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US 2026/0169494 A1Published application
Method for Operating a Semantic Robotic System
AssigneeLucomm Technologies, Inc.
InventorLucian Cristache
Life of this patent
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Abstract
A semantic robotic system includes a memory and a processor in communication with the memory, the memory storing a first semantic time and a second semantic time, and a semantic route indicative of a plurality of semantic ordered interests associated with an endpoint. A computer program is operable by at least one processor to publish a first semantic indicative of a first capability and to revise the ordered interests at the second semantic time after the first semantic has been matched with the second semantic and after at least one of the ordered interest has been satisfied.
Claims63
A method for operating a semantic robotic system having at least one processor, a memory and at least one transceiver, the method comprising:
- storing in the memory a plurality of ordered interests;
- storing in the memory a first semantic indicative of a first capability;
- storing in the memory a second semantic indicative of a first interest;
- and
- configuring the at least one processor to:
- generate first data, the first data being either thin client or thick client data, the first data being arranged to be operated by either a thin client or a thick client and including the first semantic in association with the plurality of ordered interests at a first time;
- cause the at least one transceiver to send the first data to a remote device;
- generate second data, the second data being either thin client or thick client data, the second data being arranged to be operated by either a thin client or a thick client and including a revision of the plurality of ordered interests at a second time after (1) the first semantic has been matched with the second semantic based on semantic analysis and (2) at least one interest among the plurality of ordered interests has been completely or partially satisfied;
- and
- cause the at least one transceiver to send the second data to the remote device;
- wherein one of the at least one processor or the remote device causes a publication of the plurality of ordered interests based on the first data;
- and
- wherein one of the at least one processor or the remote device causes a revised publication of the plurality of ordered interests based on the second data.
10 more elements
A method for operating a semantic robotic system having at least one processor, a memory and at least one transceiver, the method comprising:
- storing in the memory a plurality of ordered interest semantics indicative of a plurality of ordered interests, wherein a first interest semantic from among the plurality of ordered interest semantics is associated with a first out-interest and a second interest semantic among the plurality of ordered interest semantics is associated with a first in-interest;
- storing in the memory a third interest semantic associated with a second in-interest;
- and
- configuring the at least one processor to:
- generate first data, the first data being either thin client or thick client data, the first data being associated with the plurality of ordered interests at a first time;
- cause the at least one transceiver to send the first data to a remote device;
- generate second data, the second data being either thin client or thick client data, the second data being associated with at least one interest among the plurality of ordered interests at a second time after the first out-interest has been completely or partially satisfied by matching it with the second in-interest;
- wherein the matching of the first out-interest with the second in-interest is based on a semantic matching of the first interest semantic with the third interest semantic;
- and
- cause the at least one transceiver to send the second data to the remote device;
- wherein one of the at least one processor or the remote device causes a publication of the plurality of ordered interests based on the first data;
- and
- wherein one of the at least one processor or the remote device causes a revised publication of the plurality of ordered interests based on the second data.
10 more elements
A method for operating a semantic robotic system having at least one processor, a memory and at least one transceiver, the method comprising:
- storing in the memory a plurality of ordered interests, wherein a first interest among the plurality of ordered interests is associated with a first in-interest semantic and a second interest among the plurality of ordered interests is associated with a first out-interest semantic;
- and
- configuring the at least one processor to:
- generate first data, the first data being either thin client or thick client data, the first data being associated with the plurality of ordered interests at a first time;
- cause the at least one transceiver to send the first data to a remote device;
- generate second data, the second data being either thin client or thick client data, the data being associated with the at least one interest among the plurality of ordered interests at a second time after the first in-interest has been completely or partially satisfied by semantically matching it with a second out-interest;
- and
- cause the at least one transceiver to send the second data to a remote device;
- wherein one of the at least one processor or the remote device causes a publication of the plurality of ordered interests based on the first data;
- and
- wherein one of the at least one processor or the remote device causes a revised publication of the plurality of ordered interests based on the second data.
8 more elements
A method for operating a semantic robotic system having at least one processor, a memory and at least one transceiver, the method comprising:
- storing in the memory a plurality of ordered interests, wherein a first interest among the plurality of ordered interests is associated with a first out-interest semantic and a second interest among the plurality of ordered interests is associated with a first in-interest semantic;
- and
- configuring the at least one processor to:
- generate first data, the first data being either thin client or thick client data, the first data being associated with the at least the plurality of ordered interests at a first time;
- cause the at least one transceiver to send the first data to a remote device;
- generate second data, the second data being either thin client or thick client data, the second data being associated with at least one interest among the plurality of ordered interests at a second time after the first out-interest has been completely or partially satisfied by matching it with a second in-interest;
- wherein the plurality of ordered interests is published in association with a plurality of multimedia objects comprising marked leadership artifacts associated with at least one interest among the plurality of ordered interests;
- and
- cause the at least one transceiver to send the second data to the remote device;
- and
- wherein one of the at least one processor or the remote device causes a publication of the plurality of ordered interests based on the first data;
- and
- wherein one of the at least one processor or the remote device causes a revised publication of the plurality of ordered interests based on the second data.
10 more elements
A method for operating a semantic robotic system having at least one processor, a memory and at least one transceiver, the method comprising:
- storing in the memory at least one semantic route, the at least one semantic route being indicative of a plurality of ordered interests;
- storing in the memory a first semantic indicative of a first capability;
- storing in the memory a second semantic indicative of a first interest;
- and
- configuring the at least one processor to:
- generate first data, the first data being either thin client or thick client data, the first data being associated with the first semantic in association with the at least one semantic route at a first time;
- cause the at least one transceiver to send the first data to a remote device;
- generate second data, the second data being either thin client or thick client data, the second data being associated with the at least one semantic route at a second time after the first semantic has been matched based on semantic analysis with the second semantic and the at least one of the interests in the at least one semantic route has been completely or partially satisfied;
- wherein the matching of the first semantic and the second semantic comprises applying access control based on a published semantic identity;
- and
- cause the at least one transceiver to send the second data to the remote device;
- wherein one of the at least one processor or the remote device causes a publication of the plurality of ordered interests based on the first data;
- and
- wherein one of the at least one processor or the remote device causes a revised publication of the plurality of ordered interests based on the second data.
11 more elements
Dependencies are inferred from the claim text.