Abstract: A computing system is operable to extract a plurality of initial sets of input data from a plurality of initial application data. A plurality of subsequent outgoing streams of digitally encoded data packets are generated where a first subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates first subsequent machine executable instructions and where a second subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates second subsequent machine executable instructions. A plurality of digitally encoded document files are generated in response to the plurality of subsequent outgoing streams of digitally encoded data packets based on the plurality of initial application data.

Abstract: A computing system is operable to generate a plurality of sets of user data values based on processing a plurality of digitally encoded document files. A first set of user data values of the plurality of sets of user data values is extracted from the first digitally encoded document file via applying an image processing function to the first digital image data based on aligning positions of a first plurality of pixels of the first digital image data with predetermined spatial arrangement data based on, for each of a plurality of different user fields, identify a corresponding proper subset of adjacent pixels of a first plurality of proper subsets of adjacent pixels having a position in a two-dimensional arrangement of the first plurality of pixels, relative to positions of other ones of the first plurality of pixels in the two-dimensional arrangement of the first plurality of pixels.

Abstract: A computing system is operable to, during a first temporal period corresponding to operation of the computing system under a first mode of operation that utilizes at least one initial graph structure, a first plurality of different machine executable instructions are generated based on performing an initial input data processing function in conjunction with operating in accordance with the first mode of operation by applying an initial plurality of weights of the at least one initial graph structure. The graph data is updated by processing the first plurality of initial sets of input data to generate an updated at least one graph structure replacing the initial at least one graph structure. The computing system transitions from operation under the first mode of operation to operation under a second mode of operation that utilizes the at least one updated graph structure in response to updating of the graph data.

Abstract: A computing system is operable to decode a plurality of initial incoming streams of digitally encoded data packets to extract a plurality of digitally encoded image files from the plurality of initial incoming streams of digitally encoded data. A plurality of image correction data is generated via performing an image data processing function based on applying a computer vision model upon a plurality of digital image data extracted from the plurality of digitally encoded image files. A plurality of subsequent incoming streams of digitally encoded data packets are decoded to extract a plurality of additional digitally encoded image files from the plurality of subsequent incoming streams of digitally encoded data. A plurality of additional digital image data extracted from the plurality of additional digitally encoded image files are processed to generate a plurality of additional image correction data via re-performing the image data processing function.

Abstract: A computing system is operable to decode a plurality of incoming streams of digitally encoded data packets to extract a plurality of sets of input data from the plurality of incoming streams of digitally encoded data. A plurality of encrypted user data is generated based on encrypting at least some of the plurality of sets of input data and each of the plurality of encrypted user data is stored via a plurality of different storage locations. The plurality of sets of input data are processed generate a plurality of automatically generated textual data. A plurality of further outgoing streams of digitally encoded data packets are generated and transmitted via processing the plurality of automatically generated textual data.

Abstract: A computing system is operable to decode a plurality of initial incoming streams of digitally encoded data packets to extract a plurality of digitally encoded image files from the plurality of initial incoming streams of digitally encoded data. A plurality of image correction data is generated via performing an image data processing function based on applying a computer vision model upon a plurality of digital image data extracted from the plurality of digitally encoded image files. A plurality of subsequent incoming streams of digitally encoded data packets are decoded to extract a plurality of additional digitally encoded image files from the plurality of subsequent incoming streams of digitally encoded data. A plurality of additional digital image data extracted from the plurality of additional digitally encoded image files are processed to generate a plurality of additional image correction data via re-performing the image data processing function.

Abstract: A computing system is operable to extract a plurality of initial sets of input data from a plurality of initial encrypted application data based on decrypting the plurality of initial encrypted application data. A plurality of subsequent outgoing streams of digitally encoded data packets are generated where a first subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates first subsequent machine executable instructions and where a second subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates second subsequent machine executable instructions. A plurality of digitally encoded document files are generated in response to the plurality of subsequent outgoing streams of digitally encoded data packets based on the plurality of initial encrypted application data.

Abstract: A computing system is operable to generate a plurality of sets of user data values based on processing a plurality of digitally encoded document files. A first set of user data values of the plurality of sets of user data values is extracted from the first digitally encoded document file via applying an image processing function to the first digital image data based on aligning positions of a first plurality of pixels of the first digital image data with predetermined spatial arrangement data based on, for each of a plurality of different user fields, identify a corresponding proper subset of adjacent pixels of a first plurality of proper subsets of adjacent pixels having a position in a two-dimensional arrangement of the first plurality of pixels, relative to positions of other ones of the first plurality of pixels in the two-dimensional arrangement of the first plurality of pixels.

Abstract: A computing system is operable to, during a first temporal period corresponding to operation of the computing system under a first mode of operation that utilizes at least one initial graph structure, a first plurality of different machine executable instructions are generated based on performing an initial input data processing function in conjunction with operating in accordance with the first mode of operation by applying an initial plurality of weights of the at least one initial graph structure. The graph data is updated by processing the first plurality of initial sets of input data to generate an updated at least one graph structure replacing the initial at least one graph structure. The computing system transitions from operation under the first mode of operation to operation under a second mode of operation that utilizes the at least one updated graph structure in response to updating of the graph data.

Abstract: A computing device is operable to, contemporaneously with displaying first digital display data via a display device, generate first measurement values via at least one sensor device and process the first measurement values to generate an initial set of input data. Based on generating the initial set of input data, contemporaneously with displaying second digital display data via the display device, second measurement values are generated via the at least one sensor device and the second measurement values to generate a subsequent set of input data. Encrypted application data is generated based on processing a set of digital application data generated from at least some of the subsequent set of input data. An outgoing stream of digitally encoded data packets is generated to include the encrypted application data.

Abstract: A computing system is operable to generate a plurality of sets of user data values based on processing a plurality of digitally encoded document files. A first set of user data values of the plurality of sets of user data values is extracted from the first digitally encoded document file via applying an image processing function to the first digital image data based on aligning positions of a first plurality of pixels of the first digital image data with predetermined spatial arrangement data based on, for each of a plurality of different user fields, identify a corresponding proper subset of adjacent pixels of a first plurality of proper subsets of adjacent pixels having a position in a two-dimensional arrangement of the first plurality of pixels, relative to positions of other ones of the first plurality of pixels in the two-dimensional arrangement of the first plurality of pixels.

Abstract: A computing system is operable to decode a plurality of incoming streams of digitally encoded data packets to extract a plurality of sets of input data from the plurality of incoming streams of digitally encoded data. A plurality of encrypted user data is generated based on encrypting at least some of the plurality of sets of input data and each of the plurality of encrypted user data is stored via a plurality of different storage locations. The plurality of sets of input data are processed generate a plurality of automatically generated textual data. A plurality of further outgoing streams of digitally encoded data packets are generated and transmitted via processing the plurality of automatically generated textual data.

Abstract: A computing system is operable to, during a first temporal period corresponding to operation of the computing system under a first mode of operation that utilizes at least one initial graph structure, a first plurality of different machine executable instructions are generated based on performing an initial input data processing function in conjunction with operating in accordance with the first mode of operation by applying an initial plurality of weights of the at least one initial graph structure. The graph data is updated by processing the first plurality of initial sets of input data to generate an updated at least one graph structure replacing the initial at least one graph structure. The computing system transitions from operation under the first mode of operation to operation under a second mode of operation that utilizes the at least one updated graph structure in response to updating of the graph data.

Abstract: A computing system is operable to decode a plurality of initial incoming streams of digitally encoded data packets to extract a plurality of digitally encoded image files from the plurality of initial incoming streams of digitally encoded data. A plurality of image correction data is generated via performing an image data processing function based on applying a computer vision model upon a plurality of digital image data extracted from the plurality of digitally encoded image files. A plurality of subsequent incoming streams of digitally encoded data packets are decoded to extract a plurality of additional digitally encoded image files from the plurality of subsequent incoming streams of digitally encoded data. A plurality of additional digital image data extracted from the plurality of additional digitally encoded image files are processed to generate a plurality of additional image correction data via re-performing the image data processing function.

Abstract: A computing system is operable to extract a plurality of initial sets of input data from a plurality of initial encrypted application data based on decrypting the plurality of initial encrypted application data. A plurality of subsequent outgoing streams of digitally encoded data packets are generated where a first subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates first subsequent machine executable instructions and where a second subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets indicates second subsequent machine executable instructions. A plurality of digitally encoded document files are generated in response to the plurality of subsequent outgoing streams of digitally encoded data packets based on the plurality of initial encrypted application data.

Abstract: A computing device is operable to, contemporaneously with displaying first digital display data via the display device, generate first measurement values via at least one sensor device. An initial at least one two-dimensional array of pixels corresponding to initial digital image data captured via an image capture device are collected based on processing the first measurement values. Second measurement values generated via the at least one sensor device are processed, where image correction data is automatically generated based on processing the second measurement values via performance of an image data processing function upon the initial at least one two-dimensional array of pixels based on applying a computer vision model. At least one two-dimensional array of pixel values corresponding to digital display data visually conveying the image correction data is generated.

Abstract: A method includes sending first question data indicating a first set of immigration eligibility risk factor questions to a first client device for display to a first user via an interactive user interface. First response data is received from the first client device indicating a first set of responses to the first set of immigration eligibility risk factor questions from the first client device. An immigration eligibility risk assessment score is generated for the first user by performing a risk assessment function based on the first set of responses. Immigration assistance is initiated for the first user based on determining the immigration eligibility risk assessment score for the first user compares favorably to a risk assessment threshold.