Sentence examples for the development of leading from inspiring English sources
The cocos2d for iPhone open source project is widely used by developers globally, including large players like Atari, ngmoco, Gamevil and Zynga, in the development of leading mobile games for iPhone, iPod Touch, iPad and Mac.
The high efficiency in the development of leading visions, special fund assigned by BMBF to execute interdisciplinary and interdepartmental research projects in the priority areas as advantages of Futur.
The aim of the Cottrell Scholar program has been to close the divide between education and research at universities and encourage the development of leading scientists who are also talented educators.
Computer-aided drug design (CADD) has been widely used in studies investigating new treatments [ 11– 13], and could help accelerate the development of leading drugs [ 14, 15].
We believe having a more customer-focused organization, supported by robust technology, will speed the development of leading-edge experiences for our most valuable audience segments".
As a group, they are aligned with industry initiatives such as the Open Compute Project (OCP) and the Linux Foundation Project's ODPi, initiatives that foster the development of leading-edge hardware and software technologies.
Dr. Walter V. Discenza, ECE alumnus and Director of Information Systems introduce the development of leading-edge technology to assist paralyzed patients to use their conscious thought to regain control of their limbs.
In a prepared statement, Alibaba Group's senior investment director, Ethan Xie, said, "We believe there is huge potential in the development of leading-edge technology like augmented reality and its application to various industries, like WayRay's AR navigation system in the auto sector.
Science on this scale can only be done by international collaboration, and, although some observing instruments are relatively cheap, the development of leading-edge instruments, such as spacecraft and radars, in most cases requires multi-national funding and the coordinated effort of a worldwide research community.
Later, he devoted much of his time at Stanford to the development of automation, leading a group that pioneered the use of robots in industrial manufacturing.
In this issue of Chemistry & Biology, Young and colleagues overcome hurdles that have slowed the development of RiPPs, leading to in vivo synthesis of new thiopeptide antibiotics.
