Add to ORKGIntroduction: The state of the art in termination analysis includes advanced techniques developed for logic and functional programming [12, 4, 9, 11, 10] and imperative languages [2, 5, 8, 6, 10], as well as for term rewriting systems [10]. In [6, 5] tools for proving termination of large industrial code are presented. How-ever, termination of low-level languages, such as Java bytecode, has received littl
This paper describes costa, a cost and termination analyzer for Java bytecode. The system receives a...
Language runtime systems are increasingly being embedded in systems to support runtime extensibility...
In earlier work we presented an approach to prove termination of non-recursive Java Bytecode (JBC) ...
Abstract. Termination analysis has received considerable attention, tra-ditionally in the context of...
AbstractIn an earlier work, a termination analyzer for Java bytecode was developed that translates a...
In an earlier work, a termination analyzer for Java bytecode was developed that translates a Java by...
Non-termination analysis proves that programs, or parts of a program, do notterminate. This is impor...
It is important to prove that supposedly terminating programs actuallyterminate, particularly if tho...
It is important to prove that supposedly terminating programs actually terminate, particularly if th...
AbstractNon-termination analysis proves that programs, or parts of a program, do not terminate. This...
Analysing if programs and processes terminate is one of the central topics of theoretical computer s...
We present an automated approach to prove termination of Java Bytecode (JBC) programs by automatical...
interpretation based cost and termination analyzer for Java bytecode. The system receives as input a...
Language run-time systems are routinely used to host potentially buggy or malicious code in a secure...
Language run-time systems are routinely used to host potentially buggy or malicious code in a secure...
This paper describes costa, a cost and termination analyzer for Java bytecode. The system receives a...
Language runtime systems are increasingly being embedded in systems to support runtime extensibility...
In earlier work we presented an approach to prove termination of non-recursive Java Bytecode (JBC) ...
Abstract. Termination analysis has received considerable attention, tra-ditionally in the context of...
AbstractIn an earlier work, a termination analyzer for Java bytecode was developed that translates a...
In an earlier work, a termination analyzer for Java bytecode was developed that translates a Java by...
Non-termination analysis proves that programs, or parts of a program, do notterminate. This is impor...
It is important to prove that supposedly terminating programs actuallyterminate, particularly if tho...
It is important to prove that supposedly terminating programs actually terminate, particularly if th...
AbstractNon-termination analysis proves that programs, or parts of a program, do not terminate. This...
Analysing if programs and processes terminate is one of the central topics of theoretical computer s...
We present an automated approach to prove termination of Java Bytecode (JBC) programs by automatical...
interpretation based cost and termination analyzer for Java bytecode. The system receives as input a...
Language run-time systems are routinely used to host potentially buggy or malicious code in a secure...
Language run-time systems are routinely used to host potentially buggy or malicious code in a secure...
This paper describes costa, a cost and termination analyzer for Java bytecode. The system receives a...
Language runtime systems are increasingly being embedded in systems to support runtime extensibility...
In earlier work we presented an approach to prove termination of non-recursive Java Bytecode (JBC) ...