An Effective Approach for Home Services Management
Résumé
Domotic systems aim to offer functionalities like energy management, security, conveniences, and much more. Many domotic networks exist to provide a subset of these applications, but these networks are not necessarily compatible due to different communication mediums or protocols. Literature presents different studies that introduce high-level systems that solve the lack of incompatibility, but it does not explore how to create a network behavior. This paper concentrates on studying how to model the unit behaviors of home devices and a global behavior of a network of these devices: the automated living area. The global behavior is set-up with rules and constraints. The behaviors are modeled with an extended automaton input-output symbolic transition systems. To finish this paper, a use case shows the interest of building global behavior with unit behaviors.
Mots clés
energy management systems
home automation
home networks
security
automated living area
communication mediums
domotic networks
domotic systems
energy management
extended automaton input-output symbolic transition systems
global behavior
high-level systems
home devices
home services management
network behavior
unit behaviors
Automata
Barium
Context
Context modeling
Electrocardiography
Protocols
Transient analysis
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