Breakthrough speech recognition solution to be used in 2.5G and 3G processor applications

ART Advanced Recognition Technologies announced the porting of its revolutionary smARTspeak XG(TM) speech recognition solution to leading processors from Motorola, Inc., the world's #1 producer of embedded processors.

According to the announcement, ART will port its breakthrough speech recognition solution, the smARTspeak XG, to Motorola's processors, including the 2/2.5G and 3G Innovative Convergence(TM) Platform and DragonBall(TM) applications processor families.

The first phonemic-based speech recognition software designed for mass-market wireless mobile device deployment, the smARTspeak XG provides speaker independent name dialing and other dynamic command functions. Thanks to its unique phonemic identification, the XG needs no training to perform accurate name dialing, no matter how command sentences are structured. Thus `Call John Smith in his office' or `John Smith - office' both provide the same accurate response.

"The introduction of phonemic-based recognition solution for mobile devices brings easy to use operation to the consumer just as Motorola solutions bring ease of use to the developer," said Ed Valdez director of marketing for Motorola's Wireless and Broadband Group. "By porting ART's smARTspeak XG, we continue our commitment to leveraging best-in-class technologies to enable developers to deliver a wide variety of applications using Motorola's total systems solutions."

"ART is delighted with the reception Motorola has given the new smARTspeak XG, the latest in a decade of pioneering speech recognition solutions," said Eran Aharonson, ART's President. "High in feature-rich potential and low in resource demands, we are confident the XG will get a similar welcome from all Motorola's customers."

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About the smARTspeak XG

The unique smARTspeak XG is the first embedded speaker independent name dialing solution designed for wireless mobile devices. With dynamic recognition based on phoneme identification, the XG needs no training to provide instant name dialing functionality in response to the user's verbal command. The result is that no more time needs to be spent recording names into a phone book, or browsing/searching for contacts -- and no more the frustration of not remembering exactly how the original entry was phrased.

Being truly speaker independent, the innovative smARTspeak XG also enables devices to respond with equal accuracy to the commands of multiple users. With near infinite out of the box freedom, the XG is another step towards the ultimate user experience.
An evolution of ART's all-in-one smARTspeak NG recognition bundle previously ported to Motorola's microprocessors, the groundbreaking XG continues to offer the popular modular features of speaker dependent name dialing, speaker independent continuous digit dialing, speaker independent command & control and trainable continuous digit dialing for custom languages previously found on the smARTspeak NG platform.

About Motorola's Innovative Convergence(TM) Platforms

Motorola's i.250 (2.5G voice/data) and i.300 (3G multimedia) Innovative Convergence(TM) platforms and DragonBall(TM) family of microprocessors are designed to meet a variety of customer needs by providing a comprehensive road map with distinct industry advantages for smaller, lighter, lower-cost wireless products. These advantages include flexibility, offering low, mid and high-tier feature sets; scalability, offering migration paths from 2G and 2.5G to 3G protocols; and connectivity, with Personal Area Network (e.g., Bluetooth(TM) wireless technology), Wide Area Network (cellular) and mobile commerce capabilities.

The Innovative Convergence platform technology embodies 70 years of wireless expertise, 50 years in semiconductors, and two decades of leadership in the cellular industry. The best-selling DragonBall microprocessor family is designed for advanced information appliances, PDAs, smart phones, Web browsers/tablets, digital media audio players, handheld computers and mobile data/voice applications.