The room was arranged with two circles of chairs, with an inner circle for academics, and an outer circle for industrialists and PhD students, so that two sets of people were facing one another. The academic was then given a few minutes to explain his or her area or research.
If a collaboration looked promising, the participants agreed to exchange business cards, in order to take discussions further at a later date. Academics then moved seats around the room in order for discussions to begin between different attendees. Continue reading statements are identified by symbolically executing the system, and using it to record those branches of source code that are executed with respect to a particular state transition.
To establish this, we https://telemeetlove.site/7blog/age-dating-laws-in-6619.php a substantial, industrial system. Sigrid Eldh has suggested that we can use a software component for an Ericsson telecoms system as a case study.
Because it is representative of a mature, substantial industrial product, it would enable us to effectively gauge its feasibility.
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In addition, a hybrid testing approach using elements of both techniques may allow measurement of fault tolerance. Reliability is defined as the ability of a system or component to perform its required functions under stated conditions for a specified period of time; commonly used measures of reliability of a software system or component are Mean Time To Failure MTTFMean Time Between Failures MTBF and Availability. The overall reliability of a software system or component is a combination of both stability and correctness contributions, where stability is defined as the tendency or otherwise of a system or program to crash, and correctness is defined as the degree to which software conforms to its student speed dating system.
Robustness is defined as the degree to which a system or component can function correctly in the presence of invalid inputs. A fault tolerant system or component is able to continue normal operation despite the presence of faults.
This collaborative research will employ methods of empirical validation, Grounded Theory, theoretical student speed dating system, and comparison with traditional metrics. The expected contributions of the research are the development of measurement techniques and metrics for software reliability, robustness and fault tolerance that can be used to characterise software components.
Rob Hierons Brunel University and Rishabh Gupta Motorola Topic: Defect and cost prediction If we can predict where defects will occur and their impact then we can direct testing in order to make it more effective and we can make more informed release decisions.
Motorola have developed an approach for defect prediction based on Bayesian Networks. While this has proved to be accurate, the use of more than one method could make the predictions more robust.
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Researchers at Brunel University have used case based reasoning for both cost and defect prediction. The proposal is to first apply Case-Based reasoning techniques for defect prediction, and possibly also cost prediction, using Motorola data.
The research will then investigate how the predictions from Bayesian Networks and Case-Based reasoning can be combined. Rob Hierons Brunel University and Harmen Sthamer DaimlerChrysler Topic: State-based testing Metaheuristic algorithms have been successfully applied to the generation of test cases that cover parts of the code.
However, there has been very little work on generating test sequences from a specifications or design.
The proposed research will investigate the use of metaheuristic algorithms to generate test sequences from a model written in a language such as statecharts or SDL. The aim will be to automatically produce test sequences that 'cover' the model and will consider several forms of coverage such as executing every transition.
It will also investigate how testing may use student speed dating system derived from both a statechart or SDL model and the structure of the code. For example, state information in the model might prove valuable in the generation of test cases to cover the code: it may be necessary to reach a particular state of the model before parts of the code can be covered.
Rob Hierons Brunel University and Sigrid Eldh Ericsson Topic: Comparing test techniques Despite many test techniques having been defined and used in practice, little is known about the relative effectiveness and efficiency of these techniques.
This research will explore the performance of test techniques within the telecommunications domain. While focussing on one application domain will restrict the generality of any results, it is anticipated that many interesting properties of testing will be domain specific and that such properties can only be discovered by investigating a single application domain. The first relates to the representation and analysis of MSCs.
Where an MSC contains alternatives, the generation of a tree representation can lead to a combinatorial explosion.
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In such cases, we need a new representation and algorithms that manipulate descriptions written in such a notation. The second problem relates to regression testing and the well known problem of reusing test cases when interfaces have changes.
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