One of the diffculties involved in teaching and learning multithreaded programming comes from the inability to determine how a program will execute based on the source code alone. Unlike single-threaded programs, a multithreaded environment makes it impossible to know the exact order in which statements will execute due to thread scheduling and communication between threads. This thesis describes a system intended to reduce this diffculty by collecting information about thread synchronization events during program execution and displaying them to the user
Supplementary Material to: Thread-Aware In-Situ Visualization for Debugging of Concurrent Java Progr...
This paper presents and evaluates a set of analyses designed to reduce synchronization overhead in J...
Today more and more applications become multithreaded, because parallel processing of multiple threa...
Abstract. To assist developing robust multithreaded software, we develop a thread monitoring system ...
Multithreading provides an adequate support for con-current programming, but requires the software d...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Multithreading introduces a degree of complexity that is often difficult to grasp by beginners both ...
Multithreaded programming is becoming increasingly important because of recent increase in the use o...
Windowing Toolkit in which Graphical User Interfaces (GUIs) can be constructed, its support for conc...
ThreadMentor is a multiplatform pedagogical tool designed to ease the difficulty in teaching and lea...
For a subset JavaTck (Java Thread Composition Kernel) of Java an empirical semantics has been develo...
More than 75% of recent Java projects include some form of concurrent programming. Due to complex in...
As highly parallel multicore machines become commonplace, programs must exhibit more concurrency to ...
One popular model of concurrent computing is threads-based parallel programming on a shared memory p...
AbstractIn this paper, we describe three novel analyses for eliminating unnecessary synchronization ...
Supplementary Material to: Thread-Aware In-Situ Visualization for Debugging of Concurrent Java Progr...
This paper presents and evaluates a set of analyses designed to reduce synchronization overhead in J...
Today more and more applications become multithreaded, because parallel processing of multiple threa...
Abstract. To assist developing robust multithreaded software, we develop a thread monitoring system ...
Multithreading provides an adequate support for con-current programming, but requires the software d...
As we move into the era of multi-core processors, a lot more software developers are writing concurr...
Multithreading introduces a degree of complexity that is often difficult to grasp by beginners both ...
Multithreaded programming is becoming increasingly important because of recent increase in the use o...
Windowing Toolkit in which Graphical User Interfaces (GUIs) can be constructed, its support for conc...
ThreadMentor is a multiplatform pedagogical tool designed to ease the difficulty in teaching and lea...
For a subset JavaTck (Java Thread Composition Kernel) of Java an empirical semantics has been develo...
More than 75% of recent Java projects include some form of concurrent programming. Due to complex in...
As highly parallel multicore machines become commonplace, programs must exhibit more concurrency to ...
One popular model of concurrent computing is threads-based parallel programming on a shared memory p...
AbstractIn this paper, we describe three novel analyses for eliminating unnecessary synchronization ...
Supplementary Material to: Thread-Aware In-Situ Visualization for Debugging of Concurrent Java Progr...
This paper presents and evaluates a set of analyses designed to reduce synchronization overhead in J...
Today more and more applications become multithreaded, because parallel processing of multiple threa...