Nancy Lynch – författare
Visar alla böcker från författaren Nancy Lynch. Handla med fri frakt och snabb leverans.
8 produkter
8 produkter
Häftad, Engelska, 2021
117 kr
Skickas inom 5-8 vardagar
Inbunden, Engelska, 2021
258 kr
Skickas inom 5-8 vardagar
E-bok
Engelska, 202153 kr
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More Book Please that teaches gestures and is written from the perspective of a speech and language expert.
This book is designed for hearing children who have a good grasp of understanding communication but can become frustrated when trying to communicate when they have limited verbalizations.
The words selected are words that children typically first develop. The books are based on natural family routines in the child''s home.
The books incorporate full brain involvement with the language centers in the brain''s left hemisphere of the rhythm located in the right hemisphere.
Nancy Lynch is a Speech Language Pathologist who specializes in child language. She is currently completing her board certification in child language and disorders from the American Speech Language Association. She specializes with working with children 0-3 years of age who have been diagnosed with a developmental delay in communication. Nancy has been a certified Speech Language Pathologist for over 25 years with a passion for coaching families of children with special needs in their homes.
Nancy is the spouse of an active duty naval officer and the mother to 4 adult children. She grew up in North Dakota and attended a one room school but has lived all over the United States, Europe and the Middle East. Nancy enjoys reading stories "Miss Nancy''s Story Time" and teaching Baby Sign Language classes to new mothers.
Ken Norton is an active duty Naval Officer, serving our country for over 25 years. He has love for drawing and interacting with his 3 children.
Ken has traveled and lived across the globe and hopes you enjoy his illustrations.
More Book Please is the first in a series of routine based books for parents of young children. Enjoy communicating with your little one!
Häftad, Engelska, 2010
375 kr
Skickas inom 10-15 vardagar
This monograph presents the Timed Input/Output Automaton (TIOA) modeling framework, a basic mathematical framework to support description and analysis of timed (computing) systems. Timed systems are systems in which desirable correctness or performance properties of the system depend on the timing of events, not just on the order of their occurrence. Timed systems are employed in a wide range of domains including communications, embedded systems, real-time operating systems, and automated control. Many applications involving timed systems have strong safety, reliability, and predictability requirements, which make it important to have methods for systematic design of systems and rigorous analysis of timing-dependent behavior. The TIOA framework also supports description and analysis of timed distributed algorithms -- distributed algorithms whose correctness and performance depend on the relative speeds of processors, accuracy of local clocks, or communication delay bounds. Such algorithms arise, for example, in traditional and wireless communications, networks of mobile devices, and shared-memory multiprocessors. The need to prove rigorous theoretical results about timed distributed algorithms makes it important to have a suitable mathematical foundation. An important feature of the TIOA framework is its support for decomposing timed system descriptions. In particular, the framework includes a notion of external behavior for a timed I/O automaton, which captures its discrete interactions with its environment. The framework also defines what it means for one TIOA to implement another, based on an inclusion relationship between their external behavior sets, and defines notions of simulations, which provide sufficient conditions for demonstrating implementation relationships. The framework includes a composition operation for TIOAs, which respects external behavior, and a notion of receptiveness, which implies that a TIOA does not block the passage of time. The TIOA framework also defines the notion of a property and what it means for a property to be a safety or a liveness property. It includes results that capture common proof methods for showing that automata satisfy properties. Table of Contents: Introduction / Mathematical Preliminaries / Describing Timed System Behavior / Timed Automata / Operations on Timed Automata / Properties for Timed Automata / Timed I/O Automata / Operations on Timed I/O Automata / Conclusions and Future Work
E-bok
PDF, Engelska, 2022443 kr
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This monograph presents the timed input/output automaton (TIOA) modeling framework, a basic mathematical framework to support description and analysis of timed (computing) systems. Timed systems are systems in which desirable correctness or performance properties of the system depend on the timing of events, not just on the order of their occurrence. Timed systems are employed in a wide range of domains including communications, embedded systems, real-time operating systems, and automated control. Many applications involving timed systems have strong safety, reliability, and predictability requirements, which makes it important to have methods for systematic design of systems and rigorous analysis of timing-dependent behavior.An important feature of the TIOA framework is its support for decomposing timed system descriptions. In particular, the framework includes a notion of external behavior for a TIOA, which captures its discrete interactions with its environment. The framework alsodefines what it means for one TIOA to implement another, based on an inclusion relationship between their external behavior sets, and defines notions of simulations, which provide sufficient conditions for demonstrating implementation relationships. The framework includes a composition operation for TIOAs, which respects external behavior, and a notion of receptiveness, which implies that a TIOA does not block the passage of time.
E-bok
PDF, Engelska, 2022441 kr
Läs direkt efter köp
This monograph presents the Timed Input/Output Automaton (TIOA) modeling framework, a basic mathematical framework to support description and analysis of timed (computing) systems. Timed systems are systems in which desirable correctness or performance properties of the system depend on the timing of events, not just on the order of their occurrence. Timed systems are employed in a wide range of domains including communications, embedded systems, real-time operating systems, and automated control. Many applications involving timed systems have strong safety, reliability, and predictability requirements, which make it important to have methods for systematic design of systems and rigorous analysis of timing-dependent behavior. The TIOA framework also supports description and analysis of timed distributed algorithms -- distributed algorithms whose correctness and performance depend on the relative speeds of processors, accuracy of local clocks, or communication delay bounds. Such algorithms arise, for example, in traditional and wireless communications, networks of mobile devices, and shared-memory multiprocessors. The need to prove rigorous theoretical results about timed distributed algorithms makes it important to have a suitable mathematical foundation. An important feature of the TIOA framework is its support for decomposing timed system descriptions. In particular, the framework includes a notion of external behavior for a timed I/O automaton, which captures its discrete interactions with its environment. The framework also defines what it means for one TIOA to implement another, based on an inclusion relationship between their external behavior sets, and defines notions of simulations, which provide sufficient conditions for demonstrating implementation relationships. The framework includes a composition operation for TIOAs, which respects external behavior, and a notion of receptiveness, which implies that a TIOA does not block the passage of time. The TIOA framework also defines the notion of a property and what it means for a property to be a safety or a liveness property. It includes results that capture common proof methods for showing that automata satisfy properties. Table of Contents: Introduction / Mathematical Preliminaries / Describing Timed System Behavior / Timed Automata / Operations on Timed Automata / Properties for Timed Automata / Timed I/O Automata / Operations on Timed I/O Automata / Conclusions and Future Work
E-bok
PDF, Engelska, 2007687 kr
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Häftad, Engelska, 2000
565 kr
Skickas inom 10-15 vardagar
This volume contains the proceedings of the Third International Workshop on Hybrid Systems: Computation and Control (HSCC 2000), which was held on March 23-25, 2000, in Pittsburgh, Pennsylvania. The proceedings of the rst two workshops in this series were published by Springer-Verlag, in the Lecture Notes in Computer Science series, as volumes 1386 and 1569. The focus of the Hybrid Systems workshop series is on modeling, control, synthesis, design, and veri cation of hybrid systems. A hybrid system is a th- reticalmodelforacomputercontrolledengineeringsystem,withadynamicsthat evolvesbothinadiscretestatesetandinafamilyofcontinuousstatespaces.- brid systems researchis motivated by, for example, controlof electro-mechanical systems(robots),air tra ccontrol,controlofautomatedfreeways,andchemical process control. The research area of hybrid systems overlaps both with c- puter science and with control theory. The workshop series is intended to foster the interaction between researchers from these elds in addressing problems in this new domain. The scientic program of the workshop consisted of four invited talks and 32 contributed talks.The following researcherspresented invited talks: K. Butts (Ford Research, USA), N. Leveson (MIT, USA), A. Sangiovanni-Vincentelli (U. California,Berkeley,USA), and B. Williams (MIT, USA). The contributed talks were based on the papers in these proceedings. The program committee, chaired by the editors, selected the 32 contributed papers out of 71 submitted papers. The editors are grateful to the members of theprogramcommitteefortheir generoushelpinthereviewingandtheselection process.