Transitioning to a new mode of system operation in conjunction with updating at least one graph structure based on processing a plurality of input data extracted from a plurality of streams of digitally encoded data

A method comprising:

• generating graph data having an initial plurality of weights for a plurality of edges connecting a plurality of vertices of at least one initial graph structure;
• storing the graph data in graph data storage resources;
• during a first temporal period corresponding to operation of a computing system under a first mode of operation that utilizes the at least one initial graph structure:
• generating a first plurality of initial outgoing streams of digitally encoded data packets, wherein each initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets indicates corresponding machine executable instructions;
• transmitting the first plurality of initial outgoing streams of digitally encoded data packets to a first plurality of client devices, wherein a first initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets is transmitted to a first client device of the first plurality of client devices associated with a first user contemporaneously with transmission of a second initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets to a second client device of the first plurality of client devices associated with a second user;
• receiving a first plurality of initial incoming streams of digitally encoded data packets from the first plurality of client devices in response to the first plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial incoming stream of digitally encoded data packets of the first 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 initial set of input data automatically generated based on processing first 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 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 first plurality of initial incoming streams of digitally encoded data packets is received from the second client device based on the second client device processing the second initial outgoing stream of digitally encoded data packets;
• extracting a first plurality of initial sets of input data from the first plurality of initial incoming streams of digitally encoded data packets based on processing the first plurality of initial incoming streams of digitally encoded data packets, wherein a first initial set of input data of the first plurality of initial sets of input data is extracted from the first initial incoming stream of digitally encoded data packets via decoding the first initial incoming stream of digitally encoded data packets and wherein a second initial set of input data of the first plurality of initial sets of input data is extracted from the second initial incoming stream of digitally encoded data packets via decoding the second initial incoming stream of digitally encoded data packets;
• generating a first plurality of encrypted user data for a first plurality of users that includes the first user and the second user based on encrypting at least some of the first plurality of initial sets of input data, wherein each encrypted user data of the first plurality of encrypted user data is generated based on generating a first corresponding plurality of subkeys from a first corresponding initial key and, in each of a first corresponding plurality of iterations, applying a corresponding one of the first corresponding plurality of subkeys to generate a corresponding one of a corresponding plurality of encrypted user data versions, wherein the each encrypted user data is generated from a final encrypted user data version of the corresponding plurality of encrypted user data versions generated after completing all of the first corresponding plurality of iterations, wherein first encrypted user data is generated for the first user based on encrypting at least some of the first initial set of input data, and wherein second encrypted user data is generated for the second user based on encrypting at least some of the second initial set of input data;
• storing each of the first plurality of encrypted user data 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 encrypted user data is stored via a first set of storage locations of the plurality of different storage locations, and wherein the second encrypted user data is stored via a second set of storage locations of the plurality of different storage locations different from the first set of storage locations;
• generating a first plurality of different machine executable instructions based on performing an initial input data processing function in conjunction with operating in accordance with the first mode of operation by applying the initial plurality of weights of the at least one initial graph structure via accessing the graph data in the graph data storage resources, wherein first machine executable instructions of the first plurality of different machine executable instructions are generated based on executing the initial input data processing function upon the first initial set of input data based on applying the at least one initial graph structure of the graph data to the first initial set of input data, and wherein second machine executable instructions of the first plurality of different machine executable instructions are generated based on executing the initial input data processing function upon the second initial set of input data based on applying the at least one initial graph structure of the graph data to the second initial set of input data;
• generating a first plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the first machine executable instructions, and wherein a second subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the second machine executable instructions;
• and
• transmitting the first plurality of subsequent outgoing streams of digitally encoded data packets to the first plurality of client devices, wherein the first subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the first client device, wherein the first client device executes the first machine executable instructions based on extracting the first machine executable instructions from the first subsequent outgoing stream of digitally encoded data packets, wherein the second subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the second client device, and wherein the second client device executes the second machine executable instructions based on extracting the second machine executable instructions from the second subsequent outgoing stream of digitally encoded data packets;
• updating the graph data stored by the graph data storage resources based on executing a graph data update function 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 based on generating an updated plurality of weights to replace the initial plurality of weights;
• transitioning 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;
• based on transitioning from the operation under the first mode of operation to operation under the second mode of operation, during a second temporal period corresponding to operation of the computing system under the second mode of operation that utilizes the at least one updated graph structure:
• generating a second plurality of initial outgoing streams of digitally encoded data packets;
• transmitting the second plurality of initial outgoing streams of digitally encoded data packets to a second plurality of client devices, wherein a third initial outgoing stream of digitally encoded data packets of the second plurality of initial outgoing streams of digitally encoded data packets is transmitted to a third client device of the second plurality of client devices associated with a third user contemporaneously with transmission of a fourth initial outgoing stream of digitally encoded data packets of the second plurality of initial outgoing streams of digitally encoded data packets to a fourth client device of the second plurality of client devices associated with a fourth user;
• receiving a second plurality of initial incoming streams of digitally encoded data packets from the second plurality of client devices in response to the second plurality of initial outgoing streams of digitally encoded data packets, wherein a third initial incoming stream of digitally encoded data packets of the second plurality of initial incoming streams of digitally encoded data packets is received from the third client device based on the third client device processing the third initial outgoing stream of digitally encoded data packets, and wherein a fourth initial incoming stream of digitally encoded data packets of the second plurality of initial incoming streams of digitally encoded data packets is received from the fourth client device based on the fourth client device processing the fourth initial outgoing stream of digitally encoded data packets;
• extracting a second plurality of initial sets of input data from the second plurality of initial incoming streams of digitally encoded data packets based on processing the second plurality of initial incoming streams of digitally encoded data packets, wherein a third initial set of input data of the first plurality of initial sets of input data is extracted from the third initial incoming stream of digitally encoded data packets via decoding the third initial incoming stream of digitally encoded data packets, and wherein a fourth initial set of input data of the first plurality of initial sets of input data is extracted from the fourth initial incoming stream of digitally encoded data packets via decoding the fourth initial incoming stream of digitally encoded data packets;
• generating a second plurality of encrypted user data for a second plurality of users that includes the third user and the fourth user based on encrypting at least some of the second plurality of initial sets of input data, wherein third encrypted user data is generated for the third user based on encrypting at least some of the first initial set of input data, and wherein fourth encrypted user data is generated for the second user based on encrypting at least some of the second initial set of input data;
• storing each of the second plurality of encrypted user data via the plurality of different storage locations across the plurality of different storage devices located in the plurality of different geographic locations, wherein the third encrypted user data is stored via a third set of storage locations of the plurality of different storage locations, and wherein the fourth encrypted user data is stored via a fourth set of storage locations of the plurality of different storage locations different from the third set of storage locations;
• generating a second plurality of different machine executable instructions based on performing a updated input data processing function in conjunction with operating in accordance with the second mode of operation by applying the updated plurality of weights of the at least one updated graph structure via accessing the graph data in the graph data storage resources, wherein third machine executable instructions of the second plurality of different machine executable instructions are generated based on executing the updated input data processing function upon the third initial set of input data based on applying the at least one updated graph structure of the graph data to the third initial set of input data, and wherein fourth machine executable instructions of the second plurality of different machine executable instructions are generated based on executing the updated input data processing function upon the fourth initial set of input data based on applying the at least one updated graph structure of the graph data to the fourth initial set of input data;
• generating a second plurality of subsequent outgoing streams of digitally encoded data packets, wherein a third subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the third machine executable instructions, and wherein a fourth subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the fourth machine executable instructions;
• and
• transmitting the second plurality of subsequent outgoing streams of digitally encoded data packets to the second plurality of client devices, wherein the third subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the third client device, wherein the third client device executes the third machine executable instructions based on extracting the third machine executable instructions from the third subsequent outgoing stream of digitally encoded data packets, wherein the fourth subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the fourth client device, and wherein the fourth client device executes the fourth machine executable instructions based on extracting the fourth machine executable instructions from the fourth subsequent outgoing stream of digitally encoded data packets;
• and
• further updating the graph data stored by the graph data storage resources based on re-executing the graph data update function by processing the second plurality of initial sets of input data to generate a further updated at least one graph structure replacing the updated at least one graph structure based on generating a further updated plurality of weights to replace the updated plurality of weights.

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 graph data having an initial plurality of weights for a plurality of edges connecting a plurality of vertices of at least one initial graph structure;
• store the graph data in graph data storage resources;
• during a first temporal period corresponding to operation of a computing system under a first mode of operation that utilizes the at least one initial graph structure:
• generate a first plurality of initial outgoing streams of digitally encoded data packets, wherein each initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets indicates corresponding machine executable instructions;
• transmit the first plurality of initial outgoing streams of digitally encoded data packets to a first plurality of client devices, wherein a first initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets is transmitted to a first client device of the first plurality of client devices associated with a first user contemporaneously with transmission of a second initial outgoing stream of digitally encoded data packets of the first plurality of initial outgoing streams of digitally encoded data packets to a second client device of the first plurality of client devices associated with a second user;
• receive a first plurality of initial incoming streams of digitally encoded data packets from the first plurality of client devices in response to the first plurality of initial outgoing streams of digitally encoded data packets, wherein a first initial incoming stream of digitally encoded data packets of the first 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 initial set of input data automatically generated based on processing first 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 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 first plurality of initial incoming streams of digitally encoded data packets is received from the second client device based on the second client device processing the second initial outgoing stream of digitally encoded data packets;
• extract a first plurality of initial sets of input data from the first plurality of initial incoming streams of digitally encoded data packets based on processing the first plurality of initial incoming streams of digitally encoded data packets, wherein a first initial set of input data of the first plurality of initial sets of input data is extracted from the first initial incoming stream of digitally encoded data packets via decoding the first initial incoming stream of digitally encoded data packets and wherein a second initial set of input data of the first plurality of initial sets of input data is extracted from the second initial incoming stream of digitally encoded data packets via decoding the second initial incoming stream of digitally encoded data packets;
• generate a first plurality of encrypted user data for a first plurality of users that includes the first user and the second user based on encrypting at least some of the first plurality of initial sets of input data, wherein each encrypted user data of the first plurality of encrypted user data is generated based on generating a first corresponding plurality of subkeys from a first corresponding initial key and, in each of a first corresponding plurality of iterations, applying a corresponding one of the first corresponding plurality of subkeys to generate a corresponding one of a corresponding plurality of encrypted user data versions, wherein the each encrypted user data is generated from a final encrypted user data version of the corresponding plurality of encrypted user data versions generated after completing all of the first corresponding plurality of iterations, wherein first encrypted user data is generated for the first user based on encrypting at least some of the first initial set of input data, and wherein second encrypted user data is generated for the second user based on encrypting at least some of the second initial set of input data;
• store each of the first plurality of encrypted user data 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 encrypted user data is stored via a first set of storage locations of the plurality of different storage locations, and wherein the second encrypted user data is stored via a second set of storage locations of the plurality of different storage locations different from the first set of storage locations;
• generate a first plurality of different machine executable instructions based on performing an initial input data processing function in conjunction with operating in accordance with the first mode of operation by applying the initial plurality of weights of the at least one initial graph structure via accessing the graph data in the graph data storage resources, wherein first machine executable instructions of the first plurality of different machine executable instructions are generated based on executing the initial input data processing function upon the first initial set of input data based on applying the at least one initial graph structure of the graph data to the first initial set of input data, and wherein second machine executable instructions of the first plurality of different machine executable instructions are generated based on executing the initial input data processing function upon the second initial set of input data based on applying the at least one initial graph structure of the graph data to the second initial set of input data;
• generate a first plurality of subsequent outgoing streams of digitally encoded data packets, wherein a first subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the first machine executable instructions, and wherein a second subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the second machine executable instructions;
• and
• transmit the first plurality of subsequent outgoing streams of digitally encoded data packets to the first plurality of client devices, wherein the first subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the first client device, wherein the first client device executes the first machine executable instructions based on extracting the first machine executable instructions from the first subsequent outgoing stream of digitally encoded data packets, wherein the second subsequent outgoing stream of digitally encoded data packets of the first plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the second client device, and wherein the second client device executes the second machine executable instructions based on extracting the second machine executable instructions from the second subsequent outgoing stream of digitally encoded data packets;
• update the graph data stored by the graph data storage resources based on executing a graph data update function 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 based on generating an updated plurality of weights to replace the initial plurality of weights;
• transition 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;
• based on transitioning from the operation under the first mode of operation to operation under the second mode of operation, during a second temporal period corresponding to operation of the computing system under the second mode of operation that utilizes the at least one updated graph structure:
• generate a second plurality of initial outgoing streams of digitally encoded data packets;
• transmit the second plurality of initial outgoing streams of digitally encoded data packets to a second plurality of client devices, wherein a third initial outgoing stream of digitally encoded data packets of the second plurality of initial outgoing streams of digitally encoded data packets is transmitted to a third client device of the second plurality of client devices associated with a third user contemporaneously with transmission of a fourth initial outgoing stream of digitally encoded data packets of the second plurality of initial outgoing streams of digitally encoded data packets to a fourth client device of the second plurality of client devices associated with a fourth user;
• receive a second plurality of initial incoming streams of digitally encoded data packets from the second plurality of client devices in response to the second plurality of initial outgoing streams of digitally encoded data packets, wherein a third initial incoming stream of digitally encoded data packets of the second plurality of initial incoming streams of digitally encoded data packets is received from the third client device based on the third client device processing the third initial outgoing stream of digitally encoded data packets, and wherein a fourth initial incoming stream of digitally encoded data packets of the second plurality of initial incoming streams of digitally encoded data packets is received from the fourth client device based on the fourth client device processing the fourth initial outgoing stream of digitally encoded data packets;
• extract a second plurality of initial sets of input data from the second plurality of initial incoming streams of digitally encoded data packets based on processing the second plurality of initial incoming streams of digitally encoded data packets, wherein a third initial set of input data of the first plurality of initial sets of input data is extracted from the third initial incoming stream of digitally encoded data packets via decoding the third initial incoming stream of digitally encoded data packets, and wherein a fourth initial set of input data of the first plurality of initial sets of input data is extracted from the fourth initial incoming stream of digitally encoded data packets via decoding the fourth initial incoming stream of digitally encoded data packets;
• generate a second plurality of encrypted user data for a second plurality of users that includes the third user and the fourth user based on encrypting at least some of the second plurality of initial sets of input data, wherein third encrypted user data is generated for the third user based on encrypting at least some of the first initial set of input data, and wherein fourth encrypted user data is generated for the second user based on encrypting at least some of the second initial set of input data;
• store each of the second plurality of encrypted user data via the plurality of different storage locations across the plurality of different storage devices located in the plurality of different geographic locations, wherein the third encrypted user data is stored via a third set of storage locations of the plurality of different storage locations, and wherein the fourth encrypted user data is stored via a fourth set of storage locations of the plurality of different storage locations different from the third set of storage locations;
• generate a second plurality of different machine executable instructions based on performing a updated input data processing function in conjunction with operating in accordance with the second mode of operation by applying the updated plurality of weights of the at least one updated graph structure via accessing the graph data in the graph data storage resources, wherein third machine executable instructions of the second plurality of different machine executable instructions are generated based on executing the updated input data processing function upon the third initial set of input data based on applying the at least one updated graph structure of the graph data to the third initial set of input data, and wherein fourth machine executable instructions of the second plurality of different machine executable instructions are generated based on executing the updated input data processing function upon the fourth initial set of input data based on applying the at least one updated graph structure of the graph data to the fourth initial set of input data;
• generate a second plurality of subsequent outgoing streams of digitally encoded data packets, wherein a third subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the third machine executable instructions, and wherein a fourth subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is generated to include the fourth machine executable instructions;
• and
• transmit the second plurality of subsequent outgoing streams of digitally encoded data packets to the second plurality of client devices, wherein the third subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the third client device, wherein the third client device executes the third machine executable instructions based on extracting the third machine executable instructions from the third subsequent outgoing stream of digitally encoded data packets, wherein the fourth subsequent outgoing stream of digitally encoded data packets of the second plurality of subsequent outgoing streams of digitally encoded data packets is transmitted to the fourth client device, and wherein the fourth client device executes the fourth machine executable instructions based on extracting the fourth machine executable instructions from the fourth subsequent outgoing stream of digitally encoded data packets;
• and
• further update the graph data stored by the graph data storage resources based on re-executing the graph data update function by processing the second plurality of initial sets of input data to generate a further updated at least one graph structure replacing the updated at least one graph structure based on generating a further updated plurality of weights to replace the updated plurality of weights.