Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: Methods and systems are provided to avoid the rotation action with the polarizer and the analyzer in complex ellipsometric measurement and repeated processes. In particular, methods and systems are provided which polarize the incident light in a fixed azimuthal angle then illuminate the polarized light onto the target surface, analyze the surface polarized characteristics light in a fixed azimuthal angle, and obtain the light intensity and phase information corresponding to the target surface. Then, based on the relationship between the characteristic information detected by electromagnetic wave and the light intensity information, the disclosed methods and systems obtain the characteristic information of the target surface.

Abstract: The present disclosure provides example methods and apparatuses of data processing based on a two-dimensional code. The two-dimensional code is generated upon receiving a data processing request from a user of a first communication device. Information relating to the data processing request obtained through scanning the two-dimensional code by a second communication device is received. A user interface for data processing is generated at the second communication device based on the information relating to the data processing request. The present techniques for data processing based on the two-dimensional code use the two-dimensional code to complete logging-in and avoid the tedious logging-in process, thereby conveniently, efficiently, and securely implements data output processing.

Abstract: Methods and systems are provided to avoid the rotation action with the polarizer and the analyzer in complex ellipsometric measurement and repeated processes. In particular, methods and systems are provided which polarize the incident light in a fixed azimuthal angle then illuminate the polarized light onto the target surface, analyze the surface polarized characteristics light in a fixed azimuthal angle, and obtain the light intensity and phase information corresponding to the target surface. Then, based on the relationship between the characteristic information detected by electromagnetic wave and the light intensity information, the disclosed methods and systems obtain the characteristic information of the target surface.

Abstract: To avoid the rotation action with the polarizer and the analyzer in ellipsometric measurement, complex measurement and repeated process, this invention proposes to polarize the incident light in a fixed azimuthal angle then illuminate the polarized light onto the target surface, analyze the surface polarized characteristics light in a fixed azimuthal angle, and obtain the light intensity and phase information corresponding to the target surface, then based on the relationship between the characteristics information detected by electromagnetic wave and the light intensity information, to obtain the characteristics information of the target surface.