DIKWP's Prospects for Intelligent Applications in Healthcare and Wellness

(Beginners' Edition)

Yucong Duan

Benefactor: Shiming Gong

International Standardization Committee of Networked DIKWP for Artificial Intelligence Evaluation(DIKWP-SC)

World Artificial Consciousness CIC(WAC)

World Conference on Artificial Consciousness(WCAC)

(Email: duanyucong@hotmail.com)

Catalog

1 Introduction

2 Key Technologies of the DIKWP Model

2.1 Integration of Data Graph, Information Graph, and Knowledge Graph

2.2 Cross-Modal Privacy Protection and Secure Processing

2.3 Multimodal Data Analysis for Intelligent Healthcare

2.4 Purpose-Driven Intelligent Medical Services

2.5 Intelligent Assistance and Decision Support

3 Application Scenarios of the DIKWP Model in the Medical and Elderly Care Fields

3.1 Precision Medicine and Personalized Diagnosis and Treatment

3.2 Intelligent Elderly Care and Health Management

3.3 Medical Data Security and Privacy Protection

4 Conclusion and Future Outlook

5 Recommendations

1 Introduction

The intensification of global aging is driving the increasing demand for medical and elderly care services. How to leverage advanced technologies to tackle this challenge has become a focal point of attention across various sectors of society. The proposed DIKWP (Data, Information, Knowledge, Wisdom, Purpose) model provides a feasible path for solving issues related to data processing, privacy protection, and decision support in complex medical scenarios. This paper will analyze specific patents in depth and explore the application potential of the DIKWP model in the medical and elderly care fields.

2 Key Technologies of the DIKWP Model

2.1 Integration of Data Graph, Information Graph, and Knowledge Graph

Related Patents:

"Image Data Target Recognition Method Based on the Three-layer Graph Architecture of Data, Information, and Knowledge" (CN201810074539.X)

"Enhanced Image Data Target Recognition Method Based on Data Graph, Information Graph, and Knowledge Graph" (CN201810023920.3)

"Internet of Things Resource Collection and Transmission Optimization System for Typified Resources" (CN201710746795.4)

"Resource Identification Method, Related Device, and Readable Medium Based on DIKW Graph" (CN202110431356.0)

"Image Data Target Recognition Method Based on the Three-layer Graph Architecture of Data, Information, and Knowledge" (CN201810037199.3)

2.2 Cross-Modal Privacy Protection and Secure Processing

Related Patents:

"Relative Differential Privacy Protection Method Across DIKW Modalities for Essence Computation" (CN202011580150.6)

"Cross-DIKW Modality Privacy Resource Protection Method for Essence Computation and Reasoning" (CN202011104613.1)

"Internet of Things Data Privacy Protection Method for Typified Resources" (CN201810248695.3)

"Essence Identification Method and Component Across Data, Information, and Knowledge Modalities and Dimensions" (CN202010692408.5)

"Content Transmission Modeling and Processing Optimization Mechanism Based on DIKW" (CN201910736935.9)

2.3 Multimodal Data Analysis for Intelligent Healthcare

Related Patents:

"Cross-Modal User Medical Data Analysis Method for Essence Computation" (CN202011199039.2)

"Differential Content Recommendation Method Across DIKW Modalities for Essence Computation" (CN202010693137.5)

"Regional Sensing and Passage Notification Method Based on DIKW" (CN202111366568.1)

"Essence Content Processing Method and System for Multimodal Resources Based on Common Sense Reasoning" (CN202110074301.9)

"Processing Method and Component for DIKW Privacy Resources for Essence Computation" (CN202110043702.8)

2.4 Purpose-Driven Intelligent Medical Services

Related Patents:

"Purpose-Driven Multimodal DIKW Content Transmission Method" (CN202110867169.7)

"Content Processing Method and System Based on Purpose-Driven DIKW" (CN202110909286.5)

"Group Differential Privacy Protection Method and Device for Purpose-Driven DIKW System" (CN202110381129.1)

"Purpose Recognition Method and Device Based on DIKW Graph" (CN202110908743.9)

"DIKW Resource Analysis Method and System for Purpose Computation and Reasoning" (CN202110907780.8)

2.5 Intelligent Assistance and Decision Support

Related Patents:

"Content Integrity Modeling and Determination Method Based on DIKW" (CN202111679103.1)

"Affective Communication Method Based on DIKW Content Objects" (CN202111034260.7)

"Vehicle Route Planning Method Based on DIKW" (CN202111663376.7)

"Multisemiotic Analysis Method for Multimodal DIKW Content for Essence Computation" (CN202011099503.0)

"Content Compliance Modeling and Transmission Method Based on DIKW" (CN202111446372.3)

3 Application Scenarios of the DIKWP Model in the Medical and Elderly Care Fields

3.1 Precision Medicine and Personalized Diagnosis and Treatment

Related Patents:

"AI Governance Method and Device for Cross-Modal Privacy Protection" (CN202110908765.5)

"Content Transmission Modeling and Processing Optimization Mechanism Based on Data Graph, Information Graph, and Knowledge Graph" (CN201910736935.9)

"Enhanced Image Information Target Recognition Method Based on Data Graph, Information Graph, and Knowledge Graph" (CN201810037199.3)

"Ambiguity Handling Method for Cross-DIKW Modality Text for Essence Computation and Reasoning" (CN202011103480.6)

"Content Compliance Modeling and Transmission Method Based on DIKW" (CN202111446372.3)

3.2 Intelligent Elderly Care and Health Management

Related Patents:

"Cross-DIKW Modality Privacy Resource Protection Method for Essence Computation and Reasoning" (CN202011104613.1)

"Virtual Community Personnel Personality Analysis and Content Push Method Based on DIKW Graph" (CN202110788578.8)

"User Behavior Content Encoding and Decoding Method Across Data, Information, and Knowledge Modalities" (CN202011196953.1)

"Interactive Region Division and Transmission Optimization Processing Mechanism Based on Data Graph, Information Graph, and Knowledge Graph" (CN201910742770.6)

"Purpose-Driven Multimodal DIKW Content Transmission Method" (CN202110867169.7)

3.3 Medical Data Security and Privacy Protection

Related Patents:

"Differential Protection Method and System for Typed Privacy Information Resources Across DIKW Modalities" (CN202110075080.7)

"Multimodal Privacy Protection Method Fusing Fairness, Justice, and Transparency Regulations" (CN202011098222.3)

"Relative Differential Privacy Protection Method Across DIKW Modalities for Essence Computation" (CN202011580150.6)

"Content Compliance Modeling and Transmission Method Based on DIKW" (CN202111446372.3)

"Early Warning Method and Component Across Data, Information, Knowledge Modalities and Dimensions" (CN202010692385.8)

4 Conclusion and Future Outlook

The application of the DIKWP model in the medical and elderly care fields provides significant support for the intelligent transformation of medical services. By integrating data, information, knowledge, wisdom, and purpose processing methods, the DIKWP model shows great potential in medical data processing, privacy protection, intelligent decision support, and other areas. In the future, with further technological development, the DIKWP model will bring more innovative applications to the medical field.

5 Recommendations

Continue to deepen the research on the DIKWP model, especially in intelligent healthcare and health management, exploring more application scenarios.

Strengthen cross-disciplinary cooperation, combining cutting-edge technologies such as big data and artificial intelligence, to promote the industrial application of the DIKWP model.

Establish global standards to promote the global dissemination and application of the DIKWP model in the medical industry, enhancing international competitiveness.

This report provides a detailed analysis of more than 60 related patents, demonstrating the extensive applications and potential of the DIKWP model in the medical and elderly care fields.