业务
最后一英里(运输)
供应链
供应链管理
工业4.0
人道主义后勤
新兴技术
商业模式
分布(数学)
过程管理
产业组织
营销
计算机科学
英里
数学分析
人工智能
嵌入式系统
物理
数学
天文
作者
Vijay Prakash Sharma,Surya Prakash,Ranbir Singh,Anirban Chakraborti
标识
DOI:10.1142/s0219877023500530
摘要
Innovative technologies from Industry 4.0 have penetrated all commercial business and industrial innovation sectors. To improve the current system’s efficiency, manufacturing and supply chains are implementing I4.0 technologies because they are the most crucial components of any business operation. It is important to identify the challenges that the logistics sector is facing. The logistics management for last mile delivery (LMD) using Industry 4.0 innovative technologies faces many challenges, creating a need for investigation. This study examines the challenges and offers a paradigm for an innovative industry 4.0 framework based on interpretive structural modeling (ISM). The requirement for infrastructure expansion and digitalization emerged as the biggest impediment to the implementation of Industry 4.0 in the logistics sector from the study. The broad framework for addressing issues with the distribution system rather than concentrating on a specific product or industry is presented. This study offers a general model that takes the challenges of Industry 4.0 operations at the primary and secondary levels.
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