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Lecture 0 - Computer Science
Lecture 0 - Computer Science

... model checking refers to the following problem: Given a model of a system, test automatically whether this model meets a given specification. Typically, the systems one has in mind are hardware or software systems, and the specification contains safety requirements such as the absence of deadlocks a ...
first generation of programming languages
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... Systems software provides an interface between the hardware and the application software Application software performs specific business functions Programming languages provide the means for humans to give computers instructions Organizations seek enterprise wide software solutions to provide integr ...
Programming by Optimisation: Towards a New Paradigm for
Programming by Optimisation: Towards a New Paradigm for

... Abstract: When creating software, developers frequently explore multiple ways of achieving certain tasks. Often, these alternatives are eliminated or abandoned early in the process, based on the belief that the flexibility afforded by them would be difficult or impossible to exploit later. In this t ...
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SOFTWARE

... include tools in the form of programs or applications that software developers use to create, debug, maintain, or otherwise support other programs and applications. The term usually refers to relatively simple programs such as ...
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Series 90-30 Programming with Logicmaster Part 1

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Our client is a leader in the provision of trading and risk

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lecture 13 ppt - George Mason University
lecture 13 ppt - George Mason University

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Introduction to Information and Communication Technologies

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Chapter 4 - Bond Wetherbe

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Transparency Masters for Software Engineering: A
Transparency Masters for Software Engineering: A

... May be reproduced ONLY for student use at the university level when used in conjunction with Software Engineering: A Practitioner's Approach. Any other reproduction or use is expressly prohibited. ...
Deploying Artificial Intelligence Techniques in Software Engineering
Deploying Artificial Intelligence Techniques in Software Engineering

... two stages: design and coding, exist a cycle: error recognition and correction. Experience shows that errors can occur at any stage of development (Figure 2). Errors due to coding may occur because of faulty design. Such errors are usually expensive to correct. Knowledge-based techniques in AI can b ...
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File - I Love such things which is available in the World.
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COMPONENT-LEVEL DESIGN FOR WEBAPPS

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cypher resume 2016 v06.pages
cypher resume 2016 v06.pages

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Software quality

In the context of software engineering, software quality refers to two related but distinct notions that exist wherever quality is defined in a business context: Software functional quality reflects how well it complies with or conforms to a given design, based on functional requirements or specifications. That attribute can also be described as the fitness for purpose of a piece of software or how it compares to competitors in the marketplace as a worthwhile product; Software structural quality refers to how it meets non-functional requirements that support the delivery of the functional requirements, such as robustness or maintainability, the degree to which the software was produced correctly.Structural quality is evaluated through the analysis of the software inner structure, its source code, at the unit level, the technology level and the system level, which is in effect how its architecture adheres to sound principles of software architecture outlined in a paper on the topic by OMG. In contrast, functional quality is typically enforced and measured through software testing.Historically, the structure, classification and terminology of attributes and metrics applicable to software quality management have been derived or extracted from the ISO 9126-3 and the subsequent ISO 25000:2005 quality model, also known as SQuaRE. Based on these models, the Consortium for IT Software Quality (CISQ) has defined five major desirable structural characteristics needed for a piece of software to provide business value: Reliability, Efficiency, Security, Maintainability and (adequate) Size.Software quality measurement quantifies to what extent a software or system rates along each of these five dimensions. An aggregated measure of software quality can be computed through a qualitative or a quantitative scoring scheme or a mix of both and then a weighting system reflecting the priorities. This view of software quality being positioned on a linear continuum is supplemented by the analysis of ""critical programming errors"" that under specific circumstances can lead to catastrophic outages or performance degradations that make a given system unsuitable for use regardless of rating based on aggregated measurements. Such programming errors found at the system level represent up to 90% of production issues, whilst at the unit-level, even if far more numerous, programming errors account for less than 10% of production issues. As a consequence, code quality without the context of the whole system, as W. Edwards Deming described it, has limited value.To view, explore, analyze, and communicate software quality measurements, concepts and techniques of information visualization provide visual, interactive means useful, in particular, if several software quality measures have to be related to each other or to components of a software or system. For example, software maps represent a specialized approach that ""can express and combine information about software development, software quality, and system dynamics"".
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