An investigation on consumers' preferences for parcel deliveries: applying consumer logistics in omni-channel shopping

营销 多项式logistic回归 业务 产品(数学) 全渠道 频道(广播) 独创性 数据收集 交付性能 广告 计算机科学 心理学 过程管理 电信 社会心理学 统计 数学 机器学习 创造力 几何学
作者
Xueqin Wang,Yiik Diew Wong,Wenming Shi,Kum Fai Yuen
出处
期刊:The International Journal of Logistics Management [Emerald Publishing Limited]
卷期号:35 (2): 557-576 被引量:17
标识
DOI:10.1108/ijlm-07-2022-0288
摘要

Purpose Omni-channel shopping affords consumers a variety of delivery options to receive products based on their preferred times and locations. By considering consumers' contributions (physical, social and attentive efforts) in co-creating delivery services, this study investigates their preferences for parcel delivery. Design/methodology/approach A scenario-based questionnaire survey is conducted for data collection in Singapore (n = 483). Furthermore, a multinomial logistic regression is performed to assess consumers' choice mode of delivery among five alternatives, that is attended home delivery, unattended home delivery, automated self-collection locker, attended pickup point and click-and-collect. Findings Compared to attended home delivery, consumers who choose the alternatives are found to be more willing to contribute physical effort but less interested in responding attentively to informational updates. Efforts required for social interactions discourage consumers from choosing attended deliveries, prompting unattended alternatives (e.g. home delivery and self-collection) as more attractive choices. Additionally, socio-demographic factors and product value also influence consumers' preferences. Originality/value This study contributes to the literature by integrating the theoretical concept of consumer logistics into omni-channel studies, providing a new approach to examining consumers' channel behaviour. With detailed profiling that links product value and consumers' socio-demographics to their choice mode of delivery, the authors create practical insight into the optimal design of omni-channel distribution systems that best harness consumers' voluntary contributions.
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