Assessment of Digital Capabilities by 9 Countries in the Alliance for Healthy Cities Using AI: Cross-Sectional Analysis.

IF 2 Q3 HEALTH CARE SCIENCES & SERVICES JMIR Formative Research Pub Date : 2025-02-07 DOI:10.2196/62935
Hocheol Lee
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Abstract

Background: The Alma-Ata Declaration of 1978 initiated a global focus on universal health, supported by the World Health Organization (WHO) through healthy cities policies. The concept emerged at the 1984 Toronto "Beyond Health Care" conference, leading to WHO's first pilot project in Lisbon in 1986. The WHO continues to support regional healthy city networks, emphasizing digital transformation and data-driven health management in the digital era.

Objective: This study explored the capabilities of digital healthy cities within the framework of digital transformation, focusing on member countries of the Asian Forum of Healthy Cities. It examined the cities' preparedness and policy needs for transitioning to digital health.

Methods: A cross-sectional survey was conducted of 9 countries-Australia, Cambodia, China, Japan, South Korea, Malaysia, Mongolia, the Philippines, and Vietnam-from August 1 to September 21, 2023. The 6-section SPIRIT (setting approach and sustainability; political commitment, policy, and community participation; information and innovation; resources and research; infrastructure and intersectoral; and training) checklist was modified to assess healthy cities' digital capabilities. With input from 3 healthy city experts, the checklist was revised for digital capabilities, renaming "healthy city" to "digital healthy city." The revised tool comprises 8 sections with 33 items. The survey leveraged ChatGPT (version 4.0; OpenAI, Microsoft), accessed via Python (Python Software Foundation) application programming interface. The openai library was installed, and an application programming interface key was entered to use ChatGPT (version 4.0). The "GPT-4 Turbo" model command was applied. A qualitative analysis of the collected data was conducted by 5 healthy city experts through group deep-discussions.

Results: The results indicate that these countries should establish networks and committees for sustainable digital healthy cities. Cambodia showed the lowest access to electricity (70%) and significant digital infrastructure disparities. Efforts to sustain digital health initiatives varied, with countries such as Korea focusing on telemedicine, while China aimed to build a comprehensive digital health database, highlighting the need for tailored strategies in promoting digital healthy cities. Life expectancy was the highest in the Republic of Korea and Japan (both 84 y). Access to electricity was the lowest in Cambodia (70%) with the remaining countries having had 95% or higher access. The internet use rate was the highest in Malaysia (97.4%), followed by the Republic of Korea (97.2%), Australia (96.2%), and Japan (82.9%).

Conclusions: This study highlights the importance of big data-driven policies and personal information protection systems. Collaborative efforts across sectors for effective implementation of digital healthy cities. The findings suggest that the effectiveness of digital healthy cities is diminished without adequate digital literacy among managers and users, suggesting the need for policies to improve digital literacy.

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使用人工智能的健康城市联盟9个国家的数字能力评估:横断面分析。
背景:1978年的《阿拉木图宣言》在世界卫生组织(世卫组织)通过健康城市政策的支持下,发起了全球关注全民健康的行动。这一概念出现在1984年多伦多“超越卫生保健”会议上,导致世卫组织于1986年在里斯本开展了第一个试点项目。世卫组织继续支持区域健康城市网络,强调数字化转型和数字时代数据驱动的健康管理。目的:本研究以亚洲健康城市论坛成员国为研究对象,探讨数字化转型框架下的数字健康城市能力。它审查了城市向数字卫生过渡的准备工作和政策需求。方法:于2023年8月1日至9月21日对澳大利亚、柬埔寨、中国、日本、韩国、马来西亚、蒙古、菲律宾、越南等9个国家进行横断面调查。由6部分组成的SPIRIT(设置方法和可持续性;政治承诺、政策和社区参与;信息与创新;资源和研究;基础设施和部门间;对培训清单进行了修改,以评估健康城市的数字化能力。根据3名健康城市专家的意见,根据数字化能力对清单进行了修订,将“健康城市”更名为“数字健康城市”。修订后的工具包括8个部分33个项目。该调查利用了ChatGPT(4.0版本;OpenAI, Microsoft),通过Python (Python Software Foundation)访问应用程序编程接口。安装openai库,输入应用程序编程接口密钥,使用ChatGPT(4.0版本)。使用“GPT-4 Turbo”模型命令。5位健康城市专家通过小组深度讨论,对收集到的数据进行定性分析。结果:这些国家应建立可持续数字健康城市网络和委员会。柬埔寨的电力普及率最低(70%),数字基础设施差距很大。维持数字卫生倡议的努力各不相同,韩国等国家侧重于远程医疗,而中国的目标是建立一个全面的数字卫生数据库,强调需要为促进数字健康城市制定量身定制的战略。预期寿命最高的是韩国和日本(均为84岁)。柬埔寨的电力普及率最低(70%),其余国家的电力普及率为95%或更高。互联网使用率最高的国家是马来西亚(97.4%),其次是韩国(97.2%)、澳大利亚(96.2%)和日本(82.9%)。结论:本研究强调了大数据驱动政策和个人信息保护系统的重要性。跨部门协作,有效实施数字健康城市。研究结果表明,如果管理人员和用户没有足够的数字素养,数字健康城市的有效性就会降低,这表明需要制定政策来提高数字素养。
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来源期刊
JMIR Formative Research
JMIR Formative Research Medicine-Medicine (miscellaneous)
CiteScore
2.70
自引率
9.10%
发文量
579
审稿时长
12 weeks
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