ARCHIVES

Research Article

Research on smart baby cradle using sensor technology

Shubhangi Roshan Katakwar1Sunil Vasant Kuntawar2

¹M.tecch., Department of Electronics & Telecommunication, BIT College, Ballarpur, Maharashtra, India. ²Assistant Professor, Department of Electronics & Telecommunication, BIT College, Ballarpur, Maharashtra, India.

Published Online: January-February 2024

Pages: 20-28

Abstract

View PDF

A support is a gadget intended to assist infants with nodding off, utilizing a delicate side-to-side shaking movement. Be that as it may, it requests impressive actual exertion from guardians to produce this swinging movement physically. Moreover, consistent oversight is expected to screen the child's exercises when they are set inside the support. In the contemporary period of mechanical headway, guardians regularly wrestle with a horde of difficulties in offsetting their expert obligations with the sustaining needs of their kids. Our paper means to resolve the common issues looked by guardians by presenting an inventive IoT-based Savvy Support Observing Framework. The key goal is to ease the nurturing difficulties by making an answer that guides in the consistent observing of babies. The Shrewd Support includes a mechanized swinging component set off by the recognition of a child's crying sound. Moreover, it consolidates an inherent camera to give ceaseless reconnaissance, engaging guardians with an improved capacity to watch out for their kid. To accomplish this usefulness, we have consistently incorporated parts like Arduino, sound sensors, wetness sensors, and the swinging system, among other electronic components, into the customary support plan. This overhauled arrangement offers increased productivity and unwavering quality as well as outperforms the capacities of traditional supports, giving guardians an additional viable method for really focusing on their newborn children.

Related Articles

2024

Embedding Artificial Intelligence for Personal Voice Assistant Using NLP

2024

Analysis of Pedestrian Steel Bridge subjected the Seismic Load and Wind Load using Damper at different Span

2024

Review Paper on Comparison of Asymmetric and Symmetric RCC Building with Soil Structure Interaction by Dynamic Loading

2024

ML-Driven Facial Synthesis from Spoken Words Using Conditional GANs

2024

Research on smart baby cradle using sensor technology

2024

Multimodal Biometric Login System Using Face and Signature

2024

Optimization of Geometrical Characteristics of Building by Using Diagrid System against Lateral Forces

2024

PDF-Chat SaaS Platform Using MERN Stack

2024

Social Media App for Connecting Similar Interests People Using flutter

2024

Electric Power Generation from Road Humps