Abstract:
An image classification device, determines in real time which one of a plurality of directories is a suitable directory for storing newly taken photographs. The plurality of directories may defined by a user. The image classification device may recommend the suitable directory to the user. The image classification device may include a camera module for photographing a target and for generating a target image, a sensor for sensing first environment information concerning the target image, a storage module including N directories for storing the target image, where N is a natural number, and a processor for extracting first content information from the target image and for selecting from among the N directories a suitable directory within which the target image may be stored, based on the first content information and the first environment information.
Abstract:
An image classification device, determines in real time which one of a plurality of directories is a suitable directory for storing newly taken photographs. The plurality of directories may defined by a user. The image classification device may recommend the suitable directory to the user. The image classification device may include a camera module for photographing a target and for generating a target image, a sensor for sensing first environment information concerning the target image, a storage module including N directories for storing the target image, where N is a natural number, and a processor for extracting first content information from the target image and for selecting from among the N directories a suitable directory within which the target image may be stored, based on the first content information and the first environment information.
Abstract:
A substrate structure for an image sensor module includes a module substrate including a sensor mounting hole, a reinforcing plate on a lower surface of the module substrate, an image sensor chip on the reinforcing plate within the sensor mounting hole, and a reinforcing pattern in the module substrate. The reinforcing plate covers the sensor mounting hole. An upper surface of the image sensor chip may be exposed by the module substrate. The reinforcing pattern is adjacent to the sensor mounting hole and extends in at least one direction.
Abstract:
A multimedia data processing method is provided which includes providing a conflict detection unit at a load/store pipeline unit; generating, by the conflict detection unit, speculative conflict information, which is used to predictively determine whether an address of a load/store instruction of a current thread causes a conflict miss before a cache access operation is performed by performing a history search for load/store instruction addresses of previous threads without referring to a cache memory; and storing information of the current thread directly in a standby buffer without an execution of the cache access operation in response to the generated speculative conflict information indicating the conflict miss.