Flux system
A flux system includes a memory and a processor in communication with the memory and a sensing device, the memory storing a plurality of capabilities and a plurality of semantic fluxes associated with the plurality of capabilities. The computing system is configured to infer a semantic based on received inputs and to infer an activity interest semantic based on an input, and to assign at least one augmentation servicing agent to service an activity interest based on semantic matching.
1. A flux system, comprising:
a processor;
a first sensor;
a memory coupled with the processor;
the memory storing a plurality of endpoints mapped to physical locations;
the memory storing a plurality of semantics;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the processor further being configured to receive, from a supervisor of the first endpoint, a publication input indicative of a published first augmentation capability semantic associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to cause the processor to infer an activity interest semantic from among the plurality of semantics, the inferred activity interest semantic being associated with a person, the inferred activity interest being based on a first sensor input from the first sensor at the first endpoint; and
wherein the system assigns the at least one augmentation device to service an activity interest indicated by the activity interest semantic based on semantic matching between the published first augmentation capability semantic the inferred activity interest semantic, the semantic matching further being based on a semantic drift inference between the inferred activity interest semantic and the published first augmentation capability semantic.
2. The flux system of claim 1 , wherein the first augmentation capability semantic further comprises one or more access control semantics, and wherein the semantic matching further comprises determining whether the person is authorized to access the capability indicated by the first augmentation capability semantic based on the one or more access control semantics.
3. The flux system of claim 2 , wherein the matching between the published first augmentation capability semantic and the inferred activity interest semantic comprises semantic time inference.
4. The flux system of claim 1 , wherein the first augmentation capability semantic comprises a first augmentation activity semantic and wherein the system assigns the at least one augmentation device to service the activity interest indicated by the activity interest semantic based on semantic matching between the first augmentation activity semantic with the inferred activity interest semantic.
5. The flux system of claim 1 , wherein the memory further stores a semantic drift tolerance, and wherein the semantic drift inference is applied based on the semantic drift tolerance.
6. The flux system of claim 2 , wherein the semantic matching between the published first augmentation capability semantic and the inferred activity interest semantic is based on semantic time.
7. The flux sensing system of claim 1 , wherein the first augmentation capability semantic is published by an operator of the at least one semantic flux among the at least two semantic fluxes prior to semantic matching.
8. The flux sensing system of claim 3 , wherein the first augmentation capability semantic is activated by a user of the at least one augmentation device prior to being published.
9. The flux system of claim 3 , wherein the activity interest is published by the first endpoint supervisor.
10. A flux system, comprising:
a processor;
a first sensor;
a memory coupled with the processor, the memory storing a plurality of endpoints mapped to physical locations;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the memory further being configured to receive, from an operator of the at least two semantic fluxes, a publication input indicative of a published first augmentation capability associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to cause the processor to infer an activity interest associated with a person, the inferred activity interest being based on a first sensor input from the first sensor at the first endpoint; and
wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching between the published first augmentation capability and the inferred activity interest, the semantic matching further being based on a semantic drift inference between the inferred activity interest and the published first augmentation capability.
11. The flux system of claim 10 , wherein the semantic matching between the published first augmentation capability and the inferred activity interest comprises semantic time inference.
12. The flux system of claim 10 , wherein the first augmentation capability comprises a first augmentation activity and wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching of the first augmentation activity with the inferred activity interest.
13. The flux system of claim 10 , wherein the first augmentation capability is published by a first endpoint supervisor prior to semantic matching.
14. The flux system of claim 10 , wherein the first augmentation capability is published by a user of the at least one augmentation device prior to being published by the operator of the at least two semantic fluxes.
15. The flux system of claim 10 , wherein the published first augmentation capability comprises an access control semantic, and further wherein the semantic matching further comprises determining whether the person is authorized to access the published first augmentation capability based on the access control semantic.
16. A flux system, comprising:
a processor;
a first sensor;
a memory coupled with the processor;
the memory storing a plurality of endpoints mapped to physical locations;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the processor further being configured to receive, from a supervisor of the first endpoint, an access control input indicative of availability of a published first augmentation capability associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to cause the processor to infer an activity interest associated with a person, the inferred activity interest being based on a first sensor input from the first sensor at the first endpoint; and
wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching between the available first augmentation capability with the inferred activity interest, the semantic matching further being based on a semantic drift inference between the inferred activity interest and the published first augmentation capability.
17. The flux system of claim 16 , wherein the semantic matching between the available first augmentation capability and the inferred activity interest comprises semantic time inference.
18. The flux system of claim 16 , wherein the available first augmentation capability comprises a first augmentation activity and wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching of the first augmentation activity with the inferred activity interest.
19. The flux system of claim 16 , wherein the available first augmentation capability is published by an operator of the at least one semantic flux among the at least two semantic fluxes prior to semantic matching.
20. The flux system of claim 16 , wherein the available first augmentation capability is activated by a user of the at least one augmentation device prior to being made available based on the access control input.
21. The flux system of claim 16 , wherein availability of the activity interest associated with the person is access controlled by the first endpoint supervisor to cause the first augmentation capability to have an associated access control semantic, and wherein the semantic matching further comprises determining whether the person is authorized to access the published first augmentation capability based on the access control semantic.
22. A flux system, comprising:
a processor;
a first sensor;
a memory coupled with the processor, the memory storing a plurality of endpoints mapped to physical locations;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the processor further being configured to receive, from an operator of the at least two semantic fluxes, an access control input indicative of availability of a published first augmentation capability associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to cause the processor to infer an activity interest associated with a person, the inferred activity interest being based on a first sensor input from the first sensor at the first endpoint; and
wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching between the published first augmentation capability and the inferred activity interest, the semantic matching further being based on a semantic drift inference between the inferred activity interest and the published first augmentation capability.
23. The flux system of claim 22 , wherein the first augmentation capability comprises an access control, and further wherein the semantic matching further comprises determining whether the person is authorized to access the first augmentation capability based on the access control.
24. The flux system of claim 23 , wherein the semantic matching between the published first augmentation capability and the inferred activity interest comprises semantic time inference.
25. The flux system of claim 22 , wherein the first augmentation capability comprises a first augmentation activity and wherein the system assigns the at least one augmentation device to service the activity interest based on semantic matching of the first augmentation activity with the inferred activity interest.
26. The flux system of claim 22 , wherein the first augmentation capability is published by a first endpoint supervisor prior to the semantic matching.
27. The flux system of claim 22 , wherein the first augmentation capability is published by a user of the at least one augmentation device prior to being made available based on the access control input.
28. The flux system of claim 22 , wherein the activity interest associated with the person is published by a first endpoint supervisor.
29. A flux system, comprising:
a processor;
a first device;
a memory coupled with the processor;
the memory storing a plurality of endpoints mapped to physical locations;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the processor further being configured to receive, from a supervisor of the first endpoint, an access control input indicative of availability of a first augmentation capability associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to localize the first device at a first endpoint and to cause the processor to determine an activity interest of a user of the first device at the first endpoint; and
wherein the system assigns the at least one augmentation device to service the activity interest by matching the first augmentation capability with the activity interest based on a semantic time, and further based on a semantic drift inference between the inferred activity interest and the first augmentation capability.
30. The flux system of claim 29 , wherein the first augmentation capability comprises an access control, and further wherein the assignment of the at least one augmentation device to service the activity interest is further based on a determination of whether the person is authorized to access the first augmentation capability based on the access control.
31. The flux system of claim 29 , wherein the matching between the first capability and the inferred activity interest comprises semantic time inference.
32. The flux system of claim 29 , wherein the first augmentation capability comprises a first augmentation activity and wherein the system assigns the at least one augmentation device to service the activity interest based on matching of the first augmentation activity with the inferred activity interest.
33. The flux system of claim 29 , wherein the first augmentation capability is published by an operator of the at least one semantic flux among the at least two semantic fluxes prior to the matching.
34. The flux system of claim 29 , wherein the first augmentation capability is activated by a user of the at least one augmentation device prior to being published.
35. The flux system of claim 29 , wherein availability of the activity interest of the user of the first device is access controlled at the first endpoint by the first endpoint supervisor.
36. The flux system of claim 29 , wherein the activity interest of the user of the first device is activated by the user of the first device.
37. The flux system of claim 29 , wherein the activity interest of the user of the first device is associated with a semantic flux associated with the first device.
38. The flux system of claim 37 , wherein the activity interest of the user of the first device is published on the semantic flux associated with the first device.
39. A flux system, comprising:
a processor;
a first device;
a memory coupled with the processor, the memory storing a plurality of endpoints mapped to physical locations;
the memory further storing at least two semantic fluxes, the at least two semantic fluxes each being associated with a plurality of capabilities associated with at least one augmentation device at a first endpoint;
the memory further being configured to receive, from an operator of the at least two semantic fluxes, a publication input indicative of a published first augmentation capability associated with the at least one augmentation device;
the memory further containing programming instructions operable by the processor to localize the first device at a first endpoint and to cause the processor to determine an activity interest of a user of the first device at the first endpoint; and
wherein the system assigns the at least one augmentation device to service the activity interest by matching the published first augmentation capability with the inferred activity interest based on a semantic time, and further based on a semantic drift inference between the inferred activity interest and the first augmentation capability.
40. The flux system of claim 39 , wherein the matching between the published first augmentation capability and the inferred activity interest comprises semantic time inference.
41. The flux system of claim 39 , wherein the published first augmentation capability comprises a first augmentation activity and wherein the system assigns the at least one augmentation device to service the activity interest based on matching of the first augmentation activity with the inferred activity interest.
42. The flux system of claim 39 , wherein availability of the first augmentation capability is access controlled by a first endpoint supervisor, whereby the received publication input indicative of the first augmentation capability comprises an access control semantic, and further wherein the assignment of the at least one augmentation device to service the activity interest is further based on a determination of whether the person is authorized to access the first augmentation capability based on the access control semantic.
43. The flux system of claim 39 , wherein the first augmentation capability is published by a user of the at least one augmentation device prior to being published by the operator of the at least two semantic fluxes.
44. The flux system of claim 39 , wherein availability of the activity interest associated with the person is access controlled by a first endpoint supervisor.
45. The flux system of claim 39 , wherein the activity interest of the user of the first device is activated by the user of the first device.
46. The flux system of claim 39 , wherein the activity interest of the user of the first device is associated with a semantic flux associated with the first device.
47. The system of claim 46 , wherein the activity interest of the user of the first device is published on the semantic flux associated with the first device.