During the past half century, market competition has been very intense and production companies have been trying to find more efficient ways to manufacture their products. While during the period 1960 to 1970 manufacturing cost was the primary concern, later it was followed by product quality and delivery speed. New strategies had to be formulated by companies to adapt to the environment in whi...

Symmetric mathematical programming is used to analyze the optimality of balancing workloads t~ maximize the expected production in a single-serve~closed queuing network model of a flexible manufacturing system (FMS). In particular, using generalized concavity we prove that, even though the production function is not concave, balancing workloads maximizes the expected production in certain types...

The paper presents a model of designing of machine layout in flexible manufacturing system (FMS). Evolutionary computation, particularly genetic algorithms (GAs) proved to be successful in search of optimal solution for this type of problems. To achieve high productivity in a flexible manufacturing system (FMS), an efficient layout arrangement and material flow path design are important due to ...

Flexible manufacturing system (FMS) readily addresses the dynamic needs of the customers in terms of variety and quality. At present, there is a need to produce a wide range of quality products in limited time span. On-time delivery of customers’ orders is critical in make-to-order (MTO) manufacturing systems. The completion time of the orders depends on several factors including arrival rate, ...

Flexible manufacturing Systems are automated manufacturing systems which have job shop flexibility and flow shop efficiency. One of the major concerns in Flexible Manufacturing System (FMS) is the minimization of the total flow of material through the system. Facility layout design deals with the arrangement of machines, in order to minimise the total flow of parts in the system. The commonly u...

Many of industries are going to stand in the market in front of their competitor with a lot of industrial growth and good quality of product. But in this race they don’t think about the flexibility in customer relation or satisfaction as well as operational flexibility. Lean manufacturing provide the use of everything for industrial growth and Flexible manufacturing system gives the direction w...

The time for electronically connecting business and manufacturing has come. Advancements in e-commerce have requested that business decisions on web be the direct driving info to the corresponding manufacturing activities without human interventions. Since orders from the web may arrive in random sequence and with a range of specifications, flexible manufacturing systems (FMS) may be the proper...

Future manufacturing systems will be integrated into the networks of distributed resources, and at the same time, such systems will be capable of processing both knowledge and material. It will probably be required that manufacturing systems be agile, flexible, and fault-tolerant. Petri nets (PN) and objectoriented design (OOD) are used together in order to develop the integrated agent-based FM...

The concept of flexible manufacturing is highly appealing in gaining a competitive edge in the market by quickly adapting to the changing customer needs. Scheduling jobs on flexible manufacturing systems (FMSs) is a challenging task of managing the available flexibility on the shop floor to react to the dynamics of the environment in real-time. In this paper, an agent-oriented scheduling framew...

Flexible manufacturing system (FMS) is the one, which can be changed or adapted quickly to manufacture different components or products at different volumes of product. Flexible manufacturing system includes – a set of flexible machines, an automatic transport system and a sophisticated database with decision support system, to decide at each instant what is to be done on which machine. The obj...