新乡地区课程老师方案生成数量预测数据

课程老师作为在线教育企业课程推广与销售的核心力量，其业务成效直接关系到在线教育企业的发展。围绕新乡地区课程老师上月的6项关键指标 —— 云产品总分享数（次）、云产品总浏览数（次）、云产品有效访问人数（次），云共享总分享数（次）、云共享总浏览数（次）、AI 客服总咨询数（次）来建立本月预测方案生成数量（个）的预测模型。该模型通过深度挖掘在线教育行业企业课程老师的行为数据，精准预测学习课程方案生成量。对行业企业而言有助于优化资源配置，提升老师能力：为预测高方案生成量的老师提前匹配流量、技术支持等资源，对预测方案生成少的老师，结合其分享量低、浏览数据差等问题，开展定向培训（如云共享传播技巧、高浏览内容设计），针对性提升传播动能。对于在线教育行业相关企业，可据此深入理解课程推广与销售的关系，推动课程老师转发、分享课程，优化客服话术、推送高转化课程包，为将互动转化为付费与续费，显著提升转化效率提供数据支持。1、数据通过协议获得。通过分析时间、课程老师ID、地区、数据分析时间段、云产品总分享数（次）、云产品总浏览数（次）、云产品有效访问人数（次），云共享总分享数（次）、云共享总浏览数（次）、AI 客服总咨询数（次）建立方案预测模型，来计算课程老师本月预测方案生成数量（个）。
2、对采集到的数据进行脱敏、清洗、去除异常值。建立本月预测方案生成数量（个）模型。
本月预测方案生成数量（个）=0.791 - 0.053*云产品总分享数（次） + 0.185*云产品总浏览数（次） - 0.131*云产品有效访问人数（次） + 0.176*云共享总分享数（次） + 0.043*云共享总浏览数（次） + 0.258*AI客服总咨询数（次） 。
此模型有助于所有在线教育行业企业运营策划。为在线教育行业的稳健发展提供数据支持。

As the core force for course promotion and sales of online education enterprises, the business performance of course teachers is directly linked to the development of such enterprises. A prediction model for the number of predicted course plan generations this month is developed based on 6 key indicators of course teachers in the Xinxiang area from last month: total shares of cloud products (times), total views of cloud products (times), number of valid visitors to cloud products (times), total shares of cloud sharing (times), total views of cloud sharing (times), and total consultations of AI customer service (times). This model accurately predicts the volume of course plan generations by deeply mining the behavioral data of course teachers from online education enterprises. For industry enterprises, this helps optimize resource allocation and improve teachers' capabilities: pre-match resources such as traffic and technical support for teachers predicted to have high plan generation volumes; for teachers with low predicted plan generation volumes, carry out targeted training (e.g., cloud sharing communication skills, high-view content design) based on their issues like low shares and poor browsing data, so as to specifically enhance their communication momentum. For relevant enterprises in the online education industry, this can help them deeply understand the relationship between course promotion and sales, encourage teachers to forward and share courses, optimize customer service scripts, push high-conversion course packages, and provide data support for converting interactions into payments and renewals, thereby significantly improving conversion efficiency.
1. Data is obtained through formal agreements. A plan prediction model is established by analyzing time, course teacher ID, region, data analysis time period, total shares of cloud products, total views of cloud products, number of valid visitors to cloud products, total shares of cloud sharing, total views of cloud sharing, and total consultations of AI customer service, to calculate the predicted number of course plan generations for teachers this month.
2. The collected data is desensitized, cleaned, and outliers are removed. A prediction model for the number of course plan generations this month is established.
Predicted number of course plan generations this month = 0.791 - 0.053 × Total shares of cloud products + 0.185 × Total views of cloud products - 0.131 × Number of valid visitors to cloud products + 0.176 × Total shares of cloud sharing + 0.043 × Total views of cloud sharing + 0.258 × Total consultations of AI customer service.
This model is beneficial for operation and planning of all online education enterprises, and provides data support for the steady development of the online education industry.

搜集汇总

背景与挑战

背景概述

该数据集是针对新乡地区课程老师的方案生成数量预测数据，包含551条记录，每月更新，用于基于云产品和AI客服等6项关键指标建立预测模型，以帮助在线教育企业优化资源配置和提升老师推广效果。数据集采用xlsx格式，提供线性回归算法规则，直接支持业务决策和培训干预。