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6月5日、オンラインで開催される anyLogistix Conference 2025 でサプライチェーンの未来を探求しましょう。  今すぐ登録
6月5日, the anyLogistix Conference 2025
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サプライチェーンの最適化とシミュレーション

テクノロジーの概要

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Supply Chain Digital Transformation: Insights and Tools

In this paper, we will underline the significant differences between traditional and digital supply chain networks, mention challenges you can face during the digital transformation of your supply chain, and run through solutions and tools that can address these kinds of challenges.

In this paper, we will underline the significant differences between traditional and digital supply chain networks, mention challenges you can face during the digital transformation of your supply chain, and run through solutions and tools that can address these kinds of challenges.

Optimization of Chinese Dry Ports Interaction

This paper presents a simulation-based optimization solution with subsequent analysis for a supply chain of "dry" ports in China. The authors of the paper use anyLogistix to find the most efficient supply chain configuration and then propose a strategy for combining Chinese “dry” ports into a...

This paper presents a simulation-based optimization solution with subsequent analysis for a supply chain of "dry" ports in China. The authors of the paper use anyLogistix to find the most efficient supply chain configuration and then propose a strategy for combining Chinese “dry” ports into a unified system.

Simulation Applications to Structural Dynamics in Supply Chain Risk Management

The author version of Chapter 8 from the book "Structural Dynamics and Resilience in Supply Chain Risk Management" by D. Ivanov.

The author version of Chapter 8 from the book "Structural Dynamics and Resilience in Supply Chain Risk Management" by D. Ivanov.

Closed-Loop Supply Chain Simulation with Disruption Considerations: A Case-Study on Tesla

Performance impact of severe disruptions in the reverse part of an automotive closed-loop supply chain is studied with the use of a discrete-event simulation model implemented in anyLogistix software. A hybrid case study-simulation methodology is applied in this research to analyze the...

Performance impact of severe disruptions in the reverse part of an automotive closed-loop supply chain is studied with the use of a discrete-event simulation model implemented in anyLogistix software. A hybrid case study-simulation methodology is applied in this research to analyze the six-echelon closed-loop supply chain of Tesla from positions of resilience. Based on the second-ary data, an example for the German...

Revealing Interfaces of Supply Chain Resilience and Sustainability: a Simulation Study

This paper aims at analysing disruption propagation in the supply chain with consideration of sustainability factors in order to design resilient supply chain structure in regard to ripple effect mitigation and sustainability increase.

This paper aims at analysing disruption propagation in the supply chain with consideration of sustainability factors in order to design resilient supply chain structure in regard to ripple effect mitigation and sustainability increase.

Simulation-based Supply Chain Sourcing Analysis

This paper discusses the issues of single vs. dual sourcing analysis with consideration of capacity disruptions, Big Data and demand patterns. It uses an ALX-based supply chain simulation model to suggest recommendations on single sourcing, capacity flexibility, and dual sourcing for different...

This paper discusses the issues of single vs. dual sourcing analysis with consideration of capacity disruptions, Big Data and demand patterns. It uses an ALX-based supply chain simulation model to suggest recommendations on single sourcing, capacity flexibility, and dual sourcing for different combinations of demand and inventory patterns.
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