基于营期标签的动态推广决策数据集合
收藏四川省数据知识产权登记平台2025-04-19 更新2025-09-06 收录
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https://ipr.scipsc.com/home/notifications/detail?id=1913277748597456897&enrollType=0
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一、适用条件与范围
1、适用条件:
1)推广活动需分批次执行,针对每批次覆盖的客户留存营期标签数据。
2)系统需存储完整营期关联关系。
2、适用范围:
1)在线教育行业精准营销场景,包括新客激活、沉默召回、高价值客户复购活动。
2)多团队协作的推广任务。
3、适用对象:市场推广部(资源分配)、数据分析中心(策略优化)、风控部门(防资源滥用)。
二、解决的核心问题
1、推广资源浪费:人工分配导致高潜力客户被低效团队覆盖。通过营期标签智能路由,资源利用率提升至85%。
2、批次效果滞后:实时监控营期转化漏斗,动态调整策略。
3、标签僵化失效:静态标签导致跨营期客户匹配错位(如“已购课客户”仍被分配试听邀约)。建立标签衰减模型,动态更新客户状态。
I. Applicable Conditions and Scope
1. Applicable Conditions
1) Promotional activities must be implemented in batches, targeting the customer retention campaign tag data covered by each batch.
2) The system shall store complete campaign association relationships.
2. Applicable Scope
1) Targeted marketing scenarios in the online education industry, including new customer activation, silent customer re-engagement, and high-value customer repurchase campaigns.
2) Promotional tasks requiring cross-team collaboration.
3. Applicable Parties: Market Promotion Department (for resource allocation), Data Analysis Center (for strategy optimization), and Risk Control Department (for preventing resource abuse).
II. Core Problems Solved
1. Promotional Resource Waste: Manual allocation causes high-potential customers to be assigned to inefficient teams. Through intelligent routing based on campaign tags, the resource utilization rate is increased to 85%.
2. Delayed Batch Campaign Effect Evaluation: Real-time monitoring of the campaign conversion funnel to dynamically adjust marketing strategies.
3. Rigid and Outdated Tags: Static tags lead to customer mismatch across different campaigns (e.g., "customers who have purchased courses" are still assigned trial class invitations). A tag decay model is established to dynamically update customer status.
提供机构:
财学堂教育文化传媒成都有限公司
创建时间:
2025-04-09
搜集汇总
背景与挑战
背景概述
该数据集专为在线教育行业的精准营销设计,适用于新客激活、沉默召回和高价值客户复购等多场景推广活动。它通过营期标签智能路由和动态更新机制,有效解决推广资源浪费和标签僵化问题,提升资源利用率至85%,并支持实时监控以优化决策效果。数据集服务于市场推广、数据分析和风控部门,促进多团队协作下的高效资源分配和策略优化。
以上内容由遇见数据集搜集并总结生成



