Radar or sensor system with hierarchical architecture and reconfigurable functionality
A method of organizing a radar system or a sensor system with multiple levels of hierarchical constructs for all level of the system. These architectural levels incorporate self-similar organizational structure and represent design strategies that implement data transfer and communication interfaces with both intranet and internet communication network connections.
1. A method of organizing a radar or any RF, acoustic, optical, etc sensor system using self-similar hierarchical levels comprising:
identifying a global system organizational layer or level that comprises a structure that includes command, control, communication, and computational or processor elements,
identifying more than one subordinate organizational layer or level that has analogous elements to said global system layer or level,
defining and assigning C4I functional processes, configuration characteristics, or performance characteristics for each said subordinate organizational layer or level, and where said processes are implemented, either as hardware or software, by structural units, or modules, comprising components, sensors, and devices, or assemblies thereof, and
defining and specifying interface requirements between each neighboring said subordinate organizational layer or level.
2. The method according to claim 1 , wherein said component is selected from the following group: radiofrequency, optical, acoustic and electronic components, for use in the implementation of the system.
3. The method according to claim 1 , wherein said sensor is selected from the following group: an optical, acoustic, electromagnetic, radar, or thermal sensor.
4. The method according to claim 1 , wherein said device is selected from the following group: radio frequency, optical, acoustic and electronic components, for use in the implementation of the subsystem.
5. A radar or sensor system having a hierarchical organizational scheme comprising:
a global system organizational layer or level having a structure, said structure comprising command, control, communication, and computational or processor elements, said structure further comprising more than one subordinate organizational layer or level that has analogous elements to the global system layer, with an infrastructure that permits communications between neighboring subordinate organizational levels.
6. The radar or sensor system according to claim 5 , further comprising scalability in the system architecture without redesign of the system organization.
7. A sensor system or radar system according to claim 5 , wherein said hierarchical levels or layers comprise an upper, middle, and lower level.
8. A sensor system or radar system according to claim 5 wherein said hierarchical levels or layers comprise upper, middle, lower and component levels.