La version du navigateur que vous utilisez n'est pas recommandée pour ce site.Nous vous conseillons de mettre à niveau vers la version la plus récente de votre navigateur en cliquant sur l'un des liens suivants.
Veuillez nous excuser, ce PDF peut uniquement être téléchargé
High-Performance Medical Systems: Market OverviewFaster, Simpler Development of Secure, High-Performance Medical SystemsUnprecedented global forces are transforming healthcare. This means that device manufacturers must contend with a rapidly evolving industry driven by intense competition, which is also subject to increasing demands for security. To succeed in this environment, you need an architectural approach to technology that helps you meet new growth opportunities while achieving quicker time-to-market.Intel provides the computing foundation that drives healthcare innovation:• Industry-leading vector and graphics processing for CT, MRI, and other high-end imaging devices.• Advanced processing performance for high-resolution, real-time ultrasound scanning, with the software portability across multiple devices.• Energy-efficient multi-core processors for diagnostic and therapeutic devices, with hardware-based security technologies built-in.• End-to-end healthcare IT solutions, providing secure, high volume data capture, movement, and storage.• Connected fitness equipment that harnesses the performance of Intel® processors to drive lifelike graphics, great multimedia experiences, with energy efficiency for self-powered operation.Read the full High-Performance Medical Systems Market Overview.
Télécharger le PDF
Promotion: Embedded technology is engaging and secure, with seamless connectivity. (v.1, Jan. 2011)
Sandeep Gupta of Arizona State University discusses the need for body area sensor network.
A discussion of experimental techniques for rapid mitigation of phishing and spam. (v.1 June 2009)
To better understand how Intel® multi-core creates expansiveness and efficiency simultaneously, this brief summation defines advantages, identifies complexities, and cites industry use.
Shows how to view tasks on VxWorks and compile objects exposed to debugging. (v.1, June 2009)
Shows how to view tasks on Linux and compile objects exposed to debugging. (v.1, June 2009)