DISASSEMBLY PARTS SELECTION FOR RECOVERY RATE AND COST CONSIDERING REUSE

Selecting Optimal COTS Products Considering Cost and Failure Rate

A reliable and cost effective system is crucial in satisfying the requirements of users and managers alike. One way to develop such a system is to use existing COTS (Commercial Off-The-Shelf) software products. As an appropriate process model for a software development project, Boehm [2] recommended the use of COTS products in all possible applications. In the US, COTS products are mandated by ...

Low-cost Checkpointing-based Rollback Recovery Algorithm Considering Scalability

In this paper, we design a low-cost checkpointing-based rollback recovery algorithm to address the traditional scalability problem of synchronous checkpointing in the completely different point of view compared with existing ones. This algorithm enables a cluster-wide set of processes to take their semi-global checkpointing procedure while a small set of cluster heads monitor local commit of th...

Nitrogen recovery and reuse

Automatic PC disassembly for component recovery

In this article, a personal computer disassembly cell is presented. With this cell, a certain degree of automatism is afforded for the non-destructive disassembly process and for the recycling of these kinds of mass-produced electronic products. Each component of the product can be separated. The disassembly cell is composed of several sub-systems, each of which is dedicated to the planning and...

Determination of Cost Parameters in Total Design for Manufacturing Parts

Design process is a key process in forming of product’s cost and if we notify to total design we will see all of the effective parameters in design activities. Design process is contented design planning, design inputs, design outputs, design review, design verification, design validation and design changes. This approach will help us to identify the cost parameters for managing, controlling an...