A display system for a vehicle includes a head-up display unit operable to display at a display area information that is viewable by a driver of the equipped vehicle when the driver is normally operating the equipped vehicle. When not displaying images at the display area but when the head-up display unit projects some light, there is a postcard effect at the display area. The head-up display unit includes a display screen and a compensation film that attenuates light passing through the display screen to reduce the postcard effect at the display area of the equipped vehicle.

A display system for a vehicle includes a head-up display unit operable to display at a display area information that is viewable by a driver of the equipped vehicle when the driver is normally operating the equipped vehicle. When not displaying images at the display area but when the head-up display unit projects some light, there is a postcard effect at the display area. The head-up display unit includes a display screen and a compensation film that attenuates light passing through the display screen to reduce the postcard effect at the display area of the equipped vehicle.

[Object] To enable more advanced utilization of the captured image by utilizing the flicker component that is generated in the captured image. [Solution] There is provided an information processing apparatus including: an image acquisition unit that acquires a captured image; a key information acquisition unit that acquires key information for extracting a light temporal modulation component included in the captured image; and a modulation component extraction unit that extracts the modulation component from the captured image on the basis of the key information.

[Object] To enable more advanced utilization of the captured image by utilizing the flicker component that is generated in the captured image. [Solution] There is provided an information processing apparatus including: an image acquisition unit that acquires a captured image; a key information acquisition unit that acquires key information for extracting a light temporal modulation component included in the captured image; and a modulation component extraction unit that extracts the modulation component from the captured image on the basis of the key information.

A multi-channel video display method and a multi-channel video display device thereof are provided. The multi-channel video display method includes receiving at least two video signals; obtaining position information for at least two users who are in front of a display screen of the electronic apparatus and who are browsing the video signals respectively, wherein each of the users corresponds to a respective video signal; adjusting, according to the position information of each of the users, the direction of a filter of the display screen of the electronic apparatus so that the display direction of the video signal only points toward the corresponding user; and simultaneously displaying the video signals according to the display directions of the video signals.

A multi-channel video display method and a multi-channel video display device thereof are provided. The multi-channel video display method includes receiving at least two video signals; obtaining position information for at least two users who are in front of a display screen of the electronic apparatus and who are browsing the video signals respectively, wherein each of the users corresponds to a respective video signal; adjusting, according to the position information of each of the users, the direction of a filter of the display screen of the electronic apparatus so that the display direction of the video signal only points toward the corresponding user; and simultaneously displaying the video signals according to the display directions of the video signals.

A wearable electronic ornament has a manually-changeable skin and an electronic screen exhibiting a visual. When a user replaces the skin, the visual automatically changes to match the skin. Visuals are received from a store on the skin, a mobile device of the user, or a remote server, or can be generated by a camera of the mobile device.

A distributed computer system including a story application for a mobile computing device enables generation, presentation, and sharing of media using the device. Under control of a programmed story script, the story application invokes a camera of the device for recording a clip during an iteration for a character in a story while presenting a story script in a teleprompter manner. A clip for each different character in the story may be received to be combined therewith and presented as a scene on mobile computing device for viewing. Another iteration for the character may be recorded, and a resulting new clip may be combined with the clips for the other characters, or with different clips for the other characters, to generate another scene for the story script. Media presentations of the same story include multiple scenes each having a different interpretation. Scenes and/or clips may be shared using different applications.

The present disclosure relates to a method for measuring full-field strain of an ultra-high temperature (UHT) object based on a digital image correlation method. The temperature range is from normal temperature to 3500 degrees Celsius. The method includes the steps of selecting a proper high-temperature-resistant speckle material, tantalum carbide powder, according to the characteristics of the object to be measured. First, polishing a to-be-measured surface of a tungsten test piece to remove an oxide layer, then mixing the tantalum carbide (TaC) powder and absolute ethanol to form a paste according to a mass ratio of 1:2. Making randomly distributed speckles from the mixture on the to-be-measured surface of the test piece which has been processed. In order to improve firmness and stability of the newly made speckles, performing curing treatment to the speckles.

The present disclosure relates to a method for measuring full-field strain of an ultra-high temperature (UHT) object based on a digital image correlation method. The temperature range is from normal temperature to 3500 degrees Celsius. The method includes the steps of selecting a proper high-temperature-resistant speckle material, tantalum carbide powder, according to the characteristics of the object to be measured. First, polishing a to-be-measured surface of a tungsten test piece to remove an oxide layer, then mixing the tantalum carbide (TaC) powder and absolute ethanol to form a paste according to a mass ratio of 1:2. Making randomly distributed speckles from the mixture on the to-be-measured surface of the test piece which has been processed. In order to improve firmness and stability of the newly made speckles, performing curing treatment to the speckles.