Generating new image data via applying a computer vision model to two-dimensional arrays of pixels extracted from incoming streams of digitally encoded data packets

A method comprising:

• generating a plurality of initial outgoing streams of digitally encoded data packets for transmission to a plurality of client devices that includes a first client device associated with a first user and a second client device associated with a second user, wherein the plurality of initial outgoing streams of digitally encoded data packets are generated to include corresponding machine executable instructions;
• transmitting the plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial outgoing stream of digitally encoded data packet of the plurality of initial outgoing streams of digitally encoded data packets is transmitted to the first client device contemporaneously with transmission of a second initial outgoing stream of digitally encoded data packets of the plurality of initial outgoing streams of digitally encoded data packets to the second client device;
• receiving a plurality of initial incoming streams of digitally encoded data packets in response to the plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the first client device based on the first client device automatically generating the first initial incoming stream of digitally encoded data packets via encoding a first digitally encoded image file based on processing measurement values collected via at least one sensor device of the first client device contemporaneously with displaying first digital display data via a display device of the first client device in response to the first client device automatically extracting the corresponding machine executable instructions from the first initial outgoing stream of digitally encoded data packets and executing the corresponding machine executable instructions to automatically generate at least one two-dimensional array of pixels corresponding to the first digital display data and displaying the first digital display data via the display device of the first client device based on automatically controlling each of a plurality of lighting devices of the display device to a corresponding configured light setting indicated by a corresponding pixel value of the at least one two-dimensional array of pixels, and wherein a second initial incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the second client device;
• decoding the 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, wherein the first digitally encoded image file of the plurality of digitally encoded image files is extracted from the first initial incoming stream of digitally encoded data packets, and wherein a second digitally encoded image file of the plurality of digitally encoded image files is extracted from the second initial incoming stream of digitally encoded data packets;
• storing each of the plurality of digitally encoded image files via a plurality of different storage locations across a plurality of different storage devices located in a plurality of different geographic locations, wherein the first digitally encoded image file is stored via a first set of storage locations of the plurality of different storage locations, and wherein the second digitally encoded image file is stored via a second set of storage locations of the plurality of different storage locations different from the another first set of storage locations;
• decoding the plurality of digitally encoded image files to extract a plurality of digital image data, wherein first digital image data indicating a first at least one corresponding two-dimensional array of pixels is extracted via decoding the first digitally encoded image file, and wherein second digital image data indicating a second at least one corresponding two-dimensional array of pixels is extracted via decoding the second digitally encoded image file;
• processing the plurality of digital image data to generate a plurality of image correction data via performing an image data processing function based on applying a computer vision model, wherein first image correction data of the plurality of image correction data is generated based on automatically detecting at least one subset of pixels of the first at least one corresponding two-dimensional array of pixels failing to meet predetermined image requirement data based on executing the image data processing function upon the first at least one corresponding two-dimensional array of pixels of the first digital image data, and wherein second image correction data of the of the plurality of image correction data is generated based on executing the image data processing function upon the second at least one corresponding two-dimensional array of pixels of the second digital image data;
• generating a plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets is generated based on encoding the first image correction data, and wherein a second subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets is generated based on encoding the second image correction data;
• transmitting the plurality of subsequent outgoing streams of digitally encoded data packets, wherein the first subsequent outgoing stream of digitally encoded data packet of the plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the first client device, and wherein the second subsequent outgoing stream of digitally encoded data packets of the plurality of initial outgoing streams of digitally encoded data packets is transmitted to the second client device;
• receiving a plurality of subsequent incoming streams of digitally encoded data packets in response to the plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent incoming stream of digitally encoded data packets of the plurality of subsequent incoming streams of digitally encoded data packets is received from the first client device based on the first client device automatically generating the first subsequent incoming stream of digitally encoded data packets via encoding a first additional digitally encoded image file based on processing further measurement values collected via the at least one sensor device of the first client device in response to the first client device automatically extracting the first image correction data from the first subsequent outgoing stream of digitally encoded data packets, wherein the display device of the first client device visually conveys the first image correction data based on automatically further configuring each of the plurality of lighting devices of the display device to another corresponding configured light setting indicated by a corresponding pixel value of at least one additional two-dimensional array of pixels of second digital display data generated to indicate the first image correction data, and wherein a second subsequent incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the second client device;
• decoding the plurality of subsequent incoming streams of digitally encoded data packets to extract a plurality of additional digitally encoded image files from the plurality of subsequent incoming streams of digitally encoded data, wherein the first additional digitally encoded image file of the plurality of digitally encoded image files is extracted from the first subsequent incoming stream of digitally encoded data packets, and wherein a second additional digitally encoded image file of the plurality of digitally encoded image files is extracted from the second subsequent incoming stream of digitally encoded data packets;
• storing each of the plurality of additional digitally encoded image files, wherein the first additional digitally encoded image file is stored via another first set of storage locations of the plurality of different storage locations, and wherein the second digitally encoded image file is stored via another second set of storage locations of the plurality of different storage locations different from the first another set of storage locations;
• decoding the plurality of additional digitally encoded image files to extract a plurality of additional digital image data, wherein first additional digital image data indicating a first additional at least one corresponding two-dimensional array of pixels is extracted via decoding the first additional digitally encoded image file, and wherein second additional digital image data indicating a second additional at least one corresponding two-dimensional array of pixels is extracted via decoding the second additional digitally encoded image file;
• processing the plurality of additional digital image data to generate a plurality of additional image correction data via re-performing the image data processing function based on applying the computer vision model, wherein first additional image correction data of the plurality of image correction data is generated based on automatically detecting the first additional at least one corresponding two-dimensional array of pixels meets predetermined image requirement data based on executing the image data processing function upon the first additional at least one corresponding two-dimensional array of pixels of the first additional digital image data, and wherein second additional image correction data of the of the plurality of image correction data is generated based on executing the image data processing function upon the second additional at least one corresponding two-dimensional array of pixels of the second additional digital image data;
• generating a plurality of further subsequent outgoing streams of digitally encoded data packets, wherein the plurality of further subsequent outgoing streams of digitally encoded data packets is generated to include, based on the first additional image correction data indicating the first additional at least one corresponding two-dimensional array of pixels meeting the predetermined image requirement data, a first further subsequent outgoing stream of digitally encoded data packets that includes the first additional digitally encoded image file;
• and
• transmitting the plurality of further outgoing streams of digitally encoded data packets to a server system for processing.

A non-transitory computer readable storage medium comprises:

• at least one memory section that stores operational instructions that, when executed by at least one processing module that includes a processor and a memory, cause the at least one processing module to:
• generate a plurality of initial outgoing streams of digitally encoded data packets for transmission to a plurality of client devices that includes a first client device associated with a first user and a second client device associated with a second user, wherein the plurality of initial outgoing streams of digitally encoded data packets are generated to include corresponding machine executable instructions;
• transmit the plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial outgoing stream of digitally encoded data packet of the plurality of initial outgoing streams of digitally encoded data packets is transmitted to the first client device contemporaneously with transmission of a second initial outgoing stream of digitally encoded data packets of the plurality of initial outgoing streams of digitally encoded data packets to the second client device;
• receive a plurality of initial incoming streams of digitally encoded data packets in response to the plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the first client device based on the first client device automatically generating the first initial incoming stream of digitally encoded data packets via encoding a first digitally encoded image file based on processing measurement values collected via at least one sensor device of the first client device contemporaneously with displaying first digital display data via a display device of the first client device in response to the first client device automatically extracting the corresponding machine executable instructions from the first initial outgoing stream of digitally encoded data packets and executing the corresponding machine executable instructions to automatically generate at least one two-dimensional array of pixels corresponding to the first digital display data and displaying the first digital display data via the display device of the first client device based on automatically controlling each of a plurality of lighting devices of the display device to a corresponding configured light setting indicated by a corresponding pixel value of the at least one two-dimensional array of pixels, and wherein a second initial incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the second client device;
• decode the 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, wherein the first digitally encoded image file of the plurality of digitally encoded image files is extracted from the first initial incoming stream of digitally encoded data packets, and wherein a second digitally encoded image file of the plurality of digitally encoded image files is extracted from the second initial incoming stream of digitally encoded data packets;
• store each of the plurality of digitally encoded image files via a plurality of different storage locations across a plurality of different storage devices located in a plurality of different geographic locations, wherein the first digitally encoded image file is stored via a first set of storage locations of the plurality of different storage locations, and wherein the second digitally encoded image file is stored via a second set of storage locations of the plurality of different storage locations different from the first set of storage locations;
• decode the plurality of digitally encoded image files to extract a plurality of digital image data, wherein first digital image data indicating a first at least one corresponding two-dimensional array of pixels is extracted via decoding the first digitally encoded image file, and wherein second digital image data indicating a second at least one corresponding two-dimensional array of pixels is extracted via decoding the second digitally encoded image file;
• process the plurality of digital image data to generate a plurality of image correction data via performing an image data processing function based on applying a computer vision model, wherein first image correction data of the plurality of image correction data is generated based on automatically detecting at least one subset of pixels of the first at least one corresponding two-dimensional array of pixels failing to meet predetermined image requirement data based on executing the image data processing function upon the first at least one corresponding two-dimensional array of pixels of the first digital image data, and wherein second image correction data of the of the plurality of image correction data is generated based on executing the image data processing function upon the second at least one corresponding two-dimensional array of pixels of the second digital image data;
• generate a plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets is generated based on encoding the first image correction data, and wherein a second subsequent outgoing stream of digitally encoded data packets of the plurality of subsequent outgoing streams of digitally encoded data packets is generated based on encoding the second image correction data;
• transmit the plurality of subsequent outgoing streams of digitally encoded data packets, wherein the first subsequent outgoing stream of digitally encoded data packet of the plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the first client device, and wherein the second subsequent outgoing stream of digitally encoded data packets of the plurality of initial outgoing streams of digitally encoded data packets is transmitted to the second client device;
• receive a plurality of subsequent incoming streams of digitally encoded data packets in response to the plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent incoming stream of digitally encoded data packets of the plurality of subsequent incoming streams of digitally encoded data packets is received from the first client device based on the first client device automatically generating the first subsequent incoming stream of digitally encoded data packets via encoding a first additional digitally encoded image file based on processing further measurement values collected via the at least one sensor device of the first client device in response to the first client device automatically extracting the first image correction data from the first subsequent outgoing stream of digitally encoded data packets, wherein the display device of the first client device visually conveys the first image correction data based on automatically further configuring each of the plurality of lighting devices of the display device to another corresponding configured light setting indicated by a corresponding pixel value of at least one additional two-dimensional array of pixels of second digital display data generated to indicate the first image correction data, and wherein a second subsequent incoming stream of digitally encoded data packets of the plurality of initial incoming streams of digitally encoded data packets is received from the second client device;
• decode the plurality of subsequent incoming streams of digitally encoded data packets to extract a plurality of additional digitally encoded image files from the plurality of subsequent incoming streams of digitally encoded data, wherein the first additional digitally encoded image file of the plurality of digitally encoded image files is extracted from the first subsequent incoming stream of digitally encoded data packets, and wherein a second additional digitally encoded image file of the plurality of digitally encoded image files is extracted from the second subsequent incoming stream of digitally encoded data packets;
• store each of the plurality of additional digitally encoded image files, wherein the first additional digitally encoded image file is stored via another first set of storage locations of the plurality of different storage locations, and wherein the second digitally encoded image file is stored via another second set of storage locations of the plurality of different storage locations different from the another first set of storage locations;
• decode the plurality of additional digitally encoded image files to extract a plurality of additional digital image data, wherein first additional digital image data indicating a first additional at least one corresponding two-dimensional array of pixels is extracted via decoding the first additional digitally encoded image file, and wherein second additional digital image data indicating a second additional at least one corresponding two-dimensional array of pixels is extracted via decoding the second additional digitally encoded image file;
• process the plurality of additional digital image data to generate a plurality of additional image correction data via re-performing the image data processing function based on applying the computer vision model, wherein first additional image correction data of the plurality of image correction data is generated based on automatically detecting the first additional at least one corresponding two-dimensional array of pixels meets predetermined image requirement data based on executing the image data processing function upon the first additional at least one corresponding two-dimensional array of pixels of the first additional digital image data, and wherein second additional image correction data of the of the plurality of image correction data is generated based on executing the image data processing function upon the second additional at least one corresponding two-dimensional array of pixels of the second additional digital image data;
• generate a plurality of further subsequent outgoing streams of digitally encoded data packets, wherein the plurality of further subsequent outgoing streams of digitally encoded data packets is generated to include, based on the first additional image correction data indicating the first additional at least one corresponding two-dimensional array of pixels meeting the predetermined image requirement data, a first further subsequent outgoing stream of digitally encoded data packets that includes the first additional digitally encoded image file;
• and
• transmit the plurality of further outgoing streams of digitally encoded data packets to a server system for processing.