This article takes the current autonomous driving technology as the research background and studies the collaborative protection mechanism between its system-on-chip(SoC)functional safety and information security.It i...This article takes the current autonomous driving technology as the research background and studies the collaborative protection mechanism between its system-on-chip(SoC)functional safety and information security.It includes an introduction to the functions and information security of autonomous driving SoCs,as well as the main design strategies for the collaborative prevention and control mechanism of SoC functional safety and information security in autonomous driving.The research shows that in the field of autonomous driving,there is a close connection between the functional safety of SoCs and their information security.In the design of the safety collaborative protection mechanism,the overall collaborative protection architecture,SoC functional safety protection mechanism,information security protection mechanism,the workflow of the collaborative protection mechanism,and its strategies are all key design elements.It is hoped that this analysis can provide some references for the collaborative protection of SoC functional safety and information security in the field of autonomous driving,so as to improve the safety of autonomous driving technology and meet its practical application requirements.展开更多
With the increasing awareness of heritage city protection around the world,relevant laws and regulations are constantly improving,and the methods and approaches for protection are gradually enriching[1].Heritage prote...With the increasing awareness of heritage city protection around the world,relevant laws and regulations are constantly improving,and the methods and approaches for protection are gradually enriching[1].Heritage protection work has made significant progress.In recent years,heritage parks have become an effective model for balancing urban construction and heritage protection,not only for the effective protection of the site itself and its environment,but also for the use of the site and its cultural heritage[2].This article takes King Yu’s Terrace Park as an example for research.As an ancient capital of eight dynasties,Kaifeng in Henan Province has many historical relics,one of which is King Yu’s Terrace Park.The overall renewal planning and design of the park focuses on the protection of ancient buildings,ecological landscape design,and cultural display[3].A complete set of planning and design strategies is summarized to provide reference for the future renewal and renovation of King Yu’s Terrace Park.展开更多
Architectural heritage protection is closely linked to residents,but there is a lack of in-depth research on evaluation systems that integrate public feedback.This study used Importance-Performance Analysis(IPA)to exp...Architectural heritage protection is closely linked to residents,but there is a lack of in-depth research on evaluation systems that integrate public feedback.This study used Importance-Performance Analysis(IPA)to explore residents'evaluations of local heritage protection in historic cities of China.Public survey data was used to assess a multi-dimensional framework for architectural heritage protection,covering aspects such as architecture,urban planning,economics,social factors,and property.The results show that while residents'overall evaluations of heritage protection dimensions are generally consistent across regions,significant differences exist in their assessments of specific indicators within these dimensions.This study integrates social exchange theory with heritage protection,creating a system to evaluate public perceptions,filling a research gap on resident participation and feedback in heritage protection.These findings offer crucial data support for policymakers,highlighting the importance of resident participation in developing sustainable and effective heritage protection strategies.展开更多
According to the essential characteristic of industrial control system(ICS),endogenous safety and security(ESS)can be achieved by merging cyber security(CS)into functional safety(FS).In this paper,the basic principles...According to the essential characteristic of industrial control system(ICS),endogenous safety and security(ESS)can be achieved by merging cyber security(CS)into functional safety(FS).In this paper,the basic principles,functional requirements and protection architecture(TEMt)of ESS are proposed,and the successful experience of an electric power control system is introduced.展开更多
文摘This article takes the current autonomous driving technology as the research background and studies the collaborative protection mechanism between its system-on-chip(SoC)functional safety and information security.It includes an introduction to the functions and information security of autonomous driving SoCs,as well as the main design strategies for the collaborative prevention and control mechanism of SoC functional safety and information security in autonomous driving.The research shows that in the field of autonomous driving,there is a close connection between the functional safety of SoCs and their information security.In the design of the safety collaborative protection mechanism,the overall collaborative protection architecture,SoC functional safety protection mechanism,information security protection mechanism,the workflow of the collaborative protection mechanism,and its strategies are all key design elements.It is hoped that this analysis can provide some references for the collaborative protection of SoC functional safety and information security in the field of autonomous driving,so as to improve the safety of autonomous driving technology and meet its practical application requirements.
文摘With the increasing awareness of heritage city protection around the world,relevant laws and regulations are constantly improving,and the methods and approaches for protection are gradually enriching[1].Heritage protection work has made significant progress.In recent years,heritage parks have become an effective model for balancing urban construction and heritage protection,not only for the effective protection of the site itself and its environment,but also for the use of the site and its cultural heritage[2].This article takes King Yu’s Terrace Park as an example for research.As an ancient capital of eight dynasties,Kaifeng in Henan Province has many historical relics,one of which is King Yu’s Terrace Park.The overall renewal planning and design of the park focuses on the protection of ancient buildings,ecological landscape design,and cultural display[3].A complete set of planning and design strategies is summarized to provide reference for the future renewal and renovation of King Yu’s Terrace Park.
文摘Architectural heritage protection is closely linked to residents,but there is a lack of in-depth research on evaluation systems that integrate public feedback.This study used Importance-Performance Analysis(IPA)to explore residents'evaluations of local heritage protection in historic cities of China.Public survey data was used to assess a multi-dimensional framework for architectural heritage protection,covering aspects such as architecture,urban planning,economics,social factors,and property.The results show that while residents'overall evaluations of heritage protection dimensions are generally consistent across regions,significant differences exist in their assessments of specific indicators within these dimensions.This study integrates social exchange theory with heritage protection,creating a system to evaluate public perceptions,filling a research gap on resident participation and feedback in heritage protection.These findings offer crucial data support for policymakers,highlighting the importance of resident participation in developing sustainable and effective heritage protection strategies.
文摘According to the essential characteristic of industrial control system(ICS),endogenous safety and security(ESS)can be achieved by merging cyber security(CS)into functional safety(FS).In this paper,the basic principles,functional requirements and protection architecture(TEMt)of ESS are proposed,and the successful experience of an electric power control system is introduced.
