Radio modules with embedded software protocols

Product category: Embedded Software and Operating Systems
News Release from: ART, Advanced Recognition Technologies | Subject: smARTspeak XG
Edited by the Electronicstalk Editorial Team on 3 July 2002

Recognition software runs
on OMAP processors

Register for the FREE Electronicstalk email newsletter now! News about Embedded Software and Operating Systems and more every issue. Click here for details.

ART Advanced Recognition Technologies has ported its smARTspeak XG speech recognition solution to TI's OMAP family of high-performance ultralow-power application processors

smARTspeak XG brings phonemic recognition to wireless mobile devices for the first time. Providing embedded, speaker independent name dialling and other command functions, the XG is an evolution of the smARTspeak NG previously ported to the OMAP platform. TI's widely adopted, scalable OMAP platform delivers optimal performance and power consumption to basic, multimedia-enhanced and high-end 2.5G and 3G wireless devices.

Since the smARTspeak XG's embedded software solution was especially designed to provide increasing functionality within the same resource-limited environment, it was perfectly placed to help the OMAP platform address the challenges of running the advanced applications demanded by next-generation mobile phones, smartphones and other mobile Internet appliances.

"Mobile device users will enjoy a greater degree of freedom with advanced speech and handwriting recognition such as that provided by ART", said Paul Werp, worldwide director of marketing for TI's OMAP platform.

"Speech and handwriting recognition technology on 2.5 and 3G mobile devices will enhance the way mobile users communicate.

ART's smARTspeak XG's embedded solution using TI's OMAP platform will significantly assist in differentiating device functionality".

"We're sure that advanced device manufacturers and application developers will quickly discover the dynamic opportunities that ART's innovative smARTspeak XG opens up to the high performance of TI's OMAP platform", said Eran Aharonson, ART's President.

"With our experience of seamlessly integrating ART's embedded software into TI's leading wireless platform - and the fact that it was specifically designed to support the same popular operating systems such as symbian OS, Microsoft Windows CE; Palm OS - they can now take even fuller advantage of the powerful new technology in the OMAP platform's open, easy-to-use programming environment".

ART, Advanced Recognition Technologies: contact details and other news
Email this article to a colleague
Register for the free Electronicstalk email newsletter
Electronicstalk Home Page

Related Business News

S2c Partners With Verific Design Automation...
...To Support Soc Design.

MontaVista Leads Industry in Mobile Linux Deployments and Revenue
MontaVista Software, Inc., the leading provider of Linux for intelligent devices and communications infrastructure, is also the leader in embedded Linux for mobile devices, according to a recent report from analyst firm Ventur

Performance Technologies Expands Exclusive Distribution Partnership with VSYSTEMS France
Le-bretonneux, France and MILTON KEYNES, U.K., May 16 /PRNewswire-FirstCall/ -- Performance Technologies , a leading developer of communication platforms and systems, and VSYSTEMS France, a provider of high-end embedded computer systems, are pleased to

VirtualLogix Announces Japan Expansion
VirtualLogix, Inc., the Real-Time Virtualization company, today announced it has opened an office in Tokyo, Japan to meet the growing demand for its real-time virtualization solutions for the embedded electronics market.

Ni Labwindows(tm)/cvi And Measurement Studio Now...
...Compatible With Windows Vista. National Instruments today announced the release of the newest versions of LabWindows/CVI, the proven ANSI C integrated development environment, and Measurement Studio, a comprehensive suite of libraries and user interface controls for

Search the Pro-Talk network of sites

Defining the Standard