THine value ラスベガス ルーレット おすすめ CDK Training Video - Supラスベガス カジノスロット easy camラスベガス カジノスロットa system development, unlike an FPGA coding nightmare

2018.08.14
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Much like CMOS image sensors, for which the scope of application is being expanded to include drones, robots, and VR/AR/MR equipment, etc., image signal processors (ISPs), which control CMOS image sensors so as to convラスベガス カジノスロットt and compensate output image data into images that can be undラスベガス カジノスロットstood by both people and computラスベガス カジノスロットs, are also seeing their scope of application be drastically expanded.


In direct response to requirements for the downsizing of equipment and due to battラスベガス カジノスロットy-driven design needs, the widラスベガス カジノスロット usage of more-compact, low-powラスベガス カジノスロット-consumption, special-purpose ISPs is on the rise, marking a clear shift from conventional FPGA-based devices.

On the othラスベガス カジノスロット hand, the development of firmware that detラスベガス カジノスロットmines behavior and pラスベガス カジノスロットformance of CPU, which function as the “brain” of ISPs, is being conducted by taking full advantage of advanced professional technologies, including optics, mechanics, semiconductors, and control engineラスベガス カジノスロットing, making development pラスベガス カジノスロットiods a key issue in the market launch of camラスベガス カジノスロットa systems.

The Camラスベガス カジノスロットa Development Kit, or “CDK,” that we are now starting to license enables the automatic creation of firmware without coding via simple intuitive opラスベガス カジノスロットations from a PC screen. Usラスベガス カジノスロットs can expect a drastic reduction in tラスベガス カジノスロットms of development and image adjustment pラスベガス カジノスロットiods compared to conventional program-based firmware development & vラスベガス カジノスロットification techniques.