Ero sivun ”Mce Inhibitors” versioiden välillä
pEi muokkausyhteenvetoa |
pEi muokkausyhteenvetoa |
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Rivi 1: | Rivi 1: | ||
This aim | |||
enthusiastic se'eral diverse activities, equally theoretical and technical. On the theoretical | |||
side, novel semantic paradigms for behavioural technical specs ended up in'estigated. and techniques | |||
of easing evidence constructions, utilizing web and Net technologies, have been established. On | |||
the complex facet, integrated systems for specification growth, with emphasis equally | |||
on ease of use and on proof support, had been applied. In addition, numerous situation scientific studies | |||
of significant size had been pursued. | |||
behavioural logic, | To rejoice the productive conclusion of the task, a symposium w^as held in Numazu, | ||
a seaside town renowned for new seafoods, in April, 1998. On this event, not only the[http://www.medchemexpress.com/nvp-bgt226.html additional resources] | |||
contributors of the task, but several researchers in diverse fields including algebraic | |||
The paper by | specifications, phrase rewriting, theorem proving, rewriting logic, and category theor}', obtained | ||
together to have intense yet peaceful presentations and discussions that lasted four days. | |||
This e-book contains the picked papers by the individuals of the symposium. These | |||
papers deal with various logics and formalisms fundamental CafeOBJ, and/or with software program | |||
development environments appropriate for embedding it. Pertinent key phrases right here are: (basic) | |||
algebraic specification, behavioural specification/logic, rewriting specification/logic, | |||
get-sorted specification/logic, executable specification, distributed computing, theorem | |||
prover interfaces. | |||
The | The paper by Manuel Clavel et al. offers a rewriting logic at operate. An essential | ||
attribute of rewriting logic is the existence of a finitely presented common theory, in which an | |||
object-degree theory can be encoded and reasoned about as a basic object. These kinds of an encoding | |||
itself can be encoded and reasoned about at a nevertheless increased amount. Thus an arbitrarily higher | |||
"reflexive tower'' might be created for describing and reasoning about a extensive range of problems. | |||
The paper shows two considerable illustrations â an inductive theorem prover and a Church- | |||
Rosser checker - that exploit this energy of reflection. In addition, these examples are | |||
prepared fully inside Maude, a language based mostly on rewriting logic with developed-in metalevel | |||
reasoning services, and are realised as executable equipment. | |||
The paper by Alexander Knapp exhibits another possible of rewriting logic. He has | |||
The paper by | encoded a sizeable fragment of Unified Modelling Language (UML) into rewriting | ||
fragment of | logic. The features relevant for this situation examine are that rewTiting logic is a organic forum | ||
the place object-oriented programming and nondeterministic, concurrent computation are | |||
presented, reasoned about, and executed. In this case in point, the static elements of UML | |||
collaborations are formulated as relations in between objects and their dynamic factors are | |||
also | captured by concurrent rewTite guidelines. Like the function described in the paper by Manuel | ||
Clavel et al., this operate also resulted into an executable specification (created in CafeOBJ | |||
in this scenario). |
Versio 15. huhtikuuta 2015 kello 13.33
This aim enthusiastic se'eral diverse activities, equally theoretical and technical. On the theoretical side, novel semantic paradigms for behavioural technical specs ended up in'estigated. and techniques of easing evidence constructions, utilizing web and Net technologies, have been established. On the complex facet, integrated systems for specification growth, with emphasis equally on ease of use and on proof support, had been applied. In addition, numerous situation scientific studies of significant size had been pursued. To rejoice the productive conclusion of the task, a symposium w^as held in Numazu, a seaside town renowned for new seafoods, in April, 1998. On this event, not only theadditional resources contributors of the task, but several researchers in diverse fields including algebraic specifications, phrase rewriting, theorem proving, rewriting logic, and category theor}', obtained together to have intense yet peaceful presentations and discussions that lasted four days. This e-book contains the picked papers by the individuals of the symposium. These papers deal with various logics and formalisms fundamental CafeOBJ, and/or with software program development environments appropriate for embedding it. Pertinent key phrases right here are: (basic) algebraic specification, behavioural specification/logic, rewriting specification/logic, get-sorted specification/logic, executable specification, distributed computing, theorem prover interfaces. The paper by Manuel Clavel et al. offers a rewriting logic at operate. An essential attribute of rewriting logic is the existence of a finitely presented common theory, in which an object-degree theory can be encoded and reasoned about as a basic object. These kinds of an encoding itself can be encoded and reasoned about at a nevertheless increased amount. Thus an arbitrarily higher "reflexive tower might be created for describing and reasoning about a extensive range of problems. The paper shows two considerable illustrations â an inductive theorem prover and a Church- Rosser checker - that exploit this energy of reflection. In addition, these examples are prepared fully inside Maude, a language based mostly on rewriting logic with developed-in metalevel reasoning services, and are realised as executable equipment. The paper by Alexander Knapp exhibits another possible of rewriting logic. He has encoded a sizeable fragment of Unified Modelling Language (UML) into rewriting logic. The features relevant for this situation examine are that rewTiting logic is a organic forum the place object-oriented programming and nondeterministic, concurrent computation are presented, reasoned about, and executed. In this case in point, the static elements of UML collaborations are formulated as relations in between objects and their dynamic factors are captured by concurrent rewTite guidelines. Like the function described in the paper by Manuel Clavel et al., this operate also resulted into an executable specification (created in CafeOBJ in this scenario).