AbstractThis article presents a formalisation of the bytecode optimisation of Sun's Java Card language from the class file to CAP file format as a set of constraints between the two formats, and defines and proves its correctness. Java Card bytecode is formalised using an abstract operational semantics, which can then be instantiated into the two formats. The optimisation is given as a logical relation such that the instantiated semantics are observably equal
Abstract. The paper describes an experiment in which a framework for model checking Java byte code, ...
The Java dialect Java Card for programming smartcards contains some features which do not exist in ...
This article describes a Java Card programming environment which to a large extent is generated from...
We present a formalisation of the bytecode optimisation of Sun's Java Card language from the class f...
AbstractThe Java Card language is a trimmed down dialect of Java aimed at programming smart cards. J...
AbstractThe paper describes an experiment in which a framework for model checking Java byte code, co...
AbstractJava Cards are a new generation of smart cards that use the Java programming language. As sm...
The paper describes an experiment in which a framework for model checking Java byte code, combined w...
The paper describes an experiment in which a framework for model checking Java byte code, combined w...
AbstractUsing transactions in Java Card bytecode programs can be rather tricky and requires special ...
AbstractWe present the operational semantics of Carmel, a language that models the Java Card Virtual...
Since the inception of Java as a cross platform programming language, it has migrated from its initi...
We describe the development of a Java bytecode optimisation algorithm by the methodology of program ...
This thesis is concerned with different aspects of Java Card application development and use of form...
To explain why the Java Card operating system has become the most successful smart card operating sy...
Abstract. The paper describes an experiment in which a framework for model checking Java byte code, ...
The Java dialect Java Card for programming smartcards contains some features which do not exist in ...
This article describes a Java Card programming environment which to a large extent is generated from...
We present a formalisation of the bytecode optimisation of Sun's Java Card language from the class f...
AbstractThe Java Card language is a trimmed down dialect of Java aimed at programming smart cards. J...
AbstractThe paper describes an experiment in which a framework for model checking Java byte code, co...
AbstractJava Cards are a new generation of smart cards that use the Java programming language. As sm...
The paper describes an experiment in which a framework for model checking Java byte code, combined w...
The paper describes an experiment in which a framework for model checking Java byte code, combined w...
AbstractUsing transactions in Java Card bytecode programs can be rather tricky and requires special ...
AbstractWe present the operational semantics of Carmel, a language that models the Java Card Virtual...
Since the inception of Java as a cross platform programming language, it has migrated from its initi...
We describe the development of a Java bytecode optimisation algorithm by the methodology of program ...
This thesis is concerned with different aspects of Java Card application development and use of form...
To explain why the Java Card operating system has become the most successful smart card operating sy...
Abstract. The paper describes an experiment in which a framework for model checking Java byte code, ...
The Java dialect Java Card for programming smartcards contains some features which do not exist in ...
This article describes a Java Card programming environment which to a large extent is generated from...