The present study proposes two mixed integer linear programming model for two important
aspects of integrated production-distribution scheduling: order acceptance and batch direct …

To improve the profitability and customer satisfaction, in make-to-order environment,
manufacturers need to simultaneously consider which orders should be accepted and how …

Production systems' optimization is a complex and important problem in production and
operations management. Integrated optimization from a whole system perspective of …

In make-to-order production systems, manufacturer can have limited capacity and due to the
order delivery time requirements, it may not be possible to accept all orders. This leads to …

Although the simple assembly line balancing problem (SALBP) is the topic of many studies,
typically they either consider minimizing the number of stations for a given cycle time (called …

This paper introduces the multiphase course timetabling problem and presents
mathematical formulations and effective solution algorithms to solve it in a real case study …

This paper studies an order acceptance and scheduling (OAS) problem on unrelated
parallel machines to maximize the total net revenue of accepted orders, which is the …

Coordinating order acceptance decisions with production scheduling to maximize revenue
is challenging for Mass Individualized Prototy** (MIP) service providers. This paper …

Along with the increased use of digitization, platform-driven manufacturing-as-a-service (p-
MaaS) is becoming an inevitable trend of the manufacturing industry. End-users openly …

This paper considers an order acceptance and scheduling (OAS) problem in open shops
with m-machines and the objective of maximizing the total net revenue, which is defined as …