A Novel Voice Assisted Internet of Things based Residential Automation Scheme with Learning Support
N. Jagadish Kumar, Ahmed Mudassar Ali, Tapas Bapu B R, N. Partheeban, V. Nagaraju
Abstract
Automation has become increasingly important to human life in the fast-paced twenty-first century. This system allows us to operate domestic electrical equipment such as lights, door locks and fans via a home automation system. Residential security and alarm systems may also be triggered using this. In addition to reducing human labor, smart home devices may also save time and money. One of the primary goals of this residential automation and safety scheme is to provide assistance to the elderly and physically disabled persons by making it possible for them to monitor and manage their devices and get alerts in the event of emergencies. A smart WiFi enabled ESP8266 microcontroller module and the associated Smart Android Mobile Application were used in this scheme to create a proper residential automation system with security feature enhancements. The ESP8266 microcontroller is linked with WiFi module and it contains an inbuilt programmable chip, in which it allows it to communicate with an Android smartphone easily without any intervention. Identification would be included into the framework so that only authorized individuals may use household equipment. Reduced cost as well as extensible devices that require few core modifications are critical. Formulation and simulation of a residential administration technology that can constantly monitor utilities through an android smartphone or tablet is presented here. The resulting section of this paper provides a proper proof to show the voice acquiring efficiency, speed of operation and the security efficiency of the proposed approach, in which the proposed residential automation scheme using the Secured Learning Approach (SLA) to identify the voice of the individual. This SLA procedure train the machine based on the voices acquired from the user end and maintains it into the server end for processing. By using the logic of Internet of Things (IoT) the voice data is loaded back into the operating entity to cross-validate the user voice to authenticate the device ON/OFF operations. These features and the specifications are clearly illustrated in this paper in detail with proper graphical illustrations.