Key points are not available for this paper at this time.
Abstract Over the last decade, a wealth of valuable approaches to supply chain strategic, tactical, and operational planning has been extensively developed. However, conventionally the planning decisions at each of these levels have been considered in isolation from the other levels. Moreover, decisions on supply chain strategy, design, tactics, and operations are interlinked and dispersed over different supply chain structures (functional, organizational, informational, financial, etc. ). study develops a framework to increase the efficiency, consistency, implacability, and sustainability of decisions on how to design, plan, and run supply chains. In this paper, we propose to consider the planning as an adaptive process that encapsulates the planning decisions to be interrelated at all the decision-making levels. We describe a conceptual model interlinking the supply chain strategy, design, planning, and operations on adaptation principles. Subsequently, we present a mathematical modelling complex and its realization in a software environment. study contributes to developing methodical basics and practical tools to transit from simple open time slots incremental planning to dynamic, feedback-based adaptive supply chain planning. The elaborated framework serves to increase the efficiency, consistency, implacability, and sustainability of decisions on supply chain strategy, design, tactics, and operations. The decisions? alignment can help to increase organizations? wealth by producing demand-corresponding products in the most cost-effective manner through increasing agility, responsiveness, reaction speed to market changes, and continuous comprehensive improvements/adaptation of supply chains.
Dmitry Ivanov (Fri,) studied this question.