Biggish data: Friedrich Engels, material ecology, and Victorian data

Ferrite material Characterization Using S-Parameters Data

ince many applications rely on the knowledge of the electromagnetic material properties of ferrites, such as ferrite phase shifters, this paper presents an algorithm for characterizing ferrite materials in a single frequency using a rectangular waveguide system. In this method, the extraction of ferrite parameters is implemented through minimizing the difference between the measured data and th...

A Common Weight Data Envelopment Analysis Approach for Material Selection

Material selection is one of the major problems in manufacturing environments since the improper selected material may lead to fail in the production processes and result in customer dissatisfaction and cost inefficiency. Every material has different properties which should be considered as major criteria during the material selection procedure. Selection criteria could be quantitative or quali...

Probabilistic Linkage of Victorian Injury Data Records

Research utilising the available mass databases of real world road crashes compiled by Police, government and insurers in Victoria provides much useful information for injury prevention research purposes. The record linkage of these datasets and hospital injury records has the potential to maximise the use of available data by researchers to extend the understanding of the causes, outcomes and ...

Material Characterization of Structures Using Genetic Algorithm Vibetarional Data

Big Data and Industrial Ecology

Many have witnessed the increasing popularity of “big data” in the past couple of years. Indeed, big data has been transforming how business is done in many industries. For example, online advertisements are increasingly customized for individual consumers based on their purchase history. Big data has also instigated many new areas of investigation, mostly in fields such as computer sciences an...