Optimization and Practice of Network Data Architecture Driven by IoT Technology
This paper delves into the design of network data architecture based on Internet of Things technology and its potential impact on network optimization.With the increasing maturity of Internet of Things technology and the digital transformation of various industries,network data architecture faces multiple challenges such as large-scale device connectivity,data transmission efficiency,and intelligent decision-making.The introduction of IoT technology has brought innovative solutions to address these challenges.With its distributed sensing capabilities,real-time data flow,and intelligent decision-making processes,the adaptability,expansion potential,and protection strength of the network have been significantly enhanced.The article provides an in-depth analysis of the basic concepts,components,and applications of the Internet of Things in different industries,and designs a novel data architecture model aimed at fully adapting to future network requirements.This architecture design highlights the unique strengths of IoT technology,utilizing cloud computing,distributed computing,and enhanced data security and privacy policies to efficiently store and process large-scale data,ensuring the effectiveness of data analysis.This design has significant value in promoting and deepening the application of IoT technology in the field of data architecture.
Internet of Things technologynetwork data architecturepractical applicationfunctional virtualization
万方数据
维普
