Abstract:
An electronic device may include: a printed circuit board; and a capacitor disposed on the printed circuit board. The printed circuit board may include: a conductive layer including at least one slit in an area adjacent to the capacitor, and an insulation layer directly on the conductive layer and including a portion in the at least one slit. The at least one slit may be parallel to at least one side surface of the capacitor, and spaced apart from the at least one side surface of the capacitor by a first distance or less. The at least one slit may not overlap the capacitor when viewed from above.
Abstract:
An image processor including an interface circuit configured to receive a plurality of images corresponding to a plurality of exposure times from an external sensor, and a high dynamic range (HDR) synthesis circuit configured to synthesize a first HDR image, based on a first image and a second image among the plurality of images, synthesize a second HDR image, based on a third image among the plurality of images and the first HDR image, apply a first weight including weight values respectively corresponding to pixels of the first HDR image to the first HDR image, and apply a second weight including weight values respectively corresponding to pixels of the third image to the third image to synthesize the second HDR image.
Abstract:
An electronic device, according to various embodiments, comprises: a connector configured to removably couple with a plug of an external audio device; a data signal line connected to at least one pin of the connector; and a processor, wherein the processor may be configured to identify a connection of the plug of the external audio device; and receive, through the data signal line, an audio signal from a codec connected to an antenna signal receiver in the external audio device. Additional various embodiments can be provided.
Abstract:
A processor and corresponding method are described including cores having a thread set allocated based on a pre-set implementation order, and a controller configured to receive scheduling information determined based on an implementation pattern regarding the allocated thread set from one of the cores and transmit the scheduling information to another of the cores. The one of cores determines the scheduling information according to characteristics of an application when implementation of the thread set is completed. Each of the cores re-determines an implementation order regarding the allocated thread set based on the determined scheduling information.
Abstract:
A method of transceiving data over an on-chip network includes determining whether a packet is received by a first router among a plurality of first routers constituting a ring network; determining a transmission destination of the packet received by the first router; and transmitting the packet to a second router among a plurality of second routers constituting a bus network connected to the first router in response to the determined transmission destination being located on the bus network connected to the first router.