Vin Logic Simulation
Lessons Learned and Insights Gained from the VinLogic Simulation Model
The intent of this analysis is to provide an overview of lessons learned in the areas of operations management, specifically in the areas of transportation and delivery as a result of viewing and studying the VinLogic Simulation Model. The VinLogic Model is predicated on the concepts of the supply chain optimization and modeling, a patented series of technologies created by Simulation Dynamics (Vinlogic, 2011).
Lessons Learned in Transportation and Delivery
At its most fundamental level, the VinLogic Simulation Model is highly effective in illustrating, both from a graphical and workforce perspective, how constraint-based modeling and optimization techniques can increase logistics, transportation and delivery performance. The examples show are easily interpreted across national and global logistics and supply chains, illustrates how delays,...
By taking a model-based approach to logistics and transportation networks, the constraints of trick, rail and vessel modes of transport can be modeled in with corresponding pricing and time considerations as well (Vinlogic, 2011). In addition, the optimization of each production workflow and its corresponding impact on broader network dynamics and constraints are easily modified and modeled in a recursive series of screens of the simulator. The simulator also allows for greater constraint-based modeling on a per-product level than many rules-based configuration and simulation technologies do, allowing the product model to be modified, not just the process workflow (Vinlogic, 2011). In actual use for enterprise- and network-wide implementations., this approach is preferable as it dramatically increases overall visibility and optimization of the network over time,…
The ability of companies to attain a high level of knowedlge sharing, in effect becoming knowledge generation networks, is well-known in the areas of auto manufacturing, specifically at Toyota (Dyer, Nobeoka, 2000). Simulations such as these show the potential to predict if and when a company will attain this level of process and knowledge sharing performance. Assessing the Pros and Cons of Simulations as Learning Platforms The primary strength of constraint-based