Sentence examples for rapidly prototyping from inspiring English sources

In this paper, we present Ripcord, a platform for rapidly prototyping, testing, and comparing different data center networks.

TXL is a special-purpose programming language designed for creating, manipulating and rapidly prototyping language descriptions, tools and applications.

This paper presents the design and implementation of Application-Aware Anonymity (A3), an extensible platform for rapidly prototyping and evaluating anonymity protocols on the Internet.

The focus will be on rapidly prototyping each component in PBRT, with Ryan concentrating on black body radiation, Lee on procedural generation methods, and both on modeling (most likely the geometry of the scene will be created in 3dsmax or Maya).

These other interests included FearLessRevolution.com, rebranding Al Gore's "Climate Reality Project". With FearLess he also launched COMMON, a creative community for rapidly prototyping social ventures.

Facebook VP of Technical Operations Jonathan Heiliger was careful not to position Facebook as aligned only with Dell, but by the end of this video he made it clear Dell is offering hardware that fits into Facebook's plans for rapidly prototyping and delivering new features to an audience of 100 million users.

He rapidly prototyped the software to make it work.

How IDEO brainstorms, how it rapidly prototypes both ideas and products, how it sets up and runs design teams all are the antithesis of a cookie-cutter, replicable process.

Utilization of generic piezoceramics and high performance composite materials coupled with intelligent use of geometry and novel driving techniques yields low cost, rapidly prototyped, ultra-high energy density bending actuators for use in such applications.

New methods can be rapidly prototyped in SeisFlows by inheriting from default inversion or migration classes, and code can be tested on 2D examples before application to more expensive 3D problems.

Results indicate that the real-time cell allergic response are accurately monitored by this electrochemical microfluidic chip, which provides a general example of rapidly prototyped low-cost biosensor technology for applications in both food allergen detection and investigation.