5G network slice assignment and management

1. A method for cellular network slice assignment, the method comprising:

providing, by a cellular network, cellular network service to a user equipment (UE) using a first slice of a plurality of slices present on the cellular network;

presenting, by the cellular network at the UE:

(1) a request for a selection of a type of cellular service from a plurality of types of cellular service which a user of the UE desires to have improved; and

(2) conditions that must be assented to indicating that improved service is provided in exchange for permitting location tracking of the UE while the UE is within a particular geographic area;

receiving, by the cellular network from the UE, an opt-in request to transition to a second slice of the plurality of slices of the cellular network based on the selection made by the user in response to the presented request for selection, wherein:

each type of cellular service from the plurality of types of cellular service is mapped to a different cellular network slice; and

the second slice provides a quality of service (QOS) parameter that is greater than the QoS on the first slice for the selected type of cellular service;

determining, by the cellular network, that the UE is eligible to be moved to the second slice;

based on receiving the request to transition, reassigning, by the cellular network, the UE from the first slice to the second slice of the cellular network; and

based on receiving the request to transition, tracking, by the cellular network, the location of the UE while the UE is within the particular geographic area.

2. The method for the cellular network slice assignment of claim 1 , further comprising:

determining, by the cellular network, that the UE has physically left a designated assignment region;

initiating, by the cellular network, a timer in response to the UE having physically left the designated assignment region; and

in response to a time period of the timer having expired, reassigning, by the cellular network, the UE to the first slice from the second slice.

3. The method for the cellular network slice assignment of claim 1 , further comprising:

determining, by the cellular network, that the UE has physically left a designated assignment region; and

reassigning, by the cellular network, the UE to the first slice from the second slice based on the UE having physically left the designated assignment region.

4. The method for the cellular network slice assignment of claim 1 , wherein:

the first slice is a general consumer slice and the second slice is a content opt-in slice; and

the content opt-in slice delivers network-selected content to UE provided service via the content opt-in slice.

5. The method for the cellular network slice assignment of claim 1 , further comprising:

determining, by the cellular network, a number of pieces of content transmitted to the UE via the second slice within a predefined period of time, wherein: transmitting a piece of content is performed based on the number of pieces of content.

6. The method for the cellular network slice assignment of claim 1 , further comprising:

while the UE is assigned to the second slice, receiving, by the cellular network, an opt-out message from the UE; and

in response to the opt-out message, reassigning the UE to the first slice.

7. The method for the cellular network slice assignment of claim 1 , wherein the cellular network is a 5G New Radio (NR) cellular network.

8. The method for the cellular network slice assignment of claim 1 , further comprising:

transmitting, by the cellular network, a piece of content to the UE, wherein the UE presents the piece of content, and the piece of content is an advertisement for an entity within a predefined distance of the location of the UE.

9. The method for the cellular network slice assignment of claim 1 , further comprising:

transmitting, by the cellular network, a piece of content to the UE, wherein the UE presents the piece of content, and the piece of content is a coupon for an entity within a predefined distance of the location of the UE.

10. The method for cellular network slice assignment of claim 1 , further comprising:

transmitting, by the cellular network, a piece of content to the UE, wherein the UE presents the piece of content, and the piece of content is transmitted by the cellular network to the UE as a push notification.

11. A cellular network slice assignment system, comprising:

a user equipment (UE) that presents:

(1) a request for a selection of a type of cellular service from a plurality of types of cellular service which a user of the UE desires to have improved; and

(2) conditions that must be assented to indicating that improved service is provided in exchange for permitting location tracking of the UE while the UE is within a particular geographic area;

a 5G New Radio (NR) cellular network, comprising: a 5G core, a plurality of distributed units (DUs) and a plurality of centralized units (CUs); and

a slice assignment system that functions as part of the 5G NR cellular network, wherein the slice assignment system, in combination with the 5G NR cellular network is configured to:

provide cellular network service to the UE using a first slice of a plurality of slices present on the 5G NR cellular network;

receive, from the UE, an opt-in request to transition to a second slice of the plurality of slices of the 5G NR cellular network based on the selection made by the user in response to the presented request for selection, wherein:

via the request, the user selects the type of cellular service from a plurality of types of cellular service that the user desires to be improved in exchange for permitting location tracking of the UE while the UE is within the particular geographic area; and

each type of cellular service from the plurality of types of cellular service is mapped to a different cellular network slice; and

the second slice provides a quality of service (QOS) parameter that is greater than the QoS on the first slice for the selected type of cellular service;

determine that the UE is eligible to be moved to the second slice;

based on receiving the request to transition, reassign the UE from the first slice to the second slice of the cellular network; and

based on receiving the request to transition, tracking, by the cellular network, the location of the UE while the UE is within the particular geographic area.

12. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network, are configured to:

determine that the UE has physically left a designated assignment region;

initiate a timer in response to the UE having physically left the designated assignment region; and

in response to a time period of the timer having expired, reassign the UE to the first slice of the cellular network from the second slice of cellular network.

13. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network, are configured to:

determine that the UE has physically left a designated assignment region; and

reassign the UE to the first slice of the cellular network from the second slice of the cellular network based on the UE having physically left the designated assignment region.

14. The cellular network slice assignment system of claim 11 , wherein:

the first slice is a general consumer slice and the second slice is a content opt-in slice; and

the content opt-in slice delivers network-selected content to UE provided service via the content opt-in slice.

15. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network, are configured to:

determine a number of pieces of content transmitted to the UE via the second slice within a predefined period of time, wherein: transmitting a piece of content is performed based on the number of pieces of content.

16. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network, are configured to:

while the UE is assigned to the second slice, receive an opt-out message from the UE; and

in response to the opt-out message, reassign the UE to the first slice.

17. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network is further configured to transmit a piece of content to the UE for presentation and the piece of content is an advertisement for an entity within a predefined distance of the location of the UE.

18. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network is further configured to transmit a piece of content to the UE for presentation and the piece of content is a coupon for an entity within a predefined distance of the location of the UE.

19. The cellular network slice assignment system of claim 11 , wherein the slice assignment system, in combination with the 5G NR cellular network is further configured to transmit a piece of content to the UE for presentation and the piece of content is transmitted by the cellular network to the UE as a push notification.

20. The cellular network slice assignment system of claim 11 , further comprising a plurality of UE, wherein the plurality of UE comprises the UE; and the UE is a smartphone.