Samsung Electronics Co., Ltd.

Paul Kim

Jae-Hong Ko

Byung Chan Kang

Sajid Hassan Sadi

Cody Blair Wortham

James Young

Ye Zhao

Jason Rowe

Tae Hee Kim

Sun Hong Ahn

Ho-Hak Rho

Taehee Kim

Bo Hyun Moon

A system and method for remote active noise correction at a remote device includes receiving, at the remote device, an ambient noise signal from a microphone. The remote device is disposed along a processing and transmission path between the microphone and a headphone. The processing and transmission path exhibit non-zero latency. The remote device further analyzes the ambient noise signal to generate an anti-noise signal, performs a first correction of the anti-noise signal for a headphone interface effect, performs a second correction of the anti-noise signal for the non-zero latency of the processing and transmission path between the microphone and the headphone. The remote device then transmits the corrected anti-noise signal to the headphone.

Mobile platform based active noise cancellation (ANC)

A system and method for automatically managing television channel lists is disclosed. Pixel resolutions characteristics of a plurality of televisions channels are analyzed. One or more high definition television (HDTV) channels having HD pixel resolutions from the plurality of available television channels are selected. The one or more selected HDTV channels are stored in a HD channel list.

System and method for filtering a television channel list based on channel characteristics

A system and method for capturing debug information are disclosed. In one aspect, a method comprises connecting a portable test device having a memory and no processor to a television, the test device having stored therein a debug program configured to be executed by a control unit of the television to capture debug information from the television and store the captured debug information on the test device.

System and method for capturing debug information using a peripheral device

A receiver for receiving information that contains clock information and data information and a clock-embedded interface method. In the clock-embedded method, a clock signal and data may be reconstructed by receiving a pair of differential signals that contain clock information and data information and by using a change in a common voltage of the pair of differential signals.

Receiver for receiving signal containing clock information and data information, and clock-embedded interface method

A method and system for adjusting picture display settings of a display device is provided. One embodiment involves simultaneously displaying multiple pictures of the same visual content on the display device, wherein the picture setting and one or more sample pictures each at a different picture setting relative to the reference picture. Then user selection of a picture among the multiple pictures is received, and the current picture setting is adjusted to the settings of the selected picture. The process may be repeated.

Method and system for picture-based user interface for adjusting picture display parameter settings of a display device

Provided are a delay locked loop (DLL) having a pulse width detection circuit and a method of driving the DLL. The DLL includes a pulse width detection circuit and a delay circuit. The pulse width detection circuit receives a reference clock signal, detects a pulse width of the reference clock signal, and outputs the detection result as a pulse width detection result signal. The delay circuit receives and delays the reference clock signal, and outputs the delayed reference clock signal as an output clock signal. The delay circuit receives the pulse width detection result signal from the pulse width detection circuit, and controls a time delay in the reference clock signal in response to the pulse width detection result signal.

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Mahwah, NJ, United States of America

Paul Kim