Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  come up with an innovative approach through which variability reduction and synchronization can be realized in supply chains. The approach developed is founded on a connection beten mechanical design tolerancing and supply chain lead time compression.  use two metrics for delivery performance, delivery sharpness and delivery probability, which measure the accuracy as ll as the precision with which products are delivered to the customers. Then  solve the following specific problem: given the delivery sharpness and delivery probability to be achieved, how can variability be allocated across individual stages of the supply chain in a cost-effective way.  call this the variance pool allocation (VPA) problem and  suggest a systematic approach for solving the VPA problem.  show that a variety of important supply chain design problems, such as supply chain partner selection, can be posed as instances of the VPA problem.  formulate and solve the VPA problem for a plastics industry supply chain and demonstrate how the solution can be used to choose the best mix of supply chain partners.
['Dinesh Garg', 'Y. Narahari', 'N. Viswanadham']
I am writing a research paper on a idea A new approach to achieving sharp and timely deliveries in supply chain networks
[{"from": "human", "value": "I am writing a research paper on a idea A new approach to achieving sharp and timely deliveries in supply chain networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  come up with an innovative approach through which variability reduction and synchronization can be realized in supply chains. The approach developed is founded on a connection beten mechanical design tolerancing and supply chain lead time compression.  use two metrics for delivery performance, delivery sharpness and delivery probability, which measure the accuracy as ll as the precision with which products are delivered to the customers. Then  solve the following specific problem: given the delivery sharpness and delivery probability to be achieved, how can variability be allocated across individual stages of the supply chain in a cost-effective way.  call this the variance pool allocation (VPA) problem and  suggest a systematic approach for solving the VPA problem.  show that a variety of important supply chain design problems, such as supply chain partner selection, can be posed as instances of the VPA problem.  formulate and solve the VPA problem for a plastics industry supply chain and demonstrate how the solution can be used to choose the best mix of supply chain partners."}]