Seminar Announcement! Image Processing Algorithms and Hardware Implementation / FPGA Selection
One PC per person for practical training and learning software included - A course where you can learn about image processing algorithms, SoCFPGA, and their implementation on FPGA, along with key points.
This seminar is a course where you can learn effective implementation methods and key points of the popular image processing algorithms. While incorporating basic knowledge through hands-on practice, we support developers by sharing a wealth of information with our customers. ≪Seminar Details≫ ■ Date and Time: November 8, 2019 (Friday) 10:30 AM - 5:30 PM ■ Location: Japan Tech Center Training Room 22nd Floor, Odakyu Dai-ichi Seimei Building, 2-1-1 Nishi-Shinjuku, Shinjuku-ku, Tokyo ■ Program 1. Image Processing in Industrial Fields 2. Conventional Image Processing - Learning Software Using the IP Kit 3. Algorithm Consideration Based on Requirements - From Specification Examples to Hands-On Practice 4. Separation of Hardware and Software 5. Definition of Conditions Necessary for Hardware Implementation 6. Selection of FPGA 7. Demonstration - Spatial Filter Using Hardware 8. Summary 9. Q&A Organizer: Japan Tech Center *For more details, please contact us.
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【Target Audience】 - Engineers and management personnel in the image processing department of the following industries - Those who currently require or will require image processing in their work - Those who want to understand the differences in necessary skills for algorithm development and hardware development - Those who need to separate hardware and software in the image processing department - Those who are struggling with debugging methods in image processing development - Designers who want to learn about current and future SoCFPGAs 【Prerequisites】 - Understanding of basic image processing terminology 【Knowledge Acquired】 - Standard image processing techniques (with practical exercises) - System design when designing image processing devices (balance between hardware and software) - Application methods that combine fundamental image processing techniques - Mastering the use of SoCFPGA - Explaining the principles of acceleration through hardware implementation with specific circuits - Efficient selection methods for FPGAs evaluated from various perspectives - Processing suitable and unsuitable for hardware implementation of algorithms - Thinking about the separation of hardware and software
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P2
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Due to our focus on image processing, we have a wide range of applications, including "medical devices," "image processing for automobiles," "inspection equipment," and "wide dynamic range cameras," among others. We have prepared many implementation methods, so if you specify the image processing functions you would like to add to your products, we will consider the specifications, schedule, and costs, and create a "proposal." For image processing software development, we provide implementation methods using algorithms for "learning," "recognition," "search," "image synthesis," "defect repair," etc., as well as device drivers for PCIe and ARM firmware. In hardware development, we have 27 years of experience with image processing boards using SoC FPGAs from Intel (Altera) and AMD (Xilinx), as well as FFT, labeling IP, image transformation, and more.