SYSTEM AND METHOD FOR MANAGING SERVICES IN A LIVING PLACE
First Claim
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1. A system for managing services in a living place, comprising:
- a supervision system adapted to send set-point data to each service;
an anticipative solving system adapted to optimize set-point data for each service, based on a cost and satisfaction criterion;
a communicator between the supervision system and each of the services, and between the supervision system and the anticipative solving system;
the anticipative solving system comprising a processor and memory operably;
(a) storing service type problem generators and powers and occupants'"'"' satisfaction-related transversal problem generator;
(b) collecting service type and related parameters for each service;
(c) generating instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data;
(d) generating global anticipative problem data based on the service type problem data of each service and on problem data that are transversal to all services;
(e) computing set-point data for each service based on the solved global anticipative problem;
(f) sending set-point data to the supervision system; and
a reactive system adapted to adjust the set-point data computed by the anticipative system depending on the current state of each service.
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Abstract
A system is provided for managing services in a living place, including:
- a supervision system,
- an anticipative solving system,
- the anticipative solving system including a processing and memory system for:
- storing service type problem generators and powers and occupants'"'"' satisfaction-related transversal problem generator;
- collecting service type and related parameters for each service;
- generating instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data;
- generating global anticipative problem data;
- computing set-point data for each service based on the solved global anticipative problem;
- sending set-point data to the supervision system; and
- a reactive system adapted to adjust the set-point data computed by the anticipative system depending on the current state of each service.
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Citations
8 Claims
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1. A system for managing services in a living place, comprising:
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a supervision system adapted to send set-point data to each service; an anticipative solving system adapted to optimize set-point data for each service, based on a cost and satisfaction criterion; a communicator between the supervision system and each of the services, and between the supervision system and the anticipative solving system; the anticipative solving system comprising a processor and memory operably; (a) storing service type problem generators and powers and occupants'"'"' satisfaction-related transversal problem generator; (b) collecting service type and related parameters for each service; (c) generating instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data; (d) generating global anticipative problem data based on the service type problem data of each service and on problem data that are transversal to all services; (e) computing set-point data for each service based on the solved global anticipative problem; (f) sending set-point data to the supervision system; and a reactive system adapted to adjust the set-point data computed by the anticipative system depending on the current state of each service. - View Dependent Claims (2, 3, 4, 5)
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6. A method for managing services in a living place, comprising:
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collecting at a supervision system service type and related parameters for each service; collecting at the supervision system prediction data from a prediction system; sending by the supervision system to an anticipative solving system a meta-description comprising the type, parameters and prediction data for each service and prediction data that are transversal to all services; sending to a service type problem generator the parameters and prediction data for each service; generating at the service type problem generator instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data; sending the service constraint data to a transversal problem generator to finalize a global anticipative problem data; solving the global anticipative problem based on a cost and satisfaction criterion; extracting set-point data for each service from the solution of the global anticipative problem, wherein the set-point data define together an anticipative plan; sending the anticipative plan to the supervision system; sending the set-point data to the services by the supervision system; collecting at the supervision system the current state of the services; according to the current state of the services and to the set-point data, deciding at the supervision system to follow the anticipative plan or to adjust the set-point data until new predictions are received and/or the anticipative plan ends and/or the set-point data diverge from the anticipative plan; and according to the current state of a service, adjusting its parameters. - View Dependent Claims (7, 8)
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Specification