Techniques for improving occupancy simulations and optimizing space utilization

A non-transitory computer readable medium having stored thereon instructions for causing a processing circuitry to execute a process, the process comprising:

• executing a scheduler algorithm based on input data in order to output a plurality of synthetic schedules, wherein the input data includes space data, persona data, and work pattern data, wherein the scheduler algorithm includes a plurality of sub-algorithms executed according to an order of priority to output the plurality of synthetic schedules, wherein at least an output of one of the plurality of sub-algorithms is input to another subsequent sub-algorithm of the plurality of sub-algorithms, wherein executing the scheduled algorithm further comprises;
• executing a first sub-algorithm of the plurality of sub-algorithms to output a first intermediate output;
• executing a first individual activity sub-algorithm of at least one individual activity sub-algorithm to output a second intermediate output, wherein the first intermediate output from the first sub-algorithm is provided as input to the first individual activity sub-algorithm:
• inputting the plurality of synthetic schedules to a simulation engine;
• and
• running a plurality of simulations, via the simulation engine, using the input plurality of synthetic schedules to output a plurality of simulation outcomes, wherein each simulation outcome indicates interactions among actors in a space for a respective synthetic schedule of the plurality of synthetic schedules.

A system for improved occupancy simulations, comprising:

• a processing circuitry;
• and
• a memory, the memory containing instructions that, when executed by the processing circuitry, configure the system to:
• execute a scheduler algorithm based on input data in order to output a plurality of synthetic schedules, wherein the input data includes space data, persona data, and work pattern data, wherein the scheduler algorithm includes a plurality of sub-algorithms executed according to an order of priority to output the plurality of synthetic schedules, wherein at least an output of one of the plurality of sub-algorithms is input to another subsequent sub-algorithm of the plurality of sub-algorithms, wherein the system is further configured to;
• execute a first sub-algorithm of the plurality of sub-algorithms to output a first intermediate output;
• execute a first individual activity sub-algorithm of at least one individual activity sub-algorithm to output a second intermediate output, wherein the first intermediate output from the first sub-algorithm is provided as input to the first individual activity sub-algorithm;
• input the plurality of synthetic schedules to a simulation engine;
• and
• run a plurality of simulations, via the simulation engine, using the input plurality of synthetic schedules to output a plurality of simulation outcomes, wherein each simulation outcome indicates interactions among actors in a space for a respective synthetic schedule of the plurality of synthetic schedules.