Design And Implementation Of A Virtualized FTP Service System For Residential Quarters Based On Mobile Terminals

With the rapid development of modern society,the demand for home entertainment equipment of smart community users is increasing.The advent of the mobile Internet era has impacted the usage rate of traditional TVs and computers in the family.Smart phones have become the most frequently used devices in the family due to their portability and ease of operation,but their computing and storage capabilities are very limited.If devices in the home can be unified and coordinated to achieve interconnection and intercommunication between each other,the higher-quality needs of community users can be met.However,there is no mature intelligent information interconnection system applied in the community environment,the data and information in the family are scattered and stored in various media,and the interconnection and intercommunication between multiple devices has only some simple functions,and the amount of network data information exchange between community users is very small.This thesis designs a community virtualized FTP service system based on mobile terminals,combined with mobile Internet technology,network disk technology and other emerging technologies.The system takes the mobile terminal as the control center and connects the computer terminal and the community cloud server to complete the corresponding functions.The system realizes the mutual transmission of multi-device files and network information sharing between families in a virtualized community environment,saves storage space,improves data security,and improves the information sharing rate among community users.This thesis first introduces the research background and significance of the selected topic,and expounds the research status at home and abroad and the related technology of this system.In the third to sixth chapters,the system requirements and key technology analysis are described in detail,and the detailed design of the system implementation has laid a solid foundation for the realization of the system.Finally,the usability of the system is verified by testing the various functions of the system.The test results show that the system can well meet the needs of intelligent community users for network data transmission and sharing under the current virtualization background.