DESIGN OF WOODWOOD MACHINERY USING ROUTER

Machinery Optimal Layout Design of a Production System with the Aim of Reducing Transportation Costs Using Imperialist Competitive Algorithm

In this study, solutions for machinery layout with the aim of reducing transportation costs will be discussed. To do this, imperialist competitive algorithm (ICA), which is a very complicated and effective meta-heuristic algorithm is introduced. In the offered algorithm, different kinds of machinery layout are considered in single-row as country and then the best possible layout is developed ba...

Design of A Scalable IP Router

Conventional routers are unable to scale to accommodate the explosive growth of the Internet traffic due to their architectural constraints. Their architecture does not allow for scal-ability by the addition of more processing nodes or faster bus technology. There has been an emergence of very high speed, economical and scalable SAN/LAN interconnects providing band-widths of gigabits per second...

Design Universal Security Scheme for Broadband Router

Taking account of defections existed in general methods of implementing IP security (IPsec) in broadband routers, a secure scheme based on fast path and slow path of routers was put forward. The scheme implements IPsec with Encryption chip and IPsec software combined, and adopts Encryption adaptive board to support multi-encryption chips. No requirement for change in original hardware architect...

A Low - ost Router Design for

Dynamic Resource Allocation: DiffServ Border Router Design

This paper presents our proposed Border Router Design as we decided to implement it in the NEBULA Project. The Dynamic Resource Allocation Modules here described will be inserted in the prototypal routers described in the other paper [5] so adding the necessary functionalities in order to automatically provide the “mission critical” applications with tool-quality