�ݺ�ߣshows by User: trumpets

�ݺ�ߣshows by User: trumpets / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: trumpets / Sun, 21 May 2017 19:38:00 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: trumpets Android - From Zero to Hero @ DEVit 2017 /slideshow/android-from-zero-to-hero-devit-2017/76187174 devit-170521193800
The workshop deals with the design and implementation of applications for mobile devices using the Android operating system. Participants work at all stages of the development life-cycle from inception to deployment, whilst considering usability and device capabilities for a mobile application capable of meeting a functional specification. Participants are introduced to the programming environment for application development and have a hands-on approach to programming using the appropriate programming languages.]]>
The workshop deals with the design and implementation of applications for mobile devices using the Android operating system. Participants work at all stages of the development life-cycle from inception to deployment, whilst considering usability and device capabilities for a mobile application capable of meeting a functional specification. Participants are introduced to the programming environment for application development and have a hands-on approach to programming using the appropriate programming languages.]]> Sun, 21 May 2017 19:38:00 GMT /slideshow/android-from-zero-to-hero-devit-2017/76187174 trumpets@slideshare.net(trumpets) Android - From Zero to Hero @ DEVit 2017 trumpets The workshop deals with the design and implementation of applications for mobile devices using the Android operating system. Participants work at all stages of the development life-cycle from inception to deployment, whilst considering usability and device capabilities for a mobile application capable of meeting a functional specification. Participants are introduced to the programming environment for application development and have a hands-on approach to programming using the appropriate programming languages. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/devit-170521193800-thumbnail.jpg?width=120&height=120&fit=bounds" /> The workshop deals with the design and implementation of applications for mobile devices using the Android operating system. Participants work at all stages of the development life-cycle from inception to deployment, whilst considering usability and device capabilities for a mobile application capable of meeting a functional specification. Participants are introduced to the programming environment for application development and have a hands-on approach to programming using the appropriate programming languages.

Android - From Zero to Hero @ DEVit 2017 from Ivo Neskovic

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0 Project FoX: A Tool That Offers Automated Testing Using a Formal Approach /slideshow/project-fox-a-tool-that-offers-automated-testing-using-a-formal-approach-10048816/10048816 2011-java2days-neskovic-111106123453-phpapp01
"Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester’s experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.]]>
"Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester’s experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.]]> Sun, 06 Nov 2011 12:34:51 GMT /slideshow/project-fox-a-tool-that-offers-automated-testing-using-a-formal-approach-10048816/10048816 trumpets@slideshare.net(trumpets) Project FoX: A Tool That Offers Automated Testing Using a Formal Approach trumpets "Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester’s experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2011-java2days-neskovic-111106123453-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester’s experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.

Project FoX: A Tool That Offers Automated Testing Using a Formal Approach from Ivo Neskovic

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0 Improving Classroom Dynamics: Click’N’Gage, a Mobile Audience Response System /slideshow/improving-classroom-dynamics-clickngage-a-mobile-audience-response-system/8900490 click2learn-110818075207-phpapp02
The problem in communication between students and lecturers in large classrooms has increased substantially in last couple of years because many students do not participate in classroom discussions. To engage students into dynamic classroom participation, universities often encourage students to use audience response systems (ARS). By increasing the interactivity between lecturer and students, the dynamic student participation improves and the learning outcome is expected to rise. The progress in the mobile technologies has influenced new approaches in developing ARS. In this paper, we discuss the need for mobile ARS and we propose a new architecture for developing those systems. Furthermore, we present details from our reference implementation of the proposed architecture, named Click’N’Gage, together with some of the crucial design decisions we took while developing the system. The paper closes with a short evaluation of the system, together with few ideas on how the system could be improved in the future. ]]>
The problem in communication between students and lecturers in large classrooms has increased substantially in last couple of years because many students do not participate in classroom discussions. To engage students into dynamic classroom participation, universities often encourage students to use audience response systems (ARS). By increasing the interactivity between lecturer and students, the dynamic student participation improves and the learning outcome is expected to rise. The progress in the mobile technologies has influenced new approaches in developing ARS. In this paper, we discuss the need for mobile ARS and we propose a new architecture for developing those systems. Furthermore, we present details from our reference implementation of the proposed architecture, named Click’N’Gage, together with some of the crucial design decisions we took while developing the system. The paper closes with a short evaluation of the system, together with few ideas on how the system could be improved in the future. ]]> Thu, 18 Aug 2011 07:52:05 GMT /slideshow/improving-classroom-dynamics-clickngage-a-mobile-audience-response-system/8900490 trumpets@slideshare.net(trumpets) Improving Classroom Dynamics: Click’N’Gage, a Mobile Audience Response System trumpets The problem in communication between students and lecturers in large classrooms has increased substantially in last couple of years because many students do not participate in classroom discussions. To engage students into dynamic classroom participation, universities often encourage students to use audience response systems (ARS). By increasing the interactivity between lecturer and students, the dynamic student participation improves and the learning outcome is expected to rise. The progress in the mobile technologies has influenced new approaches in developing ARS. In this paper, we discuss the need for mobile ARS and we propose a new architecture for developing those systems. Furthermore, we present details from our reference implementation of the proposed architecture, named Click’N’Gage, together with some of the crucial design decisions we took while developing the system. The paper closes with a short evaluation of the system, together with few ideas on how the system could be improved in the future. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/click2learn-110818075207-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> The problem in communication between students and lecturers in large classrooms has increased substantially in last couple of years because many students do not participate in classroom discussions. To engage students into dynamic classroom participation, universities often encourage students to use audience response systems (ARS). By increasing the interactivity between lecturer and students, the dynamic student participation improves and the learning outcome is expected to rise. The progress in the mobile technologies has influenced new approaches in developing ARS. In this paper, we discuss the need for mobile ARS and we propose a new architecture for developing those systems. Furthermore, we present details from our reference implementation of the proposed architecture, named Click’N’Gage, together with some of the crucial design decisions we took while developing the system. The paper closes with a short evaluation of the system, together with few ideas on how the system could be improved in the future.

Improving Classroom Dynamics: Click’N’Gage, a Mobile Audience Response System from Ivo Neskovic

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0 Autonomic Computing: Vision or Reality - Presentation /slideshow/autonomic-computing-vision-or-reality-presentation/8900424 aseneskovic-110818074821-phpapp01
Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.]]>
Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.]]> Thu, 18 Aug 2011 07:48:20 GMT /slideshow/autonomic-computing-vision-or-reality-presentation/8900424 trumpets@slideshare.net(trumpets) Autonomic Computing: Vision or Reality - Presentation trumpets Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/aseneskovic-110818074821-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.

Autonomic Computing: Vision or Reality - Presentation from Ivo Neskovic

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0 Autonomic Computing: Vision or Reality /slideshow/autonomic-computing-vision-or-reality/8900375 autonomic-110818074427-phpapp01
Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.]]>
Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.]]> Thu, 18 Aug 2011 07:44:26 GMT /slideshow/autonomic-computing-vision-or-reality/8900375 trumpets@slideshare.net(trumpets) Autonomic Computing: Vision or Reality trumpets Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/autonomic-110818074427-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Autonomic computing is a new computing paradigm which combines multiple disciplines of computer science with the sole aim of developing self-managing computer systems. Dating from early 2001, it is one of the most recent paradigm shifts, and as such it is still in a research-only phase, however, attracting a lot of business investors in the process. The following survey presents in a clear and appropriately detailed manner the problem of computer science which autonomic computing tries to solve, the details of the proposed solution, together with the some of the immediate and long-term benefits it will provide. Moreover, the survey outlines the basic principles which define a system as an autonomic one, and presents a novel method of designing autonomic systems. Closing the survey are two sections which briefly outline the most prominent research projects on autonomic computing, together with a distiled summary of the major challenges which will be faced by businesses in the process of adopting autonomic systems.

Autonomic Computing: Vision or Reality from Ivo Neskovic

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0 Project FoX: A Tool That Offers Automated Testing Using a Formal Approach /slideshow/project-fox-a-tool-that-offers-automated-testing-using-a-formal-approach/8900182 neskovic-2011-06-15-110818072651-phpapp01
"Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester's experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.]]>
"Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester's experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.]]> Thu, 18 Aug 2011 07:26:49 GMT /slideshow/project-fox-a-tool-that-offers-automated-testing-using-a-formal-approach/8900182 trumpets@slideshare.net(trumpets) Project FoX: A Tool That Offers Automated Testing Using a Formal Approach trumpets "Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester's experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/neskovic-2011-06-15-110818072651-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> "Software Testing is the process of executing a program or system with the intent of finding errors.", Myers, 1979. The most important activity in this process is designing the required set of effective test cases. Thus, the problem is narrowed down to determining the exact number of required test cases and increasing their effectiveness. Project FoX is a production ready tool developed in Java, which offers Java developers the opportunity to leverage the proven theories and concepts of formal testing using generalized state automata (X-Machines) as a theoretical model of computation. The formal testing strategy FoX is applying, is proven to generate a complete test set that ensures the correctness of the implementation with respect to the specification. FoX enhances a novel testing process that is fully automated, ranging from complete test set generation, to test preparation and execution. This method can be applied to any Java based software system, regardless of its underlying technologies. Utilizing a formal approach will provide unambiguous test cases which are objective and not subjective to the tester's experience and intuition. The formal testing strategy provides functional testing that tests not only for the desired system behaviour (the system does what it should) but also tests that the system has no undesired behaviour (the system does not do anything it should not do). This short presentation will strive to give the audience an overview of the formal testing methodology and a demonstration of the tool (FoX). It will also showcase a real-life demo of the project FoX, applied to a Java SE application and will discuss how the methodology can be applied to any Java EE or ME application. Anyone with a software engineering background will be able to easily follow the talk and understand the benefits which this process offers to modern day software engineering.

Project FoX: A Tool That Offers Automated Testing Using a Formal Approach from Ivo Neskovic

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0 https://cdn.slidesharecdn.com/profile-photo-trumpets-48x48.jpg?cb=1523124803 https://cdn.slidesharecdn.com/ss_thumbnails/devit-170521193800-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/android-from-zero-to-hero-devit-2017/76187174 Android - From Zero to... https://cdn.slidesharecdn.com/ss_thumbnails/2011-java2days-neskovic-111106123453-phpapp01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/project-fox-a-tool-that-offers-automated-testing-using-a-formal-approach-10048816/10048816 Project FoX: A Tool Th... https://cdn.slidesharecdn.com/ss_thumbnails/click2learn-110818075207-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/improving-classroom-dynamics-clickngage-a-mobile-audience-response-system/8900490 Improving Classroom Dy...