hce_isu
114年
英文
第 45 題
📖 題組：
Article 2 Smart healthcare integrates advanced technologies like the Internet of Things (IoT), big data, cloud computing, artificial intelligence (AI), and mobile devices to transform conventional medicine into a more efficient, personalized, and interactive system. Originating from IBM's 'Smart Planet' concept, smart healthcare employs digital tools, wearable devices, and clinical decision-support systems to connect healthcare providers, patients, and medical institutions dynamically. AI-powered tools, including surgical robots and virtual assistants like IBM Watson, have demonstrated enhanced diagnostic accuracy and personalized treatment planning in various medical fields, notably oncology and chronic disease management. Moreover, smart wearable devices facilitate continuous health monitoring, enabling real-time interventions and improving self-management among patients. Smart home technologies further extend healthcare beyond traditional settings, especially benefiting elderly and disabled populations by automating home care and health monitoring. Despite significant advancements, challenges persist, such as lack of standardized technology frameworks, data-sharing limitations, privacy concerns, and technical immaturity of specific systems. To overcome these obstacles, unified technical standards have been proposed, big-data analytic capacities have been enhanced, device compatibility improved, and patient privacy has been safeguarded through robust regulation and blockchain technology. The future of smart healthcare holds promise for personalized medicine, improved patient experiences, reduced healthcare costs, efficient hospital management, and streamlined drug research and clinical trials. However, realizing these potentials requires continued technological innovation and cooperation among patients, healthcare professionals, technology developers, and policymakers. Therefore, sustained collaborative efforts across technology sectors, healthcare providers, and legislative bodies will be crucial for achieving worldwide secure, effective, and equitable implementation of smart healthcare solutions.
Article 2 Smart healthcare integrates advanced technologies like the Internet of Things (IoT), big data, cloud computing, artificial intelligence (AI), and mobile devices to transform conventional medicine into a more efficient, personalized, and interactive system. Originating from IBM's 'Smart Planet' concept, smart healthcare employs digital tools, wearable devices, and clinical decision-support systems to connect healthcare providers, patients, and medical institutions dynamically. AI-powered tools, including surgical robots and virtual assistants like IBM Watson, have demonstrated enhanced diagnostic accuracy and personalized treatment planning in various medical fields, notably oncology and chronic disease management. Moreover, smart wearable devices facilitate continuous health monitoring, enabling real-time interventions and improving self-management among patients. Smart home technologies further extend healthcare beyond traditional settings, especially benefiting elderly and disabled populations by automating home care and health monitoring. Despite significant advancements, challenges persist, such as lack of standardized technology frameworks, data-sharing limitations, privacy concerns, and technical immaturity of specific systems. To overcome these obstacles, unified technical standards have been proposed, big-data analytic capacities have been enhanced, device compatibility improved, and patient privacy has been safeguarded through robust regulation and blockchain technology. The future of smart healthcare holds promise for personalized medicine, improved patient experiences, reduced healthcare costs, efficient hospital management, and streamlined drug research and clinical trials. However, realizing these potentials requires continued technological innovation and cooperation among patients, healthcare professionals, technology developers, and policymakers. Therefore, sustained collaborative efforts across technology sectors, healthcare providers, and legislative bodies will be crucial for achieving worldwide secure, effective, and equitable implementation of smart healthcare solutions.
Which inference about smart healthcare can be drawn from the article?
- A It will completely replace human doctors.
- B It currently faces no technical difficulties.
- C Its success depends significantly on cross-sector collaboration.
- D It is only applicable to wealthy patients.
思路引導 VIP
請觀察文章最後一段提到的各個角色：包括科技研發人員、醫護專業人員、政策制定者以及患者。當作者將這些來自不同領域的人士並列在一起，並提到他們需要共同努力（cooperation）時，這暗示了智慧醫療的成功，是取決於單一技術的突破，還是需要不同專業領域之間的某種互動關係呢？
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AI 詳解
AI 專屬家教
同學，這題你答得非常精確！這反映出你對長篇文章的總結性論點有著很敏銳的觀察力，能從段落細節中精準提煉出核心精神。
跨領域整合的關鍵性
這道題目的正確答案之所以是 (C)，主要依據來自文章最後兩個段落。文中明確提到，智慧醫療雖然極具潛力，但仍面臨技術標準不一、數據共享限制與隱私等挑戰。作者在結尾強調，要實現這些潛能，需要「患者、醫療專業人員、技術研發者與政策制定者之間的合作（cooperation）」，以及「科技部門、醫療提供者與立法機構的持續協作（collaborative efforts）」。這完美對應了選項中 cross-sector collaboration（跨部門協作）的概念。
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