Abstract: Implementations for receiving an integrated digital twin including multiple digital twins, each digital twin including a computer-executable model of a real-world system used to execute a portion of a process, within the integrated digital twin, a first digital twin providing output to generate input to a second digital twin, receiving enterprise data, the enterprise data being provided from a set of real-world systems used to execute the process, executing, by the integrated digital twin module, simulations of the process using the integrated digital twin and one or more agent-based models based on the enterprise data, at least one agent-based model providing input to the first digital twin, determining simulation results from the simulations, the simulation results including a value of at least one objective function, and adjusting one or more parameters of at least one real-world system used to execute the process based on the simulation results.

Abstract: A system and method of characterizing a geographical location for a wireless device in a wireless network is described. The system includes a first config management log, a second config management log, a correlation module, data bins, a location module, a predictive analysis module and a service layer module. The first config management log is associated with a plurality of base stations. The second config management log is associated with a network component communicatively coupled to the plurality of base stations. The correlation module correlates the first config management log and the second config management log with a geographic area. Each of the data bins is associated with a geographic area. The predictive analysis module analyzes the communication parameters associated with a particular geographic area. The service layer module identifies the communication parameters affecting at least one of a user experience and a quality of experience (QoE) in the particular geographic area.

Abstract: A system and method of characterizing a geographical location for a wireless device in a wireless network is described. The system includes a first config management log, a second config management log, a correlation module, data bins, a location module, a predictive analysis module and a service layer module. The first config management log is associated with a plurality of base stations. The second config management log is associated with a network component communicatively coupled to the plurality of base stations. The correlation module correlates the first config management log and the second config management log with a geographic area. Each of the data bins is associated with a geographic area. The predictive analysis module analyzes the communication parameters associated with a particular geographic area. The service layer module identifies the communication parameters affecting at least one of a user experience and a quality of experience (QoE) in the particular geographic area.