An Efficient Online Offline Data Collection Software Solution for Creating Reference Population to Established Genomic Selection Under Small Holders’ Dairy System in India

Y S Gaundare, S A Joshi, N K Punde, K G Bhave, T V Shirsath, V V Potdar, V Dhanikachalam, S Jadhav, A S Joshi, M Swaminathan
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Abstract

This article as part of an Enhanced Genetics Project assumes special significance in the light of emergence of electronic mode of data collection system. Pen and paper method of data collection although very familiar to field people, but is generates the errors and requires digitization and data cleaning. The software solution surveying is easier mode of ensuring uniformity in data collection, reducing errors and better storage and analysis of data. In this regard, this article gives a clearer picture of the digital tablet based data collection system employed part of the Enhanced Genetics Project across 49 selected Data Recorders (Data Enumerators) in Maharashtra, Uttar Pradesh, Jharkhand, Punjab, Odisha, Gujarat, Andhra Pradesh, Rajasthan, and Bihar. The manual outlines the processes to be fulfilled by the digital mobile based solution, the user interface involved and the software and hardware infrastructure to support such a platform independent system. In this project we have enrolled the 33,293 dairy animals and collecting there production, reproduction, body weight data, as well as, collecting the baseline & herd management information of that farm. This system increase Data Accuracy GPS (Global Positioning System) enabled data collection system for genomic evolution. This is very unique software solution developed for to collect the structured phenotype data of the dairy animals in Indian conditions on realtime basis. As well, show case the robust data collection system for the Genomic Selection for dairy animal’s initiative. This sub-system also focused on the various activities and operations related to molecular biological laboratory. In this software solution system the two major feedback systems for actively participation of the farmers were participation certificate and Graphical Animal Ranking system for the farmer and animal. The locational data collection with seamless interfacing with the user and the data repository for Genetic Improvement Data collection system. Data capture system was quite successful in gathering field phenotype data for Genetic Improvement Program in the complex dairy production system like India.
一种高效的在线离线数据采集软件解决方案,用于在印度小农户的乳制品系统中创建参考种群以建立基因组选择
本文作为增强型遗传工程的一部分,在数据采集系统电子化模式出现的背景下具有特殊的意义。笔和纸的数据采集方法虽然为现场人员所熟悉,但它会产生错误,需要数字化和数据清洗。测量软件解决方案是确保数据收集一致性,减少错误和更好地存储和分析数据的更简单的模式。在这方面,本文更清晰地描述了在马哈拉施特拉邦、北方邦、贾坎德邦、旁遮普邦、奥里萨邦、古吉拉特邦、安得拉邦、拉贾斯坦邦和比哈尔邦49个选定的数据记录者(数据枚举者)中采用的基于数字平板电脑的数据收集系统。该手册概述了基于数字移动的解决方案所要完成的流程、所涉及的用户界面以及支持这种独立于平台系统的软件和硬件基础设施。在这个项目中,我们招募了33,293头奶牛,收集了它们的生产、繁殖、体重数据,并收集了基线数据。该农场畜群管理信息。该系统提高了GPS(全球定位系统)数据采集系统的准确性,为基因组进化提供了可能。这是一个非常独特的软件解决方案,用于实时收集印度条件下奶牛的结构化表型数据。同时,展示了奶牛基因组选择的强大数据收集系统。该子系统还重点介绍了与分子生物学实验室相关的各种活动和操作。在该软件解决方案系统中,针对农民积极参与的两个主要反馈系统是参与证书和针对农民和动物的图形化动物排名系统。具有与用户无缝接口的位置数据收集和用于遗传改进数据收集系统的数据存储库。数据采集系统在印度等复杂的乳制品生产系统中,为遗传改良项目收集田间表型数据是非常成功的。
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