Coreco Imaging Introduces Anaconda Vision Processor; Programmable, Image Acquisition and Processing Board for Real-Time Vision Processing.MONTREAL -- Coreco, Inc. (TSX TSX Toronto Stock Exchange (TSE before April, 2002) TSX Transfer from Stack Pointer to Index TSX True Space Extension : CRC (Cyclical Redundancy Checking) An error checking technique used to ensure the accuracy of transmitting digital data. The transmitted messages are divided into predetermined lengths which, used as dividends, are divided by a fixed divisor. ), a leading developer of high-performance machine vision components and services, today announced the availability of the Anaconda Anaconda, city, United States Anaconda (ănəkŏn`də), city (1990 pop. 10,278), seat of Deer Lodge co., SW Mont.; inc. 1887. (TM), a flexible and programmable, high performance image acquisition and processing board specifically designed for real-time image acquisition, processing, and analysis. PCI-X (PCI eXtended) An enhanced PCI bus technology originally developed by IBM, HP and Compaq that is backward compatible with existing PCI cards. PCI and 32-bit PCI-X slots are physically the same, and PCI cards can plug into PCI-X slots. compliant, the Anaconda is ideally suited for embedded vision applications where large amounts of image processing image processing Set of computational techniques for analyzing, enhancing, compressing, and reconstructing images. Its main components are importing, in which an image is captured through scanning or digital photography; analysis and manipulation of the image, accomplished is required in fields such as diagnostic X-Ray, flat-panel display and semiconductor wafer inspection, and where the host resources are running at capacity or are unavailable. The Anaconda combines high-speed image acquisition with a fully configurable FPGA (Field Programmable Gate Array) A type of gate array that is programmed in the field rather than in a semiconductor fab. Containing up to hundreds of thousands of gates, there are a variety of FPGA architectures on the market. (Field Programmable Gate Array See FPGA. ) and user programmable PowerPC(TM) to deliver increased processing performance and high bandwidth data streaming on a single platform. The core of the Anaconda is the Image Processing Unit (IPU IPU Inter-Parliamentary Union IPU Indraprastha University IPU Invisible Pink Unicorns :-) IPU Image Processing Unit IPU Instruction Processing Unit IPU Intelligent Processing Unit IPU Integrated Power Unit IPU Integer Processing Unit ) that allows developers to implement algorithms directly in hardware. It is comprised of three elements; user configurable FPGA hardware for rapid application development, general-purpose RISC processor with SIMD (Single Instruction stream Multiple Data stream) A computer that performs one operation on multiple sets of data. It is typically used to add or multiply eight or more sets of numbers at the same time for multimedia encoding and rendering as well as scientific architecture ideal for signal and processing applications and an optimized memory architecture that dramatically accelerates processing speeds. "The Anaconda offers an open platform for custom programming, allowing users the opportunity to protect, preserve and prolong their investment in algorithmic intellectual property at a fraction of the cost and time of ASIC-based solutions," comments Inder Kohli, Product Manager, at Coreco Imaging. Key Features --Autonomous program execution --FPGA accelerated real-time image processing --PowerPC-based embedded pattern search engine --Powerful camera interface technology --Engineered with Coreco Imaging's Trigger-to-image reliability framework for enhanced image acquisition control Comparable to other image acquisition boards from Coreco Imaging, the Anaconda has been engineered within Coreco Imaging's Trigger-to-Image Reliability framework to ensure highly reliable and efficient acquisition control throughout the entire image capture sequence. This exacting technology framework leverages Coreco Imaging's hardware and software innovations to control and monitor the image acquisition process, from the time that an external trigger event occurs at the moment the data is transmitted to the PCI bus. Software Support The Anaconda is supported by Software development toolkits by Coreco Imaging that include the following: Sapera(TM) LT software for acquisition and control; FPGA development specifications; image processing libraries for the PowerPC and several third-party development tools, enabling application development on Windows(R) 2000 and Windows(R) XP. FPGA and PowerPC applications on the Anaconda can be developed using standard third-party development tools. The Anaconda is available immediately. About Coreco Imaging Coreco Imaging is the world leader in the design, development and marketing of computer vision components and services. Our customers are equipment manufacturers who use our products to improve quality control, productivity and competitiveness. The company sustains an impressive investment in the product development of new vision processors, smart cameras and computer vision algorithms, keeping it at the forefront of technology. With over 170,000 installations and 25 years of industry experience, the company has operations in Montreal, QC, Vancouver, BC, and Boston, MA with additional sales offices in Cleveland, OH, San Juan Capistrano San Juan Capistrano (săn wän kăpĭsträ`nō), city (1990 pop. 26,183), Orange co., S Calif.; inc. 1961. San Juan Capistrano has some manufactures, including aircraft parts, medical apparatus, and boats, but the economy is , CA, and Tokyo, Japan. The company is publicly traded on the Toronto Stock Exchange Toronto Stock Exchange (TSE) Canada's largest stock exchange, trading approximately 1,200 company stocks and 33 options. (TSX) under the symbol of CRC. For further information on Coreco Imaging, visit their website, at: http://www.imaging.com. All trademarks are registered by their respective companies. Coreco, Inc. reserves the right to make changes at anytime without notice. |
|
||||||||||||

Printer friendly
Cite/link
Email
Feedback
Reader Opinion