Publication date
October 2020
DOIAbstract
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Program
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Program
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
When debugging a distributed application, a display showing the events causing interactions between ...
Fault localization is usually the most time-consuming step when debugging software bugs in general a...
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Progr...
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Progr...
Supplementary Material to: Thread-Aware In-Situ Visualization for Debugging of Concurrent Java Progr...
Supplementary Material to: ThreadRadar: A Thread-Aware Visualization for Debugging Concurrent Java P...
With increasing power of today’s computers, the Java programming language is more and more chosen by...
Abstract. Debugging concurrent Java programs is a difficult task because of multiple control flows a...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
Java program debugging was investigated in computer science students who used a software debugging e...
This paper introduces a new model for debugging of Java programs. This model is based on previous fu...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
Java program debugging was investigated in programmers who used a software debugging environment (SD...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
When debugging a distributed application, a display showing the events causing interactions between ...
Fault localization is usually the most time-consuming step when debugging software bugs in general a...
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Progr...
Supplementary Material to: A Clustering-Based Approach for Visual Debugging of Concurrent Java Progr...
Supplementary Material to: Thread-Aware In-Situ Visualization for Debugging of Concurrent Java Progr...
Supplementary Material to: ThreadRadar: A Thread-Aware Visualization for Debugging Concurrent Java P...
With increasing power of today’s computers, the Java programming language is more and more chosen by...
Abstract. Debugging concurrent Java programs is a difficult task because of multiple control flows a...
The Java language supports the use of monitors, sockets, and remote method invocation for concurrent...
Java program debugging was investigated in computer science students who used a software debugging e...
This paper introduces a new model for debugging of Java programs. This model is based on previous fu...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Java makes easier the coding phase of concurrent applications and provides friendly mechanisms for t...
Java program debugging was investigated in programmers who used a software debugging environment (SD...
This paper describes a parallel debugging environment that applies visualizations in a top-down, str...
When debugging a distributed application, a display showing the events causing interactions between ...
Fault localization is usually the most time-consuming step when debugging software bugs in general a...
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