The Implementation of Smart Application System for Early Detection of Stunting as a Solution to Nutritional Problems Based on Anthropometry Standards

I. Muflihatin, A. P. Wicaksono, Demiawan Rachmatta Putro Mudiono, Puspito Arum, Ida Nurmawati, Niyalatul Muna
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Abstract

Stunting is a nutritional status determined by the PB/U or TB/U index. These measurements fall within the threshold (Z-Score) <-2 SD to -3 SD (short/stunted) and <-3 SD (highly short). Per the 2024 target established by the president, the frequency of stunting can be reduced to 14%. It has been demonstrated that there are still dietary disorders, particularly in the vulnerable age group, namely toddlers in Kemuning Lor Village. In 2018, there were still 33 toddlers with nutritional status disorders, including 24 toddlers (19.7%) with overnutrition, 5 toddlers (4.1%) with undernutrition, and 4 toddlers (3.2%) with malnutrition. Smart Systems is a subfield of Computer Science that focuses on developing competent methods inspired by natural events to address various complicated problems in the real world, including the health realm; early detection of stunting. This study aimed to develop an early detection method for nutritional status and stunting based on anthropometric standards in toddlers in Kemuning Lor Village, which is anticipated to aid cadres or the community in overcoming nutritional status and stunting in toddlers.
基于人体测量标准的发育迟缓早期检测智能应用系统的实施作为营养问题的解决方案
发育迟缓是一种营养状况,由 PB/U 或 TB/U 指数决定。这些测量值在阈值(Z-Score)<-2 SD 至 -3 SD(矮小/发育迟缓)和 <-3 SD(高度矮小)范围内。根据总统制定的 2024 年目标,发育迟缓率可降至 14%。事实证明,仍然存在饮食失调问题,尤其是在弱势年龄组,即克穆宁洛村的幼儿中。2018 年,仍有 33 名幼儿存在营养状况紊乱,其中 24 名幼儿(19.7%)营养过剩,5 名幼儿(4.1%)营养不良,4 名幼儿(3.2%)营养不良。智能系统(Smart Systems)是计算机科学的一个分支领域,其研究重点是开发受自然事件启发的有效方法,以解决现实世界中的各种复杂问题,包括健康领域的问题;发育迟缓的早期检测。本研究旨在根据克穆宁洛村幼儿的人体测量标准,开发一种营养状况和发育迟缓的早期检测方法,以帮助干部或社区克服幼儿的营养状况和发育迟缓问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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