A method, medium and system for establishing a digital home behavioral genetic profile

Abstract

The application establishes a method for establishing a digital family behavior gene map, and establishes a digital family progressive process from connection, data to intelligence through digital essential logic based on various intelligent products, sensing data and human behavior data, and constructs a personalized digital gene map taking a family as a unit. While meeting the personalized and differentiated needs of the family, the safety of the family can be ensured, risk prediction and abnormal warning can be achieved, and the family gene map can be continuously learned and improved according to the dynamic trend data of family safety behavior and health behavior, so as to endow the intelligence of the family intelligent product, realize the intelligent operation of the intelligent product, and realize the digital family and digital life for the people, convenient for the people, beneficial for the people and safe for the people.

Description

Technical Field

[0001] This invention aims to provide a method for establishing a digital family behavioral gene map, thereby endowing smart home products with intelligence and creating a new type of digital life. Background Technology

[0002] A digital home is a digital home living service system that uses residences as its carrier and leverages next-generation information technologies such as the Internet of Things, cloud computing, big data, mobile communication, and artificial intelligence to achieve interconnectivity between system platforms and home products, meeting users' needs for information access and use. With the improvement of people's living standards and the rapid development of technology, digital homes are becoming increasingly popular, and people's attention to and application of smart home products are also growing rapidly. This invention provides a method, medium, and system for establishing a digital home behavioral gene map, which establishes a personalized gene map of digital family information while ensuring the security of family data. To a certain extent, this can accelerate the development of digital homes, improve the quality of living and security, and create a new type of digital lifestyle. Summary of the Invention

[0003] Currently, the industry's smart product services for digital homes are all based on "instinct," meaning that people control the "automatic operation" of various products through communication services such as networks. This invention aims to provide a method that, while establishing a digital home system, endows smart home products with intelligence, achieving "intelligent operation." The specific implementation is as follows: ● Establish a personalized dynamic model pool of digital home behavior genes for each family unit. Each family model pool is unique. By acquiring datasets composed of various smart products and sensor data, a basic digital home behavior gene is established. Data sources include, but are not limited to, comprehensive data such as family safety data, environmental data, and member health data, covering aspects such as living habits, behavioral habits, and safety habits. ● After acquiring the family data, it can be cleaned and labeled according to data type, separating safety behavior-related data, including but not limited to family safety status data (such as water, electricity, gas, temperature and humidity, harmful gases, etc.), smart product data (such as televisions, refrigerators, washing machines, air purifiers, smart toilets, etc.), and other safety gene data. Based on the operating status, intelligent services such as risk assessment and anomaly warnings can be provided, comprehensively ensuring family safety. ● If a family or its members use smart wearable devices (such as wristbands) for exercise monitoring (e.g., treadmills), health monitoring, or medical monitoring (e.g., smart pulse oximeters), this health behavior data, once incorporated into the family model pool, can be used for multi-dimensional risk assessments based on family members' health status, lifestyle, physical condition, and exercise activity. If abnormal health behavior data is detected, immediate warnings can be issued or solutions for improving overall health can be provided. This approach can also be applied to age-friendly application services. ● By continuously acquiring family safety and health behavior data, the system can autonomously learn and continuously update its digital family behavior genes. As these genes learn, train, collide, multiply, and generate, a personalized family gene map can be established, endowing smart home products with more intelligence and enabling "intelligent operation." ● During the establishment of the digital family behavior gene map, all data and genes undergo "encryption factor" technology processing using a custom algorithm. This ensures data security during transmission and communication, effectively protecting data security, resisting malicious attacks and privacy violations, and building a solid digital home security defense line. In addition, this invention fully considers the importance and necessity of digital homes in the construction of a digital society. Therefore, this invention has the following beneficial effects: ● First, this invention takes the essence of "digitalization"—"connection, data, and intelligence"—as its logical foundation. Through the cornerstone of digitalization, "connection," it establishes seamless communication between people, things, and objects within the family, constructing a personalized digital gene map based on the family unit. This not only achieves physical connectivity but also enables intelligent exchange of information and data.● Secondly, through the core of digitalization, "data," various types of smart product, sensor data, and human behavior data are effectively cleaned, organized, and analyzed to extract valuable information and generate data analysis results. This imbues smart home products with intelligence, providing truly intelligent services rather than instinctive operation. ● Furthermore, through the advanced stage of digitalization, "intelligence," various types of family data are deeply mined and analyzed to achieve autonomous learning. Based on a basic family model, dynamic decision-making and intelligent services can be generated, continuously expanding the family behavior gene map system. This safeguards the safety and health of families and individuals, providing a personalized, intelligent, and safe digital life.

Claims

1. This invention aims to provide a method for establishing a digital family behavioral gene map, which can provide intelligent services such as risk assessment and anomaly warning based on the operating status.

2. This invention establishes a progressive process of digital home development from connectivity and data to intelligence, constructing a personalized digital gene map for each family unit.