Ad hoc RF network structures and methods
OwnerGregory M. Riceinventor
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OwnerGregory M. Riceinventor
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Structures and integration of circuits and sub-systems for ad-hoc, wide-bandwidth, radio frequency (RF) networking are disclosed. Networks may have both mobile and stationary Users. Disclosed are structures and methods for User network access via time, space, code and frequency domain sharing. A physical layer of network architecture comprises novel encoders, modulators, demodulators and phase-based beamformers. Embodiments may function as integrated systems providing communication capabilities for future networks such as 6th Generation (6G). Enabled operational capabilities may include low-latency, ad-hoc network access. Deployment concepts may include coupling to platform-specific User Equipment, thereby allowing diverse User form-factors and functions. Small, low-power form-factors are made viable by integration of memristor technology into novel structures and circuits.
A method, in an integrated system of analog circuits and digital circuits for operating in an RF pulse communications network, wherein said integrated system is coupled to a user of the network, the method comprising:
A signal acquisition subsystem configured to intercept and analyze an incident pulse signal over a broad spatial angle, the signal acquisition subsystem comprising:
A system-on-a-chip (SOC) for an RF pulse signal communications network, the system-on-a-chip comprising:
Dependencies are inferred from the claim text.