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Patton P., Jayaswal B. — Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software
Patton P., Jayaswal B. — Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software



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Название: Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software

Авторы: Patton P., Jayaswal B.

Аннотация:

This book presents an integrated technology, Design for Trustworthy Software (DFTS), to address software quality issues upstream such that the goal of software quality becomes that of preventing bugs in implementation rather than finding and eliminating them during and after implementation. The thrust of the technology is that major quality deployments take place before a single line of code is written!



This customer-oriented integrated technology can help deliver breakthrough results in cost, quality, and delivery schedule thus meeting and exceeding customer expectations. The authors describe the principles behind the technology as well as their applications to actual software design problems. They present illustrative case studies covering various aspects of DFTS technology including CoSQ, AHP, TRIZ, FMEA, QFD, and Taguchi Methods and provide ample questions and exercises to test the readers understanding of the material in addition to detailed examples of the applications of the technology.



The book can be used to impart organization-wide learning including training for DFTS Black Belts and Master Black Belts. It helps you gain rapid mastery, so you can deploy DFTS Technology quickly and successfully.

Learn how to



• Plan, build,maintain, and improve your trustworthy software development system

• Adapt best practices of quality, leadership, learning, and management for the unique software development milieu

• Listen to the customer’s voice, then guide user expectations to realizable, reliable software products

• Refocus on customer-centered issues such as reliability, dependability, availability, and upgradeability

• Encourage greater design creativity and innovation

• Validate, verify, test, evaluate, integrate, and maintain software for trustworthiness

• Analyze the financial impact of software quality

• Prepare your leadership and infrastructure for DFTS



Design for Trustworthy Software will help you improve quality whether you develop in-house, outsource, consult, or provide support. It offers breakthrough solutions for the entire spectrum of software and quality professionals—from developers to project leaders, chief software architects to customers.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 2006

Количество страниц: 798

Добавлена в каталог: 20.10.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
case studies, QFD for new product development, quality tools      
case studies, QFD for new product development, self-evaluation of NPD efforts      
case studies, QFD for unprecedented software      
case studies, railroad MIS functional specification      
case studies, Ramsay County, Minnesota justice system      
case studies, RES (Raytheon Electronic Systems)      2nd
case studies, RES, CoSQ costs and benefits      
case studies, RES, CoSQ data gathering      
case studies, RES, CoSQ institutionalization      
case studies, RES, CoSQ model      
case studies, RES, CoSQ tracking      
case studies, RES, difficulties encountered      
case studies, RES, implications of      
case studies, RES, lessons learned      
case studies, RES, predictability      
case studies, RES, productivity      
case studies, RES, rework cost savings      
case studies, RES, ROI results      
case studies, RES, software improvement initiative      
case studies, RES, software quality      
case studies, software field maintenance      
case studies, Submarine Spitfire      
case studies, Taguchi Methods for RTOS design verification      
case studies, Tata Consultancy Services (TCS)      
case studies, Toyota Production System (TPS)      
case studies, Toyota Production System (TPS), people      
case studies, Toyota Production System (TPS), philosophy      
case studies, Toyota Production System (TPS), planning      
case studies, Toyota Production System (TPS), production      
Catastrophic failure      
cause-and-effect diagrams      
cause-and-effect diagrams, classifying processes with      
cause-and-effect diagrams, definition of      
cause-and-effect diagrams, elements of      
cause-and-effect diagrams, identifying causes with      
cause-and-effect diagrams, purpose of      
cause-and-effect diagrams, recommended applications      
CBO (Common Business Objects) layer      
CCM (CORBA Component Model)      
CEOs      
CEOs, General Electric (GE) Six Sigma initiative      
CEOs, role in DFTS implementation      
Change      
Change Acceleration Program (CAP)      
change, Change Acceleration Program (CAP)      
change, layers of resistance to      
changing requirements      
Charts      [See also diagrams.]
charts, bar charts      
charts, check sheets      
charts, check sheets, definition of      
charts, check sheets, example of      
charts, Chief Quality Officer (CQO)      
charts, chunks      
charts, CIDM (Customer Integrated Decision Making)      2nd
charts, clarity      2nd
charts, classes      
charts, classification of CoSQ (cost of software quality)      
charts, classification of CoSQ (cost of software quality), appraisal costs      
charts, classification of CoSQ (cost of software quality), downstream internal failure costs      
charts, classification of CoSQ (cost of software quality), external failure costs      
charts, classification of CoSQ (cost of software quality), prevention costs      
charts, classification of CoSQ (cost of software quality), upstream internal failure costs      
charts, cleaning up      
charts, cleanliness      
charts, CMM (Capability Maturity Model)      2nd 3rd 4th
charts, CMMI (Capability Maturity Model Integration)      2nd 3rd
charts, coherent development      2nd
charts, coherent development, best efforts      
charts, coherent development, Essential Path Method (EPM)      
charts, cohesiveness of teams      
charts, COM+      
charts, Combination I.D./Matrix Method (prioritization matrices)      
charts, Common Business Objects (CBO) layer      
charts, Common Object Request Broker Architecture (CORBA)      
charts, communication      
charts, communication, effective communication      
charts, communication, failure of      
charts, communication, management's consensus and commitment, communicating      
charts, communication, organization-wide consultation and communication      
charts, control charts      
charts, control charts, control limits      
charts, control charts, definition of      
charts, control charts, R charts      
charts, control charts, recommended applications      
charts, control charts, X-Barcharts      
charts, control charts, XmR charts      
charts, flowcharts      
charts, flowcharts, creating      
charts, flowcharts, definition of      
charts, flowcharts, detailed flowcharts      
charts, flowcharts, high-level flowcharts      
charts, flowcharts, purpose of      
charts, flowcharts, recommended applications      
charts, flowcharts, swim lane flowcharts      
charts, flowcharts, symbols      
charts, Pareto charts      
charts, Pareto charts, example of      
charts, Pareto charts, recommended applications      
charts, pie charts      
charts, run charts      
Compilers      
complexity      
complexity, abstract complexity analysis      
complexity, Analytic Hierarchy Process (AHP)      
complexity, controlling      
complexity, IT portfolio alignment      
complexity, managing in high-tech start-up enterprises      
complexity, managing in patient record systems      
complexity, managing in system conversion      
complexity, of computers      
complexity, of software      2nd
complexity, sensitivity to complexity      
complexity, structuring      
component-based software development technology      
Comprehensive QFD      
computer complexity      
computer programming automation      
concept selection      
concept/architectural FMEA (Failure Modes and Effects Analysis)      
concurrent implementation      
Conjoint Analysis      
Consensus Criteria Method      
consistency ratios      
consistent comparison problem      
consistent performance, achieving with Taguchi Methods      
Constraints, Theory of (TOC)      
Constraints, Theory of (TOC), complexity      
Constraints, Theory of (TOC), layers of resistance to change      
Constraints, Theory of (TOC), problems      
Constraints, Theory of (TOC), Thinking Processes      
Consumer Encounters      
consumerism      
content analysis      
content validity      
continuous improvement (kaizen)      
control charts      
control charts, control limits      
control charts, definition of      
control charts, R charts      
control charts, recommended applications      
control charts, X-Barcharts      
control charts, XmR charts      
control factors      
control limits      
control systems      
control systems, belief systems      
control systems, boundary systems      
control systems, diagnostic control systems      
control systems, feedback control systems      
control systems, feedback control systems, DFTS feedback review framework      
control systems, feedback control systems, elements of      
control systems, feedback control systems, establishing      
control systems, feedback control systems, overview of      
control systems, interactive control systems      
controllable factors      
controlling complexity      
CoPQ (cost of poor quality)      
Copyleft      
Copyright      
CORBA (Common Object Request Broker Architecture)      
corporate quality council (CQC)      
corporate values, TSP (Toyota Production System) case study      
correlation methods      
CoSQ (Cost of Software Quality)      2nd 3rd 4th
CoSQ (Cost of Software Quality), ABC and      
CoSQ (Cost of Software Quality), benefits of cost-of-quality analysis      
CoSQ (Cost of Software Quality), case study: CoSQ at Intents Software      2nd
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems)      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), CoSQ costs and benefits      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), CoSQ data gathering      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), CoSQ institutionalization      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), CoSQ model      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), CoSQ tracking      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), difficulties encountered      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), implications of      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), lessons learned      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), predictability      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), productivity      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), rework cost savings      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), ROI results      
CoSQ (Cost of Software Quality), case study: RES (Raytheon Electronic Systems), software quality      
CoSQ (Cost of Software Quality), classification of      
CoSQ (Cost of Software Quality), classification of, appraisal costs      
CoSQ (Cost of Software Quality), classification of, downstream internal failure costs      
CoSQ (Cost of Software Quality), classification of, external failure costs      2nd
CoSQ (Cost of Software Quality), classification of, prevention costs      
CoSQ (Cost of Software Quality), classification of, upstream internal failure costs      
CoSQ (Cost of Software Quality), cost of quality tasks      
CoSQ (Cost of Software Quality), DCF (Discounted Cash Flow)      
CoSQ (Cost of Software Quality), over life cycle      
CoSQ (Cost of Software Quality), payback from investment in quality      
CoSQ (Cost of Software Quality), pitfalls of      
CoSQ (Cost of Software Quality), reporting      2nd
CoSQ (Cost of Software Quality), value of analysis      
cost of poor quality (CoPQ)      
cost of quality tasks      2nd
cost of software quality      [See CoSQ (Cost of Software Quality).]
cost-of-quality analysis      
costs      
costs, cost of poor quality (CoPQ)      
costs, cost of quality tasks      2nd
costs, cost of software quality      [See CoSQ (Cost of Software Quality).]
costs, cost-of-quality analysis      
costs, LCC (life-cycle costs)      
costs, supply costs      
cottage industry models      
CPM (Critical Path Method)      
CQC (corporate quality council)      
CQCO (Chief Quality Officer)      
Creativity      [See also TRIZ (Teoriya Resheniya Izobreatatelskikh Zadatch).]
creativity, brainstorming      
creativity, importance of      
creativity, key points      
creativity, Pugh concept selection      
criteria      
criterion-related validity      
Critical Chain project management      
critical failure      
Critical Path Method (CPM)      
cultural changes, integrating      
cultural compatibility, General Electric (GE) Six Sigma initiative      
customer context analysis      
customer environment analysis      
customer focus      2nd
Customer Integrated Decision Making (CIDM)      2nd
customer orders, sorting      
customer responsiveness      
Customer Voice Tables (CVTs)      2nd 3rd 4th
customers      
customers, customer context analysis      
customers, customer environment analysis      
customers, Customer Integrated Decision Making (CIDM)      2nd
customers, customer satisfaction      2nd 3rd
customers, Customer Voice Tables (CVTs)      2nd 3rd 4th
customers, emotions      
customers, end users      
customers, expectations      
customers, external customers      
customers, government agencies      
customers, internal customers      
customers, needs      
customers, needs, analyzing      
customers, needs, analyzing customer needs structure      
customers, needs, changing requirements      
customers, needs, Customer Voice Table (CVT)      
customers, needs, defining for brand-new products      2nd 3rd
customers, needs, deploying high-value needs      2nd
customers, needs, discovering      
customers, needs, identifying      2nd
customers, needs, logical or perceived needs      
customers, needs, prioritizing      2nd
customers, needs, stated requirements      
customers, needs, structuring      2nd
customers, needs, unstated requirements      
customers, requirements      2nd 3rd
customers, requirements, Kano's model of customer requirements      
customers, segmentation      
customers, Voice of Customer Analysis      2nd
CVTs (Customer Voice Tables)      2nd 3rd 4th
Cyclomatic complexity      
DCF (Discounted Cash Flow)      
Debugging      
debugging, definition of      
debugging, testing and debugging anomalies      
Decision Engine Products      
decision hierarchy      
Decomposition      
defect removal effectiveness (DRE)      
Defect-Free Process      
defective units      
defects      
defects, causes of      
defects, defect backlog      
defects, defect density      
defects, defect rate during formal system testing      
defects, defect removal effectiveness (DRE)      
Degrees of freedom      
delayering, General Electric (GE) Six Sigma initiative      
demand for new products      
Deming, W. Edwards      2nd 3rd
Deming, W. Edwards, consistent performance, achieving      
Deming, W. Edwards, fourteen points for management      
Deming, W. Edwards, quality philosophy      
deploying poka yoke systems      
DEs (desirable effects)      
Design      2nd 3rd
Design for Six Sigma (DFSS)      2nd
Design of experiments      
Design of Experiments (DOE)      
Design patterns      
design, Design for Six Sigma (DFSS)      2nd
design, Design of Experiments (DOE)      
design, design patterns      
design, design performance      
design, DRE (defect removal effectiveness)      
design, FMEA (Failure Modes and Effects Analysis)      
design, IT portfolio alignment      
design, iterative processes      
design, parameter design      2nd 3rd
1 2 3 4 5 6 7 8 9
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