Abstract:
An electronic device includes a display, at least one sensor, a processor operatively connected to the display and the at least one sensor, and a memory operatively connected to the processor. The memory stores instructions that, when executed, cause the processor to control the electronic device to obtain a first input associated with generation of a first avatar animation, to obtain first data for a first object based on the obtained first input, to obtain second data for a second object based on the obtained first input and a specified scheme, to generate the first avatar animation based on the first data and the second data, and to display the first avatar animation.
Abstract:
An electronic mobile device having a physical display, at least one processor, a volatile memory, and non-volatile memory. Stored in the volatile memory are first instructions for generating a 2D user interface and second instructions for generating a 3D VR environment, and system instructions. In a first operation, the first instructions are executed to generate the 2D user interface and provide the 2D user interface to the physical display. In a second operation, the first instructions are executed to generate the 2D user interface and provide the 2D user interface to a virtual display in the volatile memory. Also, in the second operation, the second instructions are executed to generate the 3D VR environment so as to obtain the 2D user interface from the virtual display and render a 3D image using at least part of the 2D user interface, and provide the 3D image to the physical display.
Abstract:
A method of programming a nonvolatile memory device comprises determining a temperature condition of the nonvolatile memory device, determining a program pulse period according to the temperature condition, supplying a program voltage to a selected word line using the program pulse period, and supplying a pass voltage to unselected word lines while supplying the program voltage to the selected word line.
Abstract:
An electronic device and method are disclosed. The electronic device includes a display and a processor, which implements the method, including: displaying virtual reality image, a virtual keyboard including a plurality of keys indicating a plurality of characters, and a representation of an external electronic device superimposed on the virtual reality image, wherein the virtual keyboard is displayed in a virtual touch pad area of the representation corresponding to a touch pad of the external electronic device, receiving information regarding a first touch input, transmitted from the external electronic device in response to detecting the first touch input on the touch pad, identifying, using the received information, a key corresponding to the first touch input from among the plurality of keys, and displaying, in at least a portion of the virtual reality image, a character indicated by the identified key on at least portion of the image.
Abstract:
Methods of operating nonvolatile memory devices may include identifying one or more multi-bit nonvolatile memory cells in a nonvolatile memory device that have undergone unintentional programming from an erased state to an at least partially programmed state. Errors generated during an operation to program a first plurality of multi-bit nonvolatile memory cells may be detected by performing a plurality of reading operations to generate error detection data and then decoding the error detection data to identify specific cells having errors. A programmed first plurality of multi-bit nonvolatile memory cells and a force-bit data vector, which was modified during the program operation, may be read to support error detection. This data, along with data read from a page buffer associated with the first plurality of multi-bit nonvolatile memory cells, may then be decoded to identify which of the first plurality of multi-bit nonvolatile memory cells are unintentionally programmed cells.
Abstract:
An operating method of a nonvolatile memory device includes receiving a read command from a memory controller; determining a read mode based on the received read command, controlling a precharge time and an offset of a precharge control signal according to the determination result, and precharging a sensing bit line among bit lines to a precharge voltage based on the controlled precharge control signal. The sensing bit line is a bit line being precharged according to the determined read mode among the bit lines.
Abstract:
A program method is provided for a nonvolatile memory device, including a substrate and multiple memory cells formed in a pocket well in the substrate. The program method includes supplying a program voltage to a selected word line during a program execution period of a program loop, supplying a verification voltage to the selected word line during a verification period of the program loop, and supplying a negative voltage to the pocket well as a well bias voltage during the verification period.
Abstract:
Methods of operating nonvolatile memory devices may include identifying one or more multi-bit nonvolatile memory cells in a nonvolatile memory device that have undergone unintentional programming from an erased state to an at least partially programmed state. Errors generated during an operation to program a first plurality of multi-bit nonvolatile memory cells may be detected by performing a plurality of reading operations to generate error detection data and then decoding the error detection data to identify specific cells having errors. A programmed first plurality of multi-bit nonvolatile memory cells and a force-bit data vector, which was modified during the program operation, may be read to support error detection. This data, along with data read from a page buffer associated with the first plurality of multi-bit nonvolatile memory cells, may then be decoded to identify which of the first plurality of multi-bit nonvolatile memory cells are unintentionally programmed cells.
Abstract:
An electronic mobile device having a physical display, at least one processor, a volatile memory, and non-volatile memory. Stored in the volatile memory are first instructions for generating a 2D user interface and second instructions for generating a 3D VR environment, and system instructions. In a first operation, the first instructions are executed to generate the 2D user interface and provide the 2D user interface to the physical display. In a second operation, the first instructions are executed to generate the 2D user interface and provide the 2D user interface to a virtual display in the volatile memory. Also, in the second operation, the second instructions are executed to generate the 3D VR environment so as to obtain the 2D user interface from the virtual display and render a 3D image using at least part of the 2D user interface, and provide the 3D image to the physical display.
Abstract:
An operating method of a nonvolatile memory device includes receiving a read command from a memory controller; determining a read mode based on the received read command, controlling a precharge time and an offset of a precharge control signal according to the determination result, and precharging a sensing bit line among bit lines to a precharge voltage based on the controlled precharge control signal. The sensing bit line is a bit line being precharged according to the determined read mode among the bit lines.