Results 241 to 250 of about 2,436,106 (292)

Descriptor Representations of Jump Behaviors

IFAC Proceedings Volumes, 1998
Abstract Necessary and sufficient conditions for minimality of descriptor representations of impulsive-smooth behaviors are derived. We obtain a complete set of transformations by which minimal descriptor representations that give rise to the same behavior can be transformed into each other.
Baser, U., Schumacher, J.M.
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Behaviorally coupled emergent representation

Proceedings of the 7th annual workshop on Genetic and evolutionary computation, 2005
Traditionally, representation has been perceived as a necessity for producing intelligent behavior. Once the right representation is in place to drive it, behavior unfolds as the system's dynamics interact with what is usually a fixed, structural entity. For many kinds of systems this approach can be successful.
Joseph Lewis, Jamie Lawson
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An intermediate representation for behavioral synthesis

27th ACM/IEEE Design Automation Conference, 1990
This paper describes an intermediate representation for behavioral and structural designs that is based on annotated state tables. It facilitates user control of the synthesis process by allowing specification of partially design structures, and a mixture of behavior, structure and user specified bindings between the abstract behavior and the structure.
Nikil D. Dutt, Tedd Hadley, Daniel Gajski   +2 more
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Rational representations of behaviors: Interconnectability and stabilizability

Mathematics of Control, Signals, and Systems, 1997
This paper uses relationships between system variables as a starting point. The systems studied are mainly discrete-time systems, where time is running over the nonnegative integers and specifically those systems whose behavior is a shift-invariant, closed, linear subspace of \(\ell_{2}\), the set of square summable sequences.
Weiland, S., Stoorvogel, A.A.
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Behavioral interpretation according to multimodeling representation

Applied Intelligence, 1998
This paper deals with a behavioral interpretation of physical systems. It describes how we can interpret the systems current state using a multimodeling principle. The purpose of this interpretation task is to explain what is happening in the system from a small set of observations in terms of functional states of the system processes.
Fakher Zouaoui, Renaud Thétiot, Michel Dumas   +2 more
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Graded representations in behavioral dissociations

Trends in Cognitive Sciences, 2001
Why do people sometimes seem to know things when they are tested in one way, while seeming unaware of this information when tested in a different way? Such task-dependent behaviors, or dissociations, often occur in infants and children, and in adults following brain damage.
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THE BAD BEHAVIOR OF REPRESENTATION GROUPS

Journal of Algebra and Its Applications, 2005
Let (H, A) be a primitive central extension of a finite group G. We show that A is not characteristic in H in general, and further demonstrate in a series of examples that results, which hold about inner automorphisms of H, do not extend to the full automorphism group of H.
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Representation Development and Behavior Modifiers

2004
We address the problem of the development of representations by an agent and its relationship to the environment. A software agent develops a representation of its environment through a network, which captures and integrates the relationships between agent and environment through a closure mechanism.
De La Mora, Carlos Ruben, Gershenson Garcia, Carlos, Garcia-Vega, Angelica   +2 more
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Design with part behaviors: behavior model, representation and applications

Computer-Aided Design, 2002
Abstract A part is primarily characterized by its ‘function(s)’. The function of the part is achieved through its ‘interactions’ with other parts in an assembly under a set of operating conditions. These ‘interactions’ constitute the ‘behavior’ of the part.
Utpal Roy, Balaji Bharadwaj
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Agent Behavior Representation in INGENIAS

2006
Nowadays, we have different agent oriented methodologies that enable developers to produce agent oriented designs. One of the recurrent problems of these methodologies is how to describe the behaviour of agents within a system. A developer needs primitives to express autonomy, proactivity, and social concerns of his agents, but there are problems in ...
Jorge J. Gómez-Sanz, Rubén Fuentes, Juan Pavón   +2 more
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