Development of a Compact Super Hi-Vision Camera Head

Broadcast Technology

Full-specification 8K Super Hi-Vision Production System We presented a new video production system for full-specification 8K Super Hi-Vision (120-Hz frame frequency, 12-bit bit depth, and wide-color-gamut colorimetry). Compact 120-fps 8K Super Hi-Vision Camera Various cameras are being developed with the goal of constructing a 120-fps 8K Super Hi-Vision video production system. This exhibition ...

Numerical Solution of Parabolized Stability Equations Using Super Compact Scheme

Highly parallel fractional motion estimation engine for Super Hi-Vision 4k×4k@60fps

システムLSI分野システムLSI応用部門 池永研究室 博士課程3年 黄 異青 Feature of Super Hi-Vision Frequency Domain Aliasing Problem Hardware Aspect High Design Effort H.264/AVC High Complexity Pipeline Extension from HDTV to Super Hi-Vision Fractional Motion Estimation Engine for Super Hi-Vision This work Solution: Algorithm Optimization and Hardware Parallelism Low Complexity FME Algorithm Mode Reduction based Mode Pre-filte...

Development of the Compact Infrared Camera (CIRC) for Earth Observation

The Compact Infrared Camera (CIRC) is an instrument equipped with an uncooled infrared array detector (microbolometer). We adopted the microbolometer, because it does not require a cooling system such as a mechanical cooler, and athermal optics, which does not require an active thermal control of optics. This can reduce the size, cost, and electrical power consumption of the sensor. The main mi...

Design and Implementation of a Compact Super-Wideband Printed Antipodal Antenna Using Fractal Elements

A compact printed fractal antipodal bow-tie antenna is designed and implemented to simultaneously cover the operations in the C, X, and Ku-bands. It is demonstrated that by addition of small fractal elements at the sides of hexagonal arms of the bow-tie, a wide operating frequency range of 3.3 to 19.1 GHz can be covered while antenna size is only 30×34×1.2 mm3. In order to match the antenna to ...