Three-Dimensional PrintingA Revolutionary Technology

Three-dimensional echocardiographic technology.

This article addresses the current state of the art of technology in three-dimensional echocardiography as it applies to transducer design, beam forming, display, and quantification. Because three-dimensional echocardiography encompasses many technical and clinical areas, this article reviews its strengths and limitations and concludes with an analysis of what to use when.

Three-dimensional printing technology.

Speech Recognition as Emerging Revolutionary Technology

Speech recognition is the new emerging technology in the field of computer and artificial intelligence. It has changed the way we communicate with computer and other intelligent devices of same calibre like smart phones. It is a major area of interest for research in this field which is related to artificial intelligence. In this paper the overview of this technology and its current implementat...

Revolutionary Database Technology for Data Intensive Research

The heart of a scientific data warehouse is its database system, running on a modern distributed platform, and used for both direct interaction with data gathered from experimental devices and management of the derived knowledge using workflow software. However, most (commercial) DBMS offerings cannot fulfill the demanding needs of scientific data management. They fall short in one or more of t...

Three-dimensional Printing Technology in Surgery

Three dimensional printing, additive manufacturing or stereolithography as it was first described has recently come into vogue within the scientific community. Initially conceived in the 1980s by Charles Hull, it represents the successive addition of layers of various materials to form high definition three dimensional structures using Cartesian co-ordinates from 3D computer aided design (CAD) ...