Spectrum lease exchange and management systems and methods

1 . A method of allocating spectrum within a radio frequency system, the method comprising:

receiving, by a spectrum optimization server from a lease management server, information associated with a request for leasing radio frequency spectrum to a first lessee, the request including a first indicator of desired quality;

identifying, by the spectrum optimization server, a first allocation of spectrum for the first lessee based on the first indicator of desired quality and a predicted quality of the first allocation of spectrum;

transmitting, by the spectrum optimization server, an indication that the first lessee is granted access to the first allocation of spectrum;

receiving, by the spectrum optimization server from a first spectrum sensing device, information associated with at least one measured quality characteristic of the first allocation of spectrum;

transmitting, by the spectrum optimization server to the lease management server, an indication of measured quality of the first allocation of spectrum;

identifying, by the lease management server, a first commodity value associated with the first allocation of spectrum based on the at least one measured quality characteristic of the first allocation of spectrum;

comparing, by the lease management server, the measured quality of the first allocation of spectrum to the predicted quality of the first allocation of spectrum; and

creating, by the lease management server, a first commodity value credit for the first lessee if the measured quality of the first allocation of spectrum is less than the predicted quality of the first allocation of spectrum.

2 . The method of claim 1 , further comprising:

identifying, by the spectrum optimization server, at least one of information associated with all available spectra, information associated with active leases, information associated with current costs, information associated with pending lease requests, or information associated with real-time statuses of all managed spectra,

wherein the first allocation of spectrum for the first lessee is further based on the at least one of information associated with all available spectra, information associated with active leases, current costs, pending lease requests, or real-time status across all the managed spectra.

3 . The method of claim 1 , further comprising:

identifying, by the spectrum optimization server, interference information used to determine the predicted quality of the first allocation of the spectrum,

wherein the information to determine the predicted quality of the first allocation of spectrum includes information associated with a current signal quality or information associated with a calculated future signal quality.

4 . The method of claim 1 , wherein the request for leasing radio frequency spectrum to the first lessee further includes at least one of information associated with location, information associated with a time to use spectrum, information associated with use requirements, information associated with quality characteristics, or user equipment characteristics.

5 . The method of claim 1 , further comprising:

identifying, by the spectrum optimization server, that optimization within the radio frequency system is available;

identifying, by the spectrum optimization server, a second allocation of spectrum for the first lessee based on the identification that optimization is available within the radio frequency system;

transmitting, by the spectrum optimization server, an indication that the first lessee is granted access to the second allocation of spectrum;

receiving, by the spectrum optimization server from a second spectrum sensing device, information associated with at least one measured quality characteristic of the second allocation of spectrum;

transmitting, by the spectrum optimization server to the lease management server, an indication of measured quality of the second allocation of spectrum;

identifying, by the lease management server, a second commodity value associated with the second allocation of spectrum based on the at least one measured quality characteristic of the second allocation of spectrum;

comparing, by the lease management server, the measured quality of the second allocation of spectrum to a predicted quality of the second allocation of spectrum; and

creating, by the lease management server, a second commodity value credit for the first lessee if the measured quality of the second allocation of spectrum is less than the predicted quality of the second allocation of spectrum.

6 . The method of claim 5 , wherein the identification that the optimization within the radio frequency system is available is based on at least one of a change in quality of the first allocation of spectrum, a change in cost for using the first allocation of spectrum, adding one or more spectrums capable of being leased, or an optimization of overall system operation.

7 . The method of claim 1 , further comprising:

receiving, by the spectrum optimization server from the lease management server, information associated a request for leasing radio frequency spectrum to a second lessee, the request including a second indicator of desired quality;

identifying, by the spectrum optimization server, a third allocation of spectrum for the second lessee based on the second indicator of desired quality and a predicted quality of the third allocation of spectrum;

transmitting, by the spectrum optimization server, an indication that the second lessee is granted access to the third allocation of spectrum;

receiving, by the spectrum optimization server from a third spectrum sensing device, information associated with at least one measured quality characteristic of the third allocation of spectrum;

transmitting, by the spectrum optimization server to the lease management server, an indication of measured quality of the third allocation of spectrum;

identifying, by the lease management server, a third commodity value associated with the third allocation of spectrum based on the at least one measured quality characteristic of the third allocation of spectrum;

comparing, by the lease management server, the measured quality of the third allocation of spectrum to the predicted quality of the third allocation of spectrum; and

creating, by the lease management server, a third commodity value credit for the second lessee if the measured quality of the third allocation of spectrum is less than the predicted quality of the third allocation of spectrum.

8 . A system for allocating spectrum within a radio frequency system, the system comprising:

a lease management server;

a spectrum optimization server; and

a plurality of spectrum sensing devices,

wherein the spectrum optimization server is configured to:

receive, from the lease management server via a communication interface, information associated with a request for leasing radio frequency spectrum to a first lessee, the request including a first indicator of desired quality,

identify a first allocation of spectrum for the first lessee based on the first indicator of desired quality and a predicted quality of the first allocation of spectrum,

transmit an indication that the first lessee is granted access to the first allocation of spectrum,

receive, from a first spectrum sensing device, information associated with at least one measured quality characteristic of the first allocation of spectrum, and

transmit, to the lease management server, an indication of measured quality of the first allocation of spectrum, and

wherein the lease management server is configured to:

identify a first commodity value associated with the first allocation of spectrum based on the at least one measured quality characteristic of the first allocation of spectrum,

compare the measured quality of the first allocation of spectrum to the predicted quality of the first allocation of spectrum, and

create a first commodity value credit for the first lessee if the measured quality of the first allocation of spectrum is less than the predicted quality of the first allocation of spectrum.

9 . The system of claim 8 , wherein the spectrum optimization server is further configured to:

identify interference information used to determine the predicted quality of the first allocation of the spectrum,

wherein the information to determine the predicted quality of the first allocation of spectrum includes information associated with a current signal quality or information associated with a calculated future signal quality.

10 . The system of claim 8 ,

wherein the spectrum optimization server is further configured to:

identify that optimization within the radio frequency system is available,

identify a second allocation of spectrum for the first lessee based on the identification that optimization is available within the radio frequency system,

transmit an indication that the first lessee is granted access to the second allocation of spectrum,

receive, from a second spectrum sensing device, information associated with at least one measured quality characteristic of the second allocation of spectrum, and

transmit, to the lease management server, an indication of measured quality of the second allocation of spectrum, and

wherein the lease management server is further configured to:

identify a second commodity value associated with the second allocation of spectrum based on the at least one measured quality characteristic of the second allocation of spectrum,

compare the measured quality of the second allocation of spectrum to a predicted quality of the second allocation of spectrum, and

create a second commodity value credit for the first lessee if the measured quality of the second allocation of spectrum is less than the predicted quality of the second allocation of spectrum.

11 . The system of claim 10 , wherein the identification that the optimization within the radio frequency system is available is based on at least one of a change in quality of the first allocation of spectrum, a change in cost for using the first allocation of spectrum, adding one or more spectrums capable of being leased, or an optimization of overall system operation.

12 . The system of claim 8 , wherein the spectrum optimization server is further configured to:

receive, from the lease management server, information associated a request for leasing radio frequency spectrum to a second lessee, the request including a second indicator of desired quality,

identify a third allocation of spectrum for the second lessee based on the second indicator of desired quality and a predicted quality of the third allocation of spectrum,

transmit an indication that the second lessee is granted access to the third allocation of spectrum,

receive, from a third spectrum sensing device, information associated with at least one measured quality characteristic of the third allocation of spectrum, and

transmit, to the lease management server, an indication of measured quality of the third allocation of spectrum, and

wherein the lease management server is further configured to:

identify a third commodity value associated with the third allocation of spectrum based on the at least one measured quality characteristic of the third allocation of spectrum,

compare the measured quality of the third allocation of spectrum to the predicted quality of the third allocation of spectrum, and

create a third commodity value credit for the second lessee if the measured quality of the third allocation of spectrum is less than the predicted quality of the third allocation of spectrum.

13 . The system of claim 8 , the spectrum optimization server is further configured to:

receive, from the lease management server, an indication that a first band of spectrum associated with a first lessor has been added to the system, and

receive, from the lease management server, an indication that a second band of spectrum associated with a second lessor has been added to the system,

wherein the first allocation of spectrum is included in the first band of spectrum or the second band of spectrum.