The EVOLVE project aims to create a methodological framework for early verification and validation of software products through incremental model-driven engineering. This will allow validated components to be reused, shortening development time and reducing costs while improving quality. The framework will explore early validation based on models and requirements, agile incremental development, and evolutionary certification for internal and external accreditation. Case studies will validate the methodology in industry.
Testing and Verification through Virtual Product ModelsGergely Hidas
Modern engineering design and simulation software (CAD, CAM, CAE) allow for extensive use of virtual prototypes along the product and production development reducing the cost and time of physical prototyping. These software technologies in turn has also important role in testing and verification against the various regulations. This paper reviews the recent progress of virtual verification (ViVer) technology and the underlying emerging concepts with special focus on the role of certification service providers. The paper covers multiple aspects of the ViVer concept serving as a conceptual guideline for the development of
virtual verification systems of the future.
The first report for Obstacle Driven Development which has been released and is intended to comprehensively cover the basics of ODD while being concise.
ODD is used for software, hardware and embedded and is the product of combining various engineering and software techniques.
Other presentations cover how ODD extends and combines Test Driven Development, requirements analysis, V-models and Agile.
A further paper is to follow with full referencing.
Dr. Andreas Birk: Approaches to Agile in Medical Device DevelopmentIntland Software GmbH
This slide deck accompanied Dr. Andreas Birk's webinar on 4 Mar 2021 on the use of Agile in the development of medical technology. Flick through the presentation, or watch a recording of this webinar on Intland Software's website: https://intland.com/webinar-recording/approaches-to-agile-in-medical-device-development-webinar-recording/
Download the accompanying white paper: https://content.intland.com/approaching-agile-in-medical-device-development
OW2Con 2013 - Measuring quality of software developments with Spago4QSpagoWorld
The presentation supported the speech by Daniele Gagliardi, Spago4Q Architect, at OW2Con 2013 - the annual community event of OW2 Consortium (www.ow2.org). It focuses on a use case of Spago4Q platform (www.spago4q.org), which allows measuring the quality of developments in a large industrial software factory. www.spagoworld.org
A living story: measuring quality of developments in a large industrial softw...OW2
Open Source has no more intrinsic value per se. Nowadays it is facing new challenges, such as stimulating creativity and bringing innovation into market. One of its major challenges consists in delivering valuable outcomes, which requires a PMAI approach: Plan metrics and dimensions of analysis, get Measures and global performance value from data, Assess results and Improve processes by solving issues and removing bottlenecks. Spago4Q makes this happen. Main goals achieved are the continuous improvement of quality practices, the measurement and enhancement of productivity and the development process compliance with quality certifications such as ISO and CMMi standards. QESTnd - an n-dimensional measurement model - allows to collect performance values on three dimensions of analysis (Economical, Social and Technical) in order to identify process areas that need improvements. Drill-down capabilities provide both a unified view of the global performance of the Labs and detailed views of the single process dimensions.
ArianeGroup benefits from a 184% Return of Investment when using PLC Checker thanks to quicker commissioning and easier maintenance.
Find out more about the use of PLC Checker for the quality control of PLC programs in the aerospace, defence, and security industries in our ArianeGroup success story.
Testing and Verification through Virtual Product ModelsGergely Hidas
Modern engineering design and simulation software (CAD, CAM, CAE) allow for extensive use of virtual prototypes along the product and production development reducing the cost and time of physical prototyping. These software technologies in turn has also important role in testing and verification against the various regulations. This paper reviews the recent progress of virtual verification (ViVer) technology and the underlying emerging concepts with special focus on the role of certification service providers. The paper covers multiple aspects of the ViVer concept serving as a conceptual guideline for the development of
virtual verification systems of the future.
The first report for Obstacle Driven Development which has been released and is intended to comprehensively cover the basics of ODD while being concise.
ODD is used for software, hardware and embedded and is the product of combining various engineering and software techniques.
Other presentations cover how ODD extends and combines Test Driven Development, requirements analysis, V-models and Agile.
A further paper is to follow with full referencing.
Dr. Andreas Birk: Approaches to Agile in Medical Device DevelopmentIntland Software GmbH
This slide deck accompanied Dr. Andreas Birk's webinar on 4 Mar 2021 on the use of Agile in the development of medical technology. Flick through the presentation, or watch a recording of this webinar on Intland Software's website: https://intland.com/webinar-recording/approaches-to-agile-in-medical-device-development-webinar-recording/
Download the accompanying white paper: https://content.intland.com/approaching-agile-in-medical-device-development
OW2Con 2013 - Measuring quality of software developments with Spago4QSpagoWorld
The presentation supported the speech by Daniele Gagliardi, Spago4Q Architect, at OW2Con 2013 - the annual community event of OW2 Consortium (www.ow2.org). It focuses on a use case of Spago4Q platform (www.spago4q.org), which allows measuring the quality of developments in a large industrial software factory. www.spagoworld.org
A living story: measuring quality of developments in a large industrial softw...OW2
Open Source has no more intrinsic value per se. Nowadays it is facing new challenges, such as stimulating creativity and bringing innovation into market. One of its major challenges consists in delivering valuable outcomes, which requires a PMAI approach: Plan metrics and dimensions of analysis, get Measures and global performance value from data, Assess results and Improve processes by solving issues and removing bottlenecks. Spago4Q makes this happen. Main goals achieved are the continuous improvement of quality practices, the measurement and enhancement of productivity and the development process compliance with quality certifications such as ISO and CMMi standards. QESTnd - an n-dimensional measurement model - allows to collect performance values on three dimensions of analysis (Economical, Social and Technical) in order to identify process areas that need improvements. Drill-down capabilities provide both a unified view of the global performance of the Labs and detailed views of the single process dimensions.
ArianeGroup benefits from a 184% Return of Investment when using PLC Checker thanks to quicker commissioning and easier maintenance.
Find out more about the use of PLC Checker for the quality control of PLC programs in the aerospace, defence, and security industries in our ArianeGroup success story.
Obstacle Driven Development is the result of combining various engineering methods and is a new approach to engineering.
ODD combines Test Driven Development with V-models and extends throughout the development process. Other aspects such as safety critical requirements analysis, software design and Agile principles are adapted.
This updated presentation demonstrates how ODD extends and combines V-model development into an M-model. Introduced is the concept of inverted V-models to create N and M-models.
Please check out the website @ www.odd.enterprises see the series for further details.
Qualitative and Quantitative Technology Transfer Models...
This topic comes under Product Development and Technology Transfer....
This is useful for M.Pharm (Pharaceutical Quality Assurance) Students who studying in Fist year sem I....
This Presentation Contain following...
#Introduction of Technology Transfer
#Types of Technology Transfer
#Importance, Reasons of Technology Transfer
#Models of Technology Transfer
#Conclusion
#References
Thanks For Help and Guidance of Mr. Rakesh P. Dhawale Sir
and Miss. Sadaf A. Mutwalli
Too little quality will lead to disappointed users, while too much quality is costly, inefficient, and unsustainable. In this talk we show how to elicit appropriate quality levels with quality-impact relationships. The results help to adjust quality in case of negative user feedback and to prespare service level agreements (SLA) based on empirical evidence.
Design controls are not an easy subject to address during and after the design of medical devices and manufacturing processes. Design controls should drive the device design process, not be an afterthought. This session focuses on treating design as a separate entity within the quality management system, user needs vs. design inputs, continuation of design controls after the transfer process, design review and more.
To help corporations survive amidst worldwide
quality competition, the authors have focused on the strategic
development of a Higher-Cycled Product Design CAE Model
employing a Highly Reliable CAE Analysis Technology
Component Model. Their efforts are part of principle-based
research aimed at evolving product design and CAE development
processes to ensure better quality assurance. To satisfy the
requirements of developing and producing high quality products
while also reducing costs and shortening development times, the
effectiveness of this model was verified by successfully applying it
to the technological problems of loosening bolts and other
product design bottlenecks at auto manufacturers.
Obstacle Driven Development is the result of combining various engineering methods and is a new approach to engineering.
ODD combines Test Driven Development with V-models and extends throughout the development process. Other aspects such as safety critical requirements analysis, software design and Agile principles are adapted.
This updated presentation demonstrates how ODD extends and combines V-model development into an M-model. Introduced is the concept of inverted V-models to create N and M-models.
Please check out the website @ www.odd.enterprises see the series for further details.
Qualitative and Quantitative Technology Transfer Models...
This topic comes under Product Development and Technology Transfer....
This is useful for M.Pharm (Pharaceutical Quality Assurance) Students who studying in Fist year sem I....
This Presentation Contain following...
#Introduction of Technology Transfer
#Types of Technology Transfer
#Importance, Reasons of Technology Transfer
#Models of Technology Transfer
#Conclusion
#References
Thanks For Help and Guidance of Mr. Rakesh P. Dhawale Sir
and Miss. Sadaf A. Mutwalli
Too little quality will lead to disappointed users, while too much quality is costly, inefficient, and unsustainable. In this talk we show how to elicit appropriate quality levels with quality-impact relationships. The results help to adjust quality in case of negative user feedback and to prespare service level agreements (SLA) based on empirical evidence.
Design controls are not an easy subject to address during and after the design of medical devices and manufacturing processes. Design controls should drive the device design process, not be an afterthought. This session focuses on treating design as a separate entity within the quality management system, user needs vs. design inputs, continuation of design controls after the transfer process, design review and more.
To help corporations survive amidst worldwide
quality competition, the authors have focused on the strategic
development of a Higher-Cycled Product Design CAE Model
employing a Highly Reliable CAE Analysis Technology
Component Model. Their efforts are part of principle-based
research aimed at evolving product design and CAE development
processes to ensure better quality assurance. To satisfy the
requirements of developing and producing high quality products
while also reducing costs and shortening development times, the
effectiveness of this model was verified by successfully applying it
to the technological problems of loosening bolts and other
product design bottlenecks at auto manufacturers.
Integrated Technology Solutions for Drug SafetyCovance
Technology has forever transformed the entire healthcare continuum and has ushered in new and revolutionary ways to ensure patient and consumer safety. It has also enabled organizations to achieve higher levels of insight, quality and efficiencies by driving down operational costs and rendering information in meaningful ways. Technology has weaved itself into safety operations by being a strategic element of worldwide pharmacovigilance (PV) systems, fundamentally altering the drug safety continuum. To enable transformation, one of the biggest challenges organizations face is how to effectively integrate the complexities of two seemingly separate functions, the technology know-how behind IT and the science behind Safety Operations. Companies that recognize the synergies of an integrated strategy and unified communication process will see greater success in managing the safety of their products, including proactive responses to problems and business priorities.
Simply put, product engineering can be defined as the procedure of developing and designing an assembly, a device or a system so that it can be produced as a sales item via a production manufacturing process. It generally comprises of practices that involves issues such as produce ability, cost, performance, quality, serviceability, reliability and other user features.
Software Development Models by Graham et alEmi Rahmi
Software Development Models - Graham et al Foundation of Software Testing
http://sif.uin-suska.ac.id/
http://fst.uin-suska.ac.id/
http://www.uin-suska.ac.id/
Software Development Models - Graham et al Foundation of Software Testing
http://sif.uin-suska.ac.id/
http://fst.uin-suska.ac.id/
http://www.uin-suska.ac.id/
From Prototype to Production_ The Embedded Software Development Lifecycle.pdfEmblem Technologies
"Building Robust Communication Protocols for Embedded Systems" delves into the intricate process of designing and implementing reliable communication frameworks tailored to the unique constraints and requirements of embedded systems, ensuring seamless data exchange and system interoperability. This comprehensive guide explores strategies, best practices, and key considerations essential for engineers navigating the complexities of embedded systems development.
From Prototype to Production_ The Embedded Software Development Lifecycle.pdfEmblem Technologies
"Building Robust Communication Protocols for Embedded Systems" delves into the intricate process of designing and implementing reliable communication frameworks tailored to the unique constraints and requirements of embedded systems, ensuring seamless data exchange and system interoperability. This comprehensive guide explores strategies, best practices, and key considerations essential for engineers navigating the complexities of embedded systems development.
Embracing autonomous testing is no longer merely an option but emerges as a strategic necessity for organizations committed to delivering superior software solutions within the dynamic contours of the contemporary tech landscape.
STAG’s unique engineering approach to designing test cases enabled detection of critical defects and improved product maturity of a mobile phone application of a global embedded telecom solution provider, enabling go-to-market with high confidence.
White paper quality at the speed of digitalrajni singh
Our modern testing practices help speed up the current scope of quality assurance with help of a cognitive approach. Here is the link to download my published whitepaper on "Quality at the Speed of Digital" https://www.nagarro.com/qa-at-the-speed-of-digital #qualityassurance
The Evolution of Web App Testing_ An Ultimate Guide to Future Trends.pdfkalichargn70th171
Remaining informed about evolving trends is crucial for both businesses and developers in the dynamic field of web development. The year 2024 heralds groundbreaking advancements poised to revolutionize website construction and interaction. From progressive web apps and voice search optimization to prioritizing accessibility and cybersecurity, staying attuned to these trends is imperative. In this blog, we delve deeper into the pivotal trends shaping the future of web development in the upcoming year.
Quality assurance and testing _ H2kinfosys.pdfsharontims
Quality assurance and testing are integral components of the software development process, playing a pivotal role in ensuring the delivery of reliable, high-quality software products to end-users.
ROLE OF iSAFE/iMobi IN SEAMLESS INTEGRATION OF THE DEVOPS ENVIRONMENTIndium Software
IP-led test automation framework supported by blueprint
for product development in Devops environment can
ensure automation in the true sense.
DevOps is fast becoming adopted as the environment for product
development. It facilitates closer integration of development and operations
teams, reducing the time needed to develop and deploy a product. However,
it is still in its early stages and the teams continue to work in silos due to the
different kinds of tools they need suited to their needs.
An IP-driven testing framework like iSAFE can be the bulwark on which the development, testing and operations teams can integrate more seamlessly,
as it provides one key feature needed when handling such a comprehensive
environment – traceability. The other advantages, of course, are reusability,
automated alerts and shorter testing periods, thus aiding in the quick time-to-market
needs of the organizations.
The quality assurance checklist for progressive testingMaitrikpaida
Quality assurance (QA) is a strategic way of preventing mistakes and defects in developed products and avoiding problems when delivering products or services to customers. This defect prevention in quality assurance differs subtly from defect detection and rejection in quality control and has been referred to as a shift left since it focuses on quality earlier in the process
The quality assurance checklist for progressive testing
ITEA-EVOLVE-profile-08
1. Project Profile
Reliable, accurate, fast and low-cost
validation and verification of software
products is a cornerstone of modern
high-tech industry. The EVOLVE
project will enforce the creation
of a methodological framework for
early verification and validation of
evolutionary software products through
the accredited and certified integration
of each component during every
iteration in an incremental model-driven
engineering (MDE) context.
High quality software is a key driver
underpinning the digital revolution and an
integral part of most products from global
high-tech companies. Reliable, accurate,
fast and low-cost validation and verification
of such products is one of the cornerstones
in the modern high-tech industry. However,
many software organisations clearly
lack efficient verification and validation
technologies that would support rapid and
high quality software development in a
volatile business environment.
METHODOLOGICAL FRAMEWORK
The goal of the EVOLVE project is to create
a methodological framework for early
verification and validation of evolutionary
products through the accredited and
certified integration of each component.
EVOLVE will provide an iterative and
incremental methodology. Moreover, it is
oriented by the agile and model-driven
engineering paradigms, fostering accredited
and certified component reusability in a
broad sense.
The target domain is the construction of
software for real-time embedded systems,
which may be subject to legal certification
or internal company accreditation.
Attention is focused on validation of both
functional and non-functional properties,
from requirements evaluation of an early
architecture design to final customer
acceptance.
To sustain the increase in the software
content and reliance on software for
safety-critical systems in industry, it is
necessary to take the next step in process
improvement. While many software-
process-oriented projects focus on
waterfall-like development processes, the
real-life situation is different. In addition,
industry needs to cope with evolutions
during development as well as during the
product life cycle.
ENSURING EARLY VALIDATION
EVOLVE will give an answer to these
problems by tackling the aspects of
early validation and looking to agile
techniques for modular design verification
and validation. Moreover, the project
will improve the reusability paradigm by
providing means to obtain internal company
certification on components.
The results of EVOLVE will:
1. Shorten time to market by supporting
incremental design;
2. Improve quality by providing
methodologies for early verification and
validation; and
3. Reduce costs by encouraging
component reuse.
Illustrating the complemenarity of the EVOLVE workpackages by
positioning them on the waterfall model
Early V&V Iterative and
Incremental V&VIncremental V&V
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Realization
System
Design
Unit
Testing
Validation
Realization
System
Design
Unit
Testing
Validation
Evolutionary
Certification
System Spec’s System Testing
Validation
N
e
e
d
s
Integration
Testing
System
Requirements
System
Design
Unit
Testing
Validation
Validation
Realization
Early V&V Iterative and
Incremental V&VIncremental V&V
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Realization
System
Design
Unit
Testing
Validation
Realization
System
Design
Unit
Testing
Validation
Evolutionary
Certification
System Spec’s System Testing
Validation
N
e
e
d
s
Integration
Testing
System
Requirements
System
Design
Unit
Testing
Validation
Validation
Realization
Early V&V Iterative and
Incremental V&VIncremental V&V
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Realization
System
Design
Unit
Testing
Validation
Realization
System
Design
Unit
Testing
Validation
Evolutionary
Certification
System Spec’s System Testing
Validation
N
e
e
d
s
Integration
Testing
System
Requirements
System
Design
Unit
Testing
Validation
Validation
Realization
Early V&V Iterative and
Incremental V&VIncremental V&V
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Integration
Testing
System Spec’s
System
Requirements
System Testing
Validation
Validation
N
e
e
d
s
Realization
System
Design
Unit
Testing
Validation
Realization
System
Design
Unit
Testing
Validation
Evolutionary
Certification
System Spec’s System Testing
Validation
N
e
e
d
s
Integration
Testing
System
Requirements
System
Design
Unit
Testing
Validation
Validation
Realization
Evolutionary validation,
verification and certification
Enabling iterative and incremental
development of certified software
•••••••••••••••••••••••••••••••••••••
EVOLVE
(ITEA 2 ~ 07010)
•••••••••••••••
n Partners
Autoliv
Barco n.v.
Critical Software
DS2
Elektrobit
European Software Institute
Fudeco
I3B
Ibermatica
Ingeteam
Jönköping University
K.U.Leuven
Lero
Melexis
Mondragon University
Nokia
Nokia Siemens Networks
Open License Society
Triphase
Universidad de Cantabria
VTT – Technical Research Centre of
Finland
n Countries involved
Belgium
Finland
Ireland
Portugal
Spain
Sweden
n Project start
April 2008
n Project end
March 2011
n Contact
Project Leader :
Devos Johan R.
Barco n.v. - Belgium
Email :
Johan.r.devos@barco.com
Project website :
www.evolve-itea.org
2. Project Profile
To achieve its goal, EVOLVE will explore
three tracks to add evolution and
certification to model-driven engineering:
n Early verification and validation during
the first phases of a project, based on
models and requirements;
n Incremental and iterative model-driven
development (MDD) – Agile MDD
development; and
n Evolutionary certification on two levels:
1 Informal internal certification and
homologation, and
2 External official certification – e.g. for
safety-critical applications.
Industrial case studies are foreseen on all
three tracks to validate the methodology in
real-life industrial environments to ensure
the usability. Dissemination and exploitation
activities are planned at the same time to
spread the knowledge and experiences to a
wider public.
IMPROVING THE SOFTWARE
ENGINEERING PROCESS
The major visible results expected for
EVOLVE are:
n Unified modelling techniques to
describe all the relevant aspects of the
system; and
n Iterative and incremental validation
and verification techniques to develop
certified components and products,
without impacting business and time
schedules and costs:
• Certification activities integrated in
normal development process, instead
of a separate and stand-alone after-
the-fact procedure on a final product,
and
• Reuse of validation and verification,
and certification results and artefacts
for new and derived variants of
component and products.
The objective is to reduce development
costs by early validation and verification,
avoiding error propagation costs, while
certification will not incur any additional
costs.
Users of EVOLVE results will include:
n Industry, which will adopt the EVOLVE
results in central methodology groups
and disseminate them internally to
their operational divisions, leading to
products and services produced with
higher productivity and less risks.
n Tool providers, which will enhance
existing products by integrating them
within the EVOLVE methodology, as
well as building new products from
EVOLVE.
n Universities and research institutes,
which will integrate EVOLVE results in
their software engineering courses, so
placing the MDE and agile approach
as a well-established method of
software development for embedded
systems in the education of Europe’s
next generation of software engineers,
and raise their profiles in the areas of
software and systems modelling. This
will impact the subjects of work in basic
research, contributions in standards
communities and technology transfer to
industrial partners.
Key actions
n Verification and validation
n Certification
n Agile development
n Product family - product line, portfolio...
‘2D/3D rotary position sensor product family variants: from joysticks for gaming to safety-critical gas-pedal application’
(and beyond, as also request for use in helicopter)
ITEA 2 Office
High Tech Campus 69 - 3
5656 AG Eindhoven
The Netherlands
Tel : +31 88 003 6136
Fax : +31 88 003 6130
Email : itea2@itea2.org
Web : www.itea2.org
Σ! 3674
n ITEA 2 – Information Technology
for European Advancement – is
Europe’s premier co-operative R&D
programme driving pre-competitive
research on embedded and
distributed software-intensive systems
and services. As a EUREKA strategic
Cluster, we support co-ordinated
national funding submissions and
provide the link between those who
provide finance, technology and
software engineering. Our aim is to
mobilise a total of 20,000 person-
years over the full eight-year period of
our programme from 2006 to 2013.
n ITEA 2-labelled projects are
industry-driven initiatives building
vital middleware and preparing
standards to lay the foundations
for the next generation of products,
systems, appliances and services.
Our programme results in real product
innovation that boosts European
competitiveness in a wide range of
industries. Specifically, we play a key
role in crucial application domains
where software dominates, such as
aerospace, automotive, consumer
electronics, healthcare/medical
systems and telecommunications.
n ITEA 2 projects involve
complementary R&D from at least two
companies in two countries. We issue
annual Calls for Projects, evaluate
projects and help bring research
partners together. Our projects are
open to partners from large industrial
companies and small and medium-
sized enterprises (SMEs) as well
as public research institutes and
universities.
October 2008
EVOLVE
(ITEA 2 ~ 07010)