The study of distributed systems is increasingly fundamental to a Computer Science curriculum. Yet, the design of applications to run over distributed systems is complex and mastery of fundamental concepts is challenging for students. In order to assist in distributed systems instruction, we have developed ConcurrentMentor, a visualization system for distributed programming. This system reveals the behavior of a distributed program and its underlying communication protocols while the program executes. Input to the visualization system is generated by an accompanying communication library that closely follows abstractions of communication found in distributed systems literature. No program instrumentation is required
The process of teaching and learning computer programming has always been a challenge for students a...
Designing, implementing, and debugging concurrency control algorithms in a real system is a complex,...
In order to understand the behaviour of distributed program environments, we describe a three-dimens...
A number of communication libraries have been written to support concurrent programming. For a varie...
Parallel and distributed programming is intrinsically more difficult than sequential programming, ye...
Developing distributed systems is a complex task. Even more complex is to explain to other people ho...
Designing parallel programs for message-passing systems is not an easy task. Difficulties arise larg...
LYDIAN Distributed algorithms can be difficult to understand as well as to teach. A way to provide s...
This report describes the current status of the PARADE visualization environment. PARADE supports th...
Visualization andanimation tools maybecome extremely important aids in the understanding, verificati...
Visualization aids developers in conceptual understanding, testing, and debugging of distributed sys...
Visualization and animation tools may become extremely important aids in the understanding, verific...
We present our work on building interactive continuous visualisations of distributed algorithms for ...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
Visualization, defined as the graphical representation of symbolic objects and processes, is recogni...
The process of teaching and learning computer programming has always been a challenge for students a...
Designing, implementing, and debugging concurrency control algorithms in a real system is a complex,...
In order to understand the behaviour of distributed program environments, we describe a three-dimens...
A number of communication libraries have been written to support concurrent programming. For a varie...
Parallel and distributed programming is intrinsically more difficult than sequential programming, ye...
Developing distributed systems is a complex task. Even more complex is to explain to other people ho...
Designing parallel programs for message-passing systems is not an easy task. Difficulties arise larg...
LYDIAN Distributed algorithms can be difficult to understand as well as to teach. A way to provide s...
This report describes the current status of the PARADE visualization environment. PARADE supports th...
Visualization andanimation tools maybecome extremely important aids in the understanding, verificati...
Visualization aids developers in conceptual understanding, testing, and debugging of distributed sys...
Visualization and animation tools may become extremely important aids in the understanding, verific...
We present our work on building interactive continuous visualisations of distributed algorithms for ...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
Visualization, defined as the graphical representation of symbolic objects and processes, is recogni...
The process of teaching and learning computer programming has always been a challenge for students a...
Designing, implementing, and debugging concurrency control algorithms in a real system is a complex,...
In order to understand the behaviour of distributed program environments, we describe a three-dimens...