Evolutionary applications in medicine are diverse, ranging from established methods such as population genetics to newer attempts to understand why the body has traits, such as the narrow birth canal in females, that leave it vulnerable to disease.
In short, opportunities beyond an applications scientist post are diverse and accessible thanks to the wide range of skills, challenges, and experiences the work provides.
Applications of MUDs are diverse and in fact they have been applied to various wireless/wired systems such as MIMO-OFDM, SFBC-OFDM, OCDMA, just to name a few [4 6].
E-commerce applications are naturally diverse, and include e-banking, online auctions, online knowledge management, social networking, e-learning, blog analysis, personalization and recommendation systems, and search engines.
Predominant applications are as diverse as pharmaceutical industry e.g. drug production, agriculture food and processing industry, mining, construction and agricultural machinery, metals manufacturing, energy production and systems biology.
The technology could be extremely influential: a small sensor that is able, with one lens, to determine the distance and size of objects it sees — the applications are extremely diverse.
Commercial research and applications are equally diverse, so monitoring potentially relevant activities is a formidable task.
Telehealth applications are very diverse, ranging from home care for chronic diseases, to remote primary care and subspecialist services such as paediatric cardiology.
More than 300 ontologies in the biomedical domain are listed in the BioPortal [ 82] alone, and their intended applications are highly diverse, covering all the use cases we discussed so far and more.
