Algorithms are presented for detecting errors and anomalies in programs which use synchronization constructs to implement concurrency. The algorithms employ data flow analysis techniques. First used in compiler object code optimization, the techniques have more recently been used in the detection of variable usage errors in single process programs. By adapting these existing algorithms the same classes of variable usage error can be detected in concurrent process programs. Important classes of errors unique to concurrent process programs are also described, and algorithms for their detection are presented
The main objective of this paper is to propose a software implementation model for concurrency error...
Abstract. Programs containing concurrency anomalies will most prob-ably exhibit harmful erroneous an...
Concurrency bug detection is important to guarantee the correct behavior of multithread programs. Ho...
An approach to the analysis of concurrent software is discussed. The approach, called anomaly detect...
Detecting bugs plays a significant role in software development. Bugs may lead to unexpected behavio...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
In an earlier paper, the authors have defined type 1 and type 2 data flow anomalies to be, respectiv...
This paper describes a general technique to identify control flow errors in parallel programs, which...
Concurrency is an indispensable programming paradigm and multi-threaded programs form the bedrock of...
Developers of concurrent software need cost-effective analysis techniques to acquire confidence in t...
Software is pervasive in our daily lives. Unfortunately, software bugs can severely affect the depen...
This thesis presents a catalog of concurrency-related bug patterns. In contrast to design patterns, ...
Abstract. Nowadays, multi-threaded programs are quite common and so are concurrency errors. Many wor...
Dataflow analyses are a critical part of many optimizing compilers as well as bug-finding and progra...
The main objective of this paper is to propose a software implementation model for concurrency error...
Abstract. Programs containing concurrency anomalies will most prob-ably exhibit harmful erroneous an...
Concurrency bug detection is important to guarantee the correct behavior of multithread programs. Ho...
An approach to the analysis of concurrent software is discussed. The approach, called anomaly detect...
Detecting bugs plays a significant role in software development. Bugs may lead to unexpected behavio...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
In an earlier paper, the authors have defined type 1 and type 2 data flow anomalies to be, respectiv...
This paper describes a general technique to identify control flow errors in parallel programs, which...
Concurrency is an indispensable programming paradigm and multi-threaded programs form the bedrock of...
Developers of concurrent software need cost-effective analysis techniques to acquire confidence in t...
Software is pervasive in our daily lives. Unfortunately, software bugs can severely affect the depen...
This thesis presents a catalog of concurrency-related bug patterns. In contrast to design patterns, ...
Abstract. Nowadays, multi-threaded programs are quite common and so are concurrency errors. Many wor...
Dataflow analyses are a critical part of many optimizing compilers as well as bug-finding and progra...
The main objective of this paper is to propose a software implementation model for concurrency error...
Abstract. Programs containing concurrency anomalies will most prob-ably exhibit harmful erroneous an...
Concurrency bug detection is important to guarantee the correct behavior of multithread programs. Ho...