The Experts below are selected from a list of 237 Experts worldwide ranked by ideXlab platform
Tibor Bakota - One of the best experts on this subject based on the ideXlab platform.
-
Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Péter Hegedũs, Rudolf Ferenc, Lajos Jeno Fülöp, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
-
CSMR - Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Rudolf Ferenc, Lajos Jeno Fülöp, Peter Hegedus, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
Lajos Schrettner - One of the best experts on this subject based on the ideXlab platform.
-
Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Péter Hegedũs, Rudolf Ferenc, Lajos Jeno Fülöp, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
-
CSMR - Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Rudolf Ferenc, Lajos Jeno Fülöp, Peter Hegedus, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
R. Yampolskiy - One of the best experts on this subject based on the ideXlab platform.
-
Solving NP-hard number matrix games with Wisdom of Artificial Crowds
2015 Computer Games: AI Animation Mobile Multimedia Educational and Serious Games (CGAMES), 2015Co-Authors: J. Redding, J. Schreiver, C. Shrum, A. Lauf, R. YampolskiyAbstract:Solving puzzles based on number-sum or ordered matrices is an NP-hard problem that requires considerable computational effort. Prime examples of these are the games Sudoku and Kakuro. Kakuro relies on number sequences that must sum to a number indicator shown on the puzzle. Sudoku requires that numbers be listed in an implicit sequence in blocks and rows. Both puzzles require exclusivity of the numbers listed in each row and Logical Grouping. As a result, solving these puzzles requires an iterative approach. We show that Genetic Algorithms (GA) can be augmented with postprocessing by a Wisdom of Artificial Crowds (WoAC) to constrain the solution space after a number of generations. Using the WoAC method, compared to using GA alone, we can reduce the time to a successful solution by a factor of 50% for easy and medium-difficulty puzzles. Our work has broader applications in the fields of multi-agent theory and collective decision making, as the WoAC method allows for crowd-based improvements to well-known genetic algorithm methods.
-
CGAMES - Solving NP-hard number matrix games with Wisdom of Artificial Crowds
2015 Computer Games: AI Animation Mobile Multimedia Educational and Serious Games (CGAMES), 2015Co-Authors: J. Redding, J. Schreiver, C. Shrum, A. Lauf, R. YampolskiyAbstract:Solving puzzles based on number-sum or ordered matrices is an NP-hard problem that requires considerable computational effort. Prime examples of these are the games Sudoku and Kakuro. Kakuro relies on number sequences that must sum to a number indicator shown on the puzzle. Sudoku requires that numbers be listed in an implicit sequence in blocks and rows. Both puzzles require exclusivity of the numbers listed in each row and Logical Grouping. As a result, solving these puzzles requires an iterative approach. We show that Genetic Algorithms (GA) can be augmented with postprocessing by a Wisdom of Artificial Crowds (WoAC) to constrain the solution space after a number of generations. Using the WoAC method, compared to using GA alone, we can reduce the time to a successful solution by a factor of 50% for easy and medium-difficulty puzzles. Our work has broader applications in the fields of multi-agent theory and collective decision making, as the WoAC method allows for crowd-based improvements to well-known genetic algorithm methods
Rudolf Ferenc - One of the best experts on this subject based on the ideXlab platform.
-
Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Péter Hegedũs, Rudolf Ferenc, Lajos Jeno Fülöp, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
-
CSMR - Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Rudolf Ferenc, Lajos Jeno Fülöp, Peter Hegedus, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
Lajos Jeno Fülöp - One of the best experts on this subject based on the ideXlab platform.
-
Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Péter Hegedũs, Rudolf Ferenc, Lajos Jeno Fülöp, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
-
CSMR - Development of a Methodology, Software -- Suite and Service for Supporting Software Architecture Reconstruction
2010 14th European Conference on Software Maintenance and Reengineering, 2010Co-Authors: Lajos Schrettner, Rudolf Ferenc, Lajos Jeno Fülöp, Peter Hegedus, Tibor BakotaAbstract:Having an up-to-date knowledge of the architecture of a software system is of primary importance, since it affects every aspect of software development. It aids under-standing the system, helps defining high level conditions and constraints for making decisions, supports dependency analysis, Logical Grouping of components, evaluation of high level design, etc. During the evolution of a software, the documentation of its architecture may not be maintained because of the strict deadlines, resulting in an increasing gap between the architectural design and implementation. The national grant project named GOP-1.1.1-07/1-2008-0077 sponsored by the New Hungarian Development Plan, supports the development of appropriate tools for automatic architecture reconstruction and reverse engineering of software systems. The project will result in a complex solution for automatic architecture reconstruction of software systems by offering both a flexible and highly customizable set of services and a state-of-the-art boxed product. On one hand, architecture reconstruction in the scope of the project deals with visualization of the components and their relations. On the other hand, tracking the changes of the architectural elements during software evolution will also be supported. The tools of the project are being developed by FrontEndART Ltd. while the theoretical and technoLogical background is provided by the Department of Software Engineering at University of Szeged.
