WITHDRAWN: Passive ultra-low energy building design based on FPGA and Internet of Things

Abstract

Abstract Sustainable use of information and communication technology in smart cities can improve the quality and execution of metropolitan administrations for residents and governments while monitoring the building design for low energy. The energy control of the structure is a significant viewpoint on the Internet of Things. It can give a solution. Designed with a low energy power to connect over the Internet, it is a flexible hierarchy that combines things, people, and cloud services to facilitate the connection of many heterogeneous devices for application tasks. It requires a cloud-based architecture. This flexible IoT tier model is based on an overview of Adaptive Data Enhancement Technology (ADRT) systems that monitor and control the low power building design based on the FPGA controller. Launch of this FPGA is the hardware system to connect sensors and analyze the data in a promising direction for endpoints of IoT because it minimizes and reduces the energy it spends on network load, which stores valuable data on security issues. The system analyzed in the pipeline, all stages are transmitted over the network using cryptographic chips to analyze engine boundaries to protect sensitive data, is the path to address data security issues. The proposed Adaptive Data Enhancement Technology (ADRT) is used to give high accuracy in this system and fast action to monitor the user's result with the Xilinx FPGA system's help.