Yangpyeong-gun Artificial Intelligence (AI) Application Proposal
Research Report
2024_12Yangping County AI
Researcher Senior Hong
Yong Ho
summary
Considering the special social and economic environment of Yangpyeong-gun,
this study presents measures to effectively utilize artificial intelligence (AI)
technology; AI can enable innovative changes in various fields such as
agriculture, tourism, transportation, environmental monitoring, education, and
healthcare, and may become an important challenge for the sustainable
development of Yangpyeong-gun. The research will apply AI technology in each
of these areas. The study will discuss the applicability and expected effects of AI
technology in each of these sectors, and through this, present ways in which it
can contribute to revitalizing the local economy and improving the quality of life
of residents.
In smart agriculture, through precision agriculture systems that utilize AI and 5G
networks
The system can improve productivity and resource efficiency. In the tourism
industry, it can attract tourists and revitalize the local economy through AIbased
customized recommendation systems and virtual tour services. In traffic
management, traffic flow can be optimized and accidents can be prevented
through real-time traffic data analysis. In environmental monitoring, AI
technology can be used to track and address the causes of pollution in real time,
and educational programs can enhance the digital capabilities of local residents
and support the effective use of AI technology. AI-based medical services can
also improve diagnostic accuracy and optimize residents' health care.
This study presents an AI model applicable to Yangpyeong-gun, through which
policy proposals and implementation plans for sustainable development will be
embodied. Focus will be placed on ensuring that Yangpyeong-gun actively
adopts AI technology and positions it as a core element of regional development.2 ---
Theme word(s)
Artificial Intelligence (AI), smart agriculture, tourism industry, transportation
optimization, sustainable development3 ---
1. Introduction.
The purpose of the study is to develop the region by taking into account the
special social and economic environment of Yangpyeong County and the use of
AI technology.
AI highlighted innovative changes in a variety of areas as well as awareness of
ethical issues that may arise along with the positive impact on the community1).
Yangpyeong-gun is a region in Gyeonggi-do with a beautiful natural
environment and abundant agricultural resources, which requires the
introduction of innovative technologies for sustainable development. In this
context, artificial intelligence (AI) technology could be an important challenge
to increase efficiency and innovation in various fields such as agriculture,
tourism, transportation, and environmental monitoring, and to improve the
quality of life of residents. This report presents measures for effective use of AI
in Yangpyeong County and discusses the positive changes and outcomes that
can be expected in each of these areas.
Demographics, economic indicators, and social characteristics of Yangpyeong
County will be analyzed to assess the need for and potential benefits of AI
implementation.
Assess the level of digitization of existing infrastructure and the acceptability of
new technologies, and set the direction for the use of AI technologies2) .
2. smart agriculture
2.1. The Need for Smart Agriculture
By utilizing AI and 5G networks to build a precision agriculture system, the
growth stages, health, and nutritional status of crops can be monitored in real
time. This can contribute to improving crop yield and quality3).
Smart agriculture technology combining AI and the Internet of Things (IoT)
has the potential to dramatically improve agricultural productivity in
Yangpyeong County. It can provide technological solutions that can solve the
problems of climate change and labor shortages, monitor crop growth
conditions in real time, and enable optimal irrigation and precision
agriculture
The following is a list of the most common problems with the
2.2. AI-based Agricultural Technology
The AI-based model analyzes a variety of environmental variables in real time, 4 ---
including weather conditions, soil moisture levels, and temperature.5 ---
1) Murphy, K., Ruggiero, E. D., Upshur, R., Willison, D., Malhotra, N., Cai, J., Malhotra,
J. N., Lui, V. V., & Lui, L., & Ruggiero, E. D.
& Gibson, J. (2020). J. (2020). Artificial intelligence for
health: a scoping review of the ethics literature.BMC Medical Ethics, 22.
2) Alloulbi, A., Öz, T., & Alzubi, A. (2022).The Use of Artificial Intelligence for Smart
Decision-Making in Smart Cities: A Moderated Mediated Model Mathematical
Problems in Engineering.
3) Alzubi, A. A., & Galyna, K. (2023). K.
(2023). Artificial Intelligence and the Internet of Things for Sustainable and Smart
Agriculture.I EEE Access, 11, 78686-78692.6 ---
and predict the health and growth stages of crops. This allows for the automatic
generation of optimal irrigation schedules and monitoring of crop nutritional
status to create an optimal growing environment.
- AI-based irrigation systems: combining soil moisture sensors and AI analysis
and automate optimal water supply to crops. This can contribute to more
efficient use of water resources and cost savings.
- Smart Agricultural Data Analysis: Rapid transmission and processing of
agricultural data is possible through 5G networks, supporting real-time data
analysis and rapid decision making.
2.3. Expected Effects
- Increased productivity: Maximize productivity by understanding crop
conditions in real time and providing an optimal farming environment
- Cost savings: Precision irrigation and automated systems reduce water and
resource waste.
- Environmental Protection
Through sustainable agriculture, we can reduce environmental pollution and
protect agro-ecosystems.
3. Revitalization of tourism
Provide personalized travel information to customers through AI-based
customized tourism services and chatbots. This will increase the utilization of
the county's tourism resources and improve the visitor experience4).
3.1. AI-based Tourism Revitalization Strategy
AI is a key technology leading innovation in the tourism industry. An AI-based
recommendation system that analyzes tourists' tastes and preferences and
provides personalized information can be implemented. It can also enhance
tourist attraction through virtual tour services that utilize virtual reality (VR)
and augmented reality (AR) technology to allow visitors to experience major
tourist attractions in Yangpyeong-gun in real time.
3.2. AI Recommendation System
AI can analyze tourists' behavior patterns based on large-scale data and
recommend personalized sightseeing schedules. For example, it can
automatically recommend sightseeing spots, restaurants, and accommodations
that match the user's interests and travel style.
3.3. Virtual Tour Service7 ---
Using AI and VR/AR technology, tourists can virtually experience the main
attractions in Yangpyeong-gun without actually visiting them. This can
contribute to the revitalization of local tourism and is expected to be particularly
effective in situations where distance is a limiting factor.
3.4. Expected Effects
- Increased tourist attraction: Customized information and virtual tour services
provide tourists with more choices.
4) Chong, T., Yu, T., Keeling, D., & Ruyter, K.
(2021). AI chatbots on the front lines of service addressing agency
challenges and opportunities. Journal of Retailing and Consumer Services, 63,
102735.8 ---
Provide and create a reason to visit Yangpyeong-gun.
- Revitalization of the local economy: The development of the tourism industry
can contribute to the revitalization of the local economy and commercial area.
4. Traffic Management
AI-based smart transportation systems can optimize traffic flow and increase
the efficiency of logistics management. This will help reduce traffic congestion
in the region and lower logistics costs5).
4.1. Traffic Optimization with AI
An AI-based traffic flow analysis and optimization system will be introduced to
solve the traffic congestion problem in Yangpyeong-gun. The system analyzes
real-time traffic data and adjusts the traffic signal system efficiently based on
the analysis. In addition, the system can respond quickly in the event of an
accident and prevent traffic accidents.
4.2. AI Traffic Management System
- Traffic flow analysis: AI analyzes real-time road conditions, predicts
congested areas and times, and automatically adjusts traffic signals.
- Accident prediction and response: AI predicts the likelihood of traffic
accidents occurring and takes measures to prevent them. Accidents can be
minimized through prompt warning and response.
4.3. Expected Effects
- Improved traffic efficiency: Smoothly coordinating traffic flow reduces
congestion and shortens travel time for drivers.
- Improved safety: Accident prediction and rapid response can reduce traffic
accidents and enhance road safety.
5. Environmental Monitoring
An AI-based environmental data analysis and real-time pollution monitoring
system can be built to protect and manage the local ecological environment6).
5.1. Environmental Monitoring by AI
AI can make a significant contribution to environmental protection and
management in Yangpyeong-gun by monitoring environmental indicators such
as air pollution, water pollution, and greenhouse gas emissions in real time
through an AI-based system, enabling accurate tracking of pollution causes and
rapid response.9 ---
5.2. AI Environmental Analysis 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 and Smart Agriculture.I
EEE Access, 11, 78686-78692.10 --
-
AI can analyze a variety of environmental data to track causes and patterns of
pollution. For example, air quality sensors and AI analysis could be combined to
monitor air pollution levels in real time and suggest ways to remedy this.
5.3. Expected Effects
- Environmental Protection: Real-time environmental monitoring enables
accurate identification of the causes of pollution and timely response.
- Sustainable Development: AI
Through the following, natural resources can be conserved and sustainable
agricultural and industrial activities can be supported.
6. Educational Programs
Operate AI education programs to strengthen the digital capabilities of local
residents and students and develop AI talent in the community. Such education
will support the sustainable development of AI technology7).
6.1. AI Education Program Development
Develop AI-related educational programs for residents and youth in Yangpyeong
County to enhance their digital capabilities and improve the community's
ability to utilize AI technology. This will enable
and promote the digital transformation and develop human resources in the
community.
6.2. AI-based educational content
Provide an AI-based online education platform to help residents acquire AIrelated
knowledge anytime, anywhere. In addition, through hands-on, practicebased
education
The program will develop the ability to apply AI technology to current business
operations.
6.3. Expected Effects
- Strengthening digital capabilities: residents' digital capabilities can be
improved through AI education.
- Community development: This can lay the groundwork for local residents to
use AI technology to start their own businesses and create new jobs.
7. Medical Services
7.1. AI-based diagnostic and therapeutic assistance systems
AI can predict diseases through medical data analysis and provide personalized
treatment options. Using AI in medical services in Yangpyeong County will 11 --
-
improve the accuracy of diagnosis and
and tailored treatment plans for patients.12 --
-
7) Murphy, K., Ruggiero, E. D., Upshur, R., Willison, D., Malhotra, N., Cai, J., Malhotra,
J. N., Lui, V. V., & Lui, L., & Ruggiero, E. D.
& Gibson, J. (2020). J. (2020). Artificial intelligence for
health: a scoping review of the ethics literature.BMC Medical Ethics, 22.13 --
-
7.2. AI Medical Data Analysis
- Disease prediction: AI analyzes medical data to predict the likelihood of
disease outbreaks and suggest preventive treatments.
- Personalized treatment: AI can analyze a patient's health and genetic data to
derive personalized treatment options
7.3. Expected Effects
- Improved quality of medical services: more accurate and faster diagnosis with
the help of AI.
- Health Management: Manage the health of the local population more
efficiently and optimize the treatment process.
8. Conclusion.
Successful cases of AI application at home and abroad will be analyzed to
derive a model applicable to Yangpyeong-gun. In particular, successful cases in
agriculture, tourism, and transportation will be benchmarked, and strategies
tailored to regional characteristics will be presented8).
Yangpyeong-gun has the potential to revitalize the local economy and improve
the quality of life of its residents by applying AI technology in a variety of areas.
When AI is efficiently applied in smart agriculture, tourism revitalization, traffic
management, environmental monitoring, educational programs, and medical
services, Yangpyeong-gun will be positioned as a model for sustainable
development. The time is right.
The economic and social benefits expected through the use of AI will be
summarized, and policy proposals and implementation plans for the
introduction of AI will be fleshed out. This will contribute to the sustainable
development of Yangpyeong-gun and improvement of the quality of life of its
residents.9)
Such a structure would help to systematically analyze the various potential uses
of AI and present concrete and substantive directions for the development of
Yangpyeong County. The study needs a comprehensive approach that
encompasses not only the potential of AI technology, but also its ethical,
economic, and social aspects.14 --
-
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 AIPowered
Irrigation and Crop Health Monitoring.IEEE Access, 12, 125211 - 125222.15 --
-
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AI chatbots on the front lines of service addressing agency challenges and
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