Abstract: Systems and methods for processing occupancy of a space are described herein. The system determines real-time occupancy counts for monitored zones based on obtaining real-time data from various devices, such as sensors and/or user devices; grouping the data according to types of devices that provided the data; and calculating an occupancy count for each of the monitored zones based on integrating the data according to the groupings.

Abstract: A solid-state spin sensor system for precisely measuring magnetic fields with a compliantly coupled sensor head exhibiting translational and rotational compliance is disclosed. The sensor includes a color center ensemble in a solid-state substrate for detecting magnetic fields with high spatial resolution. An optical microscope, in conjunction with an optical driving system, facilitates viewing and spin polarization of the color center ensemble. A magnetic field generator ensures biasing of the ensemble for better sensitivity, and a microwave driving system induces spin transitions within the ensemble. Actuation is controlled by a system responsive to force data or image data for precise positioning of the color center ensemble focally and in contact with a sample. The system generates a spatially resolved map of a magnetic field through analysis of fluorescence data.

Abstract: Systems and methods for processing occupancy of a space are described herein. The system determines real-time occupancy counts for monitored zones based on obtaining real-time data from various devices, such as sensors and/or user devices; grouping the data according to types of devices that provided the data; and calculating an occupancy count for each of the monitored zones based on integrating the data according to the groupings.

Abstract: Systems and methods for processing occupancy of a space are described herein. The system determines real-time occupancy counts for monitored zones based on obtaining real-time data from various devices, such as sensors and/or user devices; grouping the data according to types of devices that provided the data; and calculating an occupancy count for each of the monitored zones based on integrating the data according to the groupings.

Abstract: Systems and methods for processing occupancy of a space are described herein. The system determines real-time occupancy counts for monitored zones based on obtaining real-time data from various devices, such as sensors and/or user devices; grouping the data according to types of devices that provided the data; and calculating an occupancy count for each of the monitored zones based on integrating the data according to the groupings.

Abstract: Systems and methods for managing resources of a building are described herein. The system determines real-time locations of one or more user devices that correspond to persons within the building. When one of the user devices generates a reservation request to reserve an occupant space in the building, the system determines a space that matches the requests and assigns the space to the requesting user. Once the occupant space is assigned to the user, the system can further calculate personal routes that guide the user to and/or from the assigned space.

Abstract: Systems and methods for controlling environmental conditions in a building are described herein. The system determines real-time locations of one or more user devices. When an occupant of the building uses a user device to send a request to change an environmental condition, the system identifies a control zone that corresponds to a current location of the user device and determines a system setting for the subsystem that is associated with the requested change. The determined system setting is communicated to the subsystem to implement the change in the environmental condition at the control zone in response to the requested change.