Study On The Informationization Design Of City Lake Public Rescue System

Public life-saving systems play an important role in the development of urbanization.The development of society tends to build smart cities,smart lakes,and smart communities,but ignores the construction of public life-saving intelligent information systems.The informatization construction of lifesaving systems in inland lakes in urban areas is an inevitable choice to improve the public safety of smart cities.The development of urban waters will not only promote the improvement of urban economy,but also the perfect water security system is the criterion for testing the maturity of urban construction.The urban lake public safety and life-saving informatization system will conduct more comprehensive research on smart waters,including the construction of humanized interactive designs suitable for the needs of various groups based on the analysis of different groups of people and different occupations.The system will include life-saving systems.Build,for example: use interactive lifesaving products,make lifesaving products easy to learn,easy to use,provide a good user experience,while focusing on faster and more accurate rescue positioning,with an intelligent rescue system,easy management and data integration Share,and establish a linkage mechanism to safeguard the interests of all parties.The focus of this study is to achieve the sharing and interconnection of emergency rescue data,to solve the existing inshore rescue,rescue of social ships,emergency rescue platform of the main control center corresponding independence,sharing difficulties,maintenance difficulties,improper use and other issues.The article will design the system information architecture through the feasibility study of the system,and analyze the specific implementation operations through the tripartite interface interaction platform,and finally demonstrate the application of a specific implementation case design.The interface between the information interface of the public rescue system for urban lakes and humans will produce better interaction and achieve the purpose of being quick,accurate,and convenient.