T/JYBZ 028-2024 Assistive Decision-making System Technical Specification for Safety Management of Primary and Secondary Schools and Kindergartens
T/JYBZ 028-2024 Assistive Decision-making System Technical Specification for Safety Management of Primary and Secondary Schools and Kindergartens
Basic Information
Scope
Scope: This document specifies the general requirements, overall framework, data preparation, data flow, and decision-support functions of the safety management auxiliary decision-making system for primary and secondary schools and kindergartens. This document is applicable to the design, construction, and continuous improvement of the safety management auxiliary decision-making system for primary and secondary schools and kindergartens (hereinafter referred to as "schools"). This document does not involve other types of security, such as property, network, and information security, beyond the school safety management auxiliary decision-making system (hereinafter referred to as the "auxiliary decision-making system"). Main technical content: This standard consists of 10 chapters, including scope, normative references, terms and definitions, general requirements, overall framework, data preparation, data flow, decision-support functions, system evaluation, and continuous improvement. It aims to enhance safety management through data-driven decision-making. This involves protocols for data collection, analysis, and utilization; recommendations for system architecture and user interface design; standards for system effectiveness evaluation; and guidelines for system maintenance and improvement. Additionally, it includes specifications for integrating the system with existing education and safety infrastructure, ensuring the protection of sensitive information, and complying with relevant laws and regulations. Main contents include: 1. General requirements: The system should support data access and reporting, provide multi-modal analysis, ensure data security, support transfer learning and user customization, meet video transmission and data anonymization standards, ensure encrypted remote access, and enable 24-hour uninterrupted operation. 2. Overall framework: The system is divided into four layers: perception layer, data layer, decision layer, and interaction layer.