AbstractIn recent papers, a notion of algebraic module specification has been introduced, along with operations to combine them. Here we take a closer look at the operations of union of module specifications with import and export interfaces and of actualization of the parameter specification that the two interfaces share. We show that both the standard and parametrized actualization are compatible with the previously introduced notion of submodule and with the union operation
By treating the interfaces of a module specification as a production, we combine notions from the we...
AbstractBy treating the interfaces of a module specification as a production, we combine notions fro...
Parameterisation is an important mechanism for structuring programs and specifications into modular ...
AbstractIn recent papers, a notion of algebraic module specification has been introduced, along with...
AbstractAn algebraic specification concept for modules in software engineering is introduced which i...
AbstractAlgebraic theory provides a framework for the specification and design of modules and modula...
AbstractWe develop module algebra for structured specifications with model oriented denotations. Our...
Module algebra is described as a parametrised data type that takes a three sorted parameter, involvi...
To appear in Proc. Formal Models in Programming, Wien 1985TIB: RN 4237 (190) / FIZ - Fachinformation...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
This technical report consists of ve separate contributions within the areas of algebraic module spe...
Parameterisation is an important mechanism for structuring programs and specifications into modular ...
The algebraic approach to modular specifications as developed by the first author during the last fi...
This paper concerns the algebraic specification of abstract data types. It introduces and motivates...
The problem of designing a modular software system which realizes a given specification starting fro...
By treating the interfaces of a module specification as a production, we combine notions from the we...
AbstractBy treating the interfaces of a module specification as a production, we combine notions fro...
Parameterisation is an important mechanism for structuring programs and specifications into modular ...
AbstractIn recent papers, a notion of algebraic module specification has been introduced, along with...
AbstractAn algebraic specification concept for modules in software engineering is introduced which i...
AbstractAlgebraic theory provides a framework for the specification and design of modules and modula...
AbstractWe develop module algebra for structured specifications with model oriented denotations. Our...
Module algebra is described as a parametrised data type that takes a three sorted parameter, involvi...
To appear in Proc. Formal Models in Programming, Wien 1985TIB: RN 4237 (190) / FIZ - Fachinformation...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
This technical report consists of ve separate contributions within the areas of algebraic module spe...
Parameterisation is an important mechanism for structuring programs and specifications into modular ...
The algebraic approach to modular specifications as developed by the first author during the last fi...
This paper concerns the algebraic specification of abstract data types. It introduces and motivates...
The problem of designing a modular software system which realizes a given specification starting fro...
By treating the interfaces of a module specification as a production, we combine notions from the we...
AbstractBy treating the interfaces of a module specification as a production, we combine notions fro...
Parameterisation is an important mechanism for structuring programs and specifications into modular ...