), has the potential to dramatically improve agricultural
productivity in Yangpyeong County. It can provide technological solutions
to address climate change and labor shortages, monitor crop growth in real
time, and enable optimal irrigation and precision farming.4 --
2.2. AI-powered agricultural technology
AI-powered models analyze a variety of environmental variables in real time,
including weather conditions, soil moisture levels, temperature, and more.
1) Murphy, K., Ruggiero, E. D., Upshur, R., Willison, D., Malhotra, N., Cai, J.,
Malhotra, N., Lui, V., & Gibson, J. (2020). Artificial intelligence for good health:
a scoping review of the ethics literature. BMC Medical Ethics, 22.
2) Alloulbi, A.,, T., & Alzubi, A. (2022). The Use of Artificial Intelligence for Smart
Decision-Making in Smart Cities: A Moderated Model of Technology Anxiety
and Internal Threats of IoT. Mathematical Problems in Engineering.
3) Alzubi, A., & Galyna, K. (2023). Artificial Intelligence and Internet of Things for
Sustainable Farming and Smart Agriculture. IEEE Access, 11, 78686-78692.5 --
to predict crop health and growth stages. This allows you automatically
create the optimal irrigation schedule and monitor the nutritional status of
your crops to create an optimal growing environment.
- AI-powered irrigation systems: By combining soil moisture sensors and
AI analytics, you can automate the optimal watering of crops. This can
contribute to more efficient use of water resources and cost savings.
- Smart agricultural data analytics: Rapid transmission and processing of
agricultural data is made possible by 5G networks, real-time data analysis
and faster decision-making.
2.3. What to expect
- Increase productivity: Know the health of your crops in real time and
provide optimal farming conditions maximize productivity.
- Cost savings: Precision irrigation and automated systems can reduce
wasted water and resources.
- Environmental protection: Sustainable agriculture reduces environmental
pollution and preserves agricultural ecosystems.
3. Enabling tourism
Provide personalized travel information to through AI-based customized
tourism services and chatbots. This increase the utilization of Yangpyeong
County's tourism resources and improve the visitor experience.4)
3.1. AI-powered tourism activation strategies
AI is an important technology that is driving innovation in the tourism
industry. An AI-based recommendation system that analyzes tourists' tastes
and preferences to provide customized information can be introduced. In
addition, virtual tour services that utilize virtual reality (VR) and
augmented reality (AR) technology can help tourists experience major
tourist destinations in Yangpyeong-gun in real time, strengthening tourist
attraction.
3.2. AI recommendation system
AI can analyze tourist behavior patterns based on large amounts of data to
recommend customized itineraries. For example, it can automatically
recommend attractions, restaurants, and accommodations that match your
interests and travel style.
3.3. Virtual tour services6 --
By utilizing AI and VR/AR technology, tourists can virtually experience
major attractions in Yangpyeong County without actually visiting them.
This contribute to the revitalization of local tourism, especially in
situations where there are distance restrictions.
3.4. What to expect
- Increase tourism: Personalized information and virtual tours give tourists
more options.
4) Chong, T., Yu, T., Keeling, D., & Ruyter, K. (2021). AI-chatbots on the services
frontline addressing the challenges and opportunities of agency. Journal of
Retailing and Consumer Services, 63, 102735.7 --
Give them reason to visit Yangpyeong-gun.
- Boost local economies: The development of tourism can contribute to the
revitalization of local economies and commercial districts.
4. Traffic management
Smart transportation systems using AI can optimize traffic flow and
increase the efficiency of logistics management. This help reduce traffic
congestion in the region and reduce logistics costs.5)
4.1. AI-powered traffic optimization
By introducing a traffic flow analysis and optimization system using AI, the
traffic congestion problem in Yangpyeong-gun can be solved. The system
analyzes real-time traffic data and efficiently adjusts the traffic signal
system based on it. It also enables rapid response in the event of an
accident prevent traffic accidents.
4.2. AI Traffic Management System
- Traffic flow analysis: AI analyzes real-time conditions on the road to
predict congested areas and times of day, and automatically adjusts traffic
signals.
- Accident prediction and response: AI can predict the likelihood of a
traffic accident and take action to prevent it. When an accident does occur,
rapid warnings and responses can minimize the impact.
4.3. Expected outcomes
- Increase transportation efficiency: By smoothing traffic flow, you can
reduce congestion and shorten travel times for drivers.
- Increased safety: Accident prediction and rapid response can reduce
traffic accidents and make roads safer.
5. Monitoring your environment
Environmental data analysis and real-time pollution monitoring systems
through AI can be built to protect and manage the local ecological
environment.6)
5.1. AI-powered environment monitoring
AI can make a significant contribution to environmental protection and
management in Yangpyeong County. The AI-based system monitors 8 --
environmental indicators such as air pollution, water pollution, and
greenhouse gas emissions in real time, and tracks the exact source of
pollution to enable rapid response.
5.2. AI Environment Analytics System
5) Ma, H., Liu, Y., Jiang, Q., He, B. Y., Liao, X., & Ma, J. (2024). Mobility AI Agents
and Networks. IEEE Transactions on Intelligent Vehicles, 9, 5124-5129.
6) Alzubi, A., & Galyna, K. (2023). Artificial Intelligence and Internet of Things for
Sustainable Farming and Smart Agriculture. IEEE Access, 11, 78686-78692.9 --
AI can analyze a variety of environmental data to track the causes and
patterns of pollution. For example, air quality sensors and AI analytics can
be combined to monitor air pollution levels in real time and suggest ways
to improve them.
5.3. What to expect
- Environmental protection: Real-time environmental monitoring allows
you to pinpoint source of pollution and respond in a timely manner.
- Sustainable development: AI can be used to protect natural resources and
support sustainable agricultural and industrial activities.
6. Training programs
Run AI education programs to enhance the digital capabilities of local
residents and students, and cultivate AI talent in the community. These
trainings support the sustainable development of AI technology.7)
6.1. Developing AI training programs
Develop AI-related training programs for Yangpyeong County residents and
youth enhance their digital capabilities and improve the community's
ability to use AI technology. This will promote digital transformation and
foster local talent.
6.2. AI-powered training content
It provides an AI-based online education platform enables residents to
acquire AI-related knowledge anytime, anywhere. Through hands-on,
practice-oriented training, they can develop the ability to apply AI
technology in the workplace.
6.3. What to expect
- Digital : AI training can improve residents' digital skills.
- Community development: Pave the for local people to start their own
businesses or create new jobs using AI technology.
7. Healthcare services
7.1. AI-powered diagnostic and therapeutic assistive systems
AI can analyze medical data to predict diseases and provide personalized
treatment plans. The use of AI in healthcare services in Yangpyeong
County can improve the accuracy of diagnosis and create customized 10 --
treatment plans for patients.
7) Murphy, K., Ruggiero, E. D., Upshur, R., Willison, D., Malhotra, N., Cai, J.,
Malhotra, N., Lui, V., & Gibson, J. (2020). Artificial intelligence for good health:
a scoping review of the ethics literature. BMC Medical Ethics, 22.11 --
7.2. AI healthcare data analytics
- Disease prediction: AI can analyze medical data to predict the likelihood
of disease outbreaks and suggest preventive treatments.
- Personalized care: AI can analyze a patient's health status and genetic
data to come up with a personalized treatment plan.
7.3. What to expect
- Improving the quality of healthcare: AI enables more accurate and faster
diagnoses.
- : Manage health of local populations more efficiently and optimize
treatment processes.
8. Conclusion
Analyze successful cases of AI utilization at home and abroad to derive a
model applicable to Yangpyeong-gun. In particular, it benchmarks success
stories in the agriculture, tourism, and transportation sectors and suggests
strategies tailored to local characteristics.8)
By applying AI technology to various fields, Yangpyeong-gun the potential
to revitalize the local economy and improve the quality of life of its
residents. If AI is used efficiently in smart agriculture, tourism promotion,
traffic management, environmental monitoring, educational programs,
and healthcare services, Yangpyeong County become a model for
sustainable development. It is important to actively introduce and utilize AI
technology as a key challenge and zero for local development.
It summarizes the economic and social effects that can be expected from
the utilization of AI, and specifies policy proposals and action plans for the
introduction of AI. This will contribute to the sustainable development of
Yangpyeong County and improve the quality of life of its residents.9)
Such a structure will be useful in systematically analyzing the various
possibilities of AI and suggesting concrete and practical measures for the
development of Yangpyeong-gun. Research a comprehensive approach
that encompasses not only the potential of AI technology but also its ethical,
economic, and social aspects.12 --
8) Ma, H., Liu, Y., Jiang, Q., He, B. Y., Liao, X., & Ma, J. (2024). Mobility AI Agents
and Networks. IEEE Transactions on Intelligent Vehicles, 9, 5124-5129.
9) Nguyen-Tan, T., & Le-Trung, Q. (2024). A Novel 5G PMN-Driven Approach for
AI-Powered Irrigation and Crop Health Monitoring. IEEE Access, 12, 125211-
125222.13 --
References
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Alzubi, A., & Galyna, K. (2023). Artificial Intelligence and Internet of Things
for Sustainable Farming and Smart Agriculture. IEEE Access, 11, 78686-
78692.
Alloulbi, A., Öz, T., & Alzubi, A. (2022). The Use of Artificial Intelligence for
Smart Decision-Making in Smart Cities: A Moderated Model of Technology
Anxiety and Internal Threats of IoT. Mathematical Problems in
Engineering, None.
Chong, T., Yu, T., Keeling, D., & Ruyter, K. (2021). AI-chatbots on the
services frontline addressing the challenges and opportunities of agency.
Journal of Retailing and Consumer Services, 63, 102735.
Hassan, S. A., Omar, A. I., & Ahmed, N. R. (2024). Exploring the Ethical
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Ma, H., Liu, Y., Jiang, Q., He, B. Y., Liao, X., & Ma, J. (2024). Mobility AI
Agents and Networks. IEEE Transactions on Intelligent Vehicles, 9, 5124-
5129.
Murphy, K., Ruggiero, E. D., Upshur, R., Willison, D., Malhotra, N., Cai, J.,
Malhotra, N., Lui, V., & Gibson, J. (2020). Artificial intelligence for good
health: a scoping review of the ethics literature. BMC Medical Ethics, 22.
Nguyen-Tan, T., & Le-Trung, Q. (2024). A Novel 5G PMN-Driven Approach
for AI-Powered Irrigation and Crop Health Monitoring. IEEE Access, 12,
125211-125222.
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Research report on how to utilize artificial intelligence (AI) in Yangpyeong County
2025. 1. 17. 03:58