Genesys Logic, Inc.

Nei-Chiung Perng

Chia-Yu Chan

Chih-jung Lin

Ju-peng Chen

Chih-nan Wei

Ching-jung Yu

Po-Yao Chuang

Yu-jen Hsu

A light compensation scheme, an optical machine device, a display system and a method for light compensation are disclosed herein. The light compensation scheme includes a detector for inspecting a data related to a luminous flux of each of different color beams, and a controller for selectively adjusting anytime a luminosity of at least one of a plurality of pointolites and/or the transmittances of at least one part of liquid crystals disposed within a liquid crystal display panel, based on the inspected data.

Light compensation scheme, optical machine device, display system and method for light compensation

An electrical device having a display screen to adjust displaying image based on a rotation of a web camera. The web camera is rotatably installed on one side of the frame surrounding the display screen. The web camera captures an image data in a first direction or a second direction. An image sensor generates a plurality of brightness signals based on the image data. A processing unit is used for determining the display to show the image data in a first mode or a second mode based on the plurality of brightness signals.

Electrical device capable of adjusting display image based on a rotation of a web camera and method thereof

A flash memory storage device for boosting efficiency in accessing flash memory is disclosed. The flash memory storage device provides a Multi-level cell (MLC) flash memory for storing data, a single-level cell (SLC) flash memory for storing data, and a control unit for determining whether to store a file into the MLC NAND flash memory or a SLC NAND flash memory based on the file's data characteristics.

Flash memory storage device for adjusting efficiency in accessing flash memory

An electronic apparatus having switching unit is described. The electronic apparatus includes a first peripheral device, a second peripheral device and a switching unit. The first peripheral device communicates with the host unit. The second peripheral device communicates with the host unit and the first peripheral device, respectively. The switching unit switches to the host unit and the first peripheral device for allowing the host unit to access the first peripheral device via a first path. The switching unit switches to the host unit and the second peripheral device for allowing the host unit to access the second peripheral device via a second path. The switching unit switches to the first peripheral device and the second peripheral device for allowing the first peripheral device to access the second peripheral device via a third path.

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Taipei, Taiwan

Nei-Chiung Perng