The Experts below are selected from a list of 1425 Experts worldwide ranked by ideXlab platform
Anish Arora And Parneet Kaur - One of the best experts on this subject based on the ideXlab platform.
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A Comparative Study of Static Object Oriented Metrics
International Journal of Advancements in Technology, 2012Co-Authors: Manik Sharma, Gurdev Singh, Anish Arora And Parneet KaurAbstract:Software metrics is one consistent topic of research in software engineering. The role of software metrics is to find significant estimates for software products and directs us in intriguing managerial and technical decisions. Software metrics have become an integral part of software development and are used during every phase of the software development life cycle. Research in the area of software metrics tends to focus predominantly on static metrics that are obtained by static analysis of the software artifact. The goal of this study is to perform the comparative analysis on static metrics for object oriented programming. This study is done to analyze the different object oriented techniques like Class, Constructor, and inheritance. The various metrics under study are AHF, AIF, DIT, MHF, MIF, AVPATHS, and SEIMI etc. The study of such metrics can become a useful tool for reverse software engineering.
Vladimir Zablotskii - One of the best experts on this subject based on the ideXlab platform.
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A New Approach to Teaching C++ Programming for Cartography Students by Means Training Programs with Emphasizing Cartography and Geodesy
Proceedings of the ICA, 2019Co-Authors: Vladimir ZablotskiiAbstract:Abstract. A new course of C++ programming for cartographers and surveyors has been developed. Pedagogical experiments were carried out in the period of 2009–2019 in Moscow State University of Geodesy and Cartography. The new course focuses on the use of cartographic tasks and geodetic exercises to illustrate various programming language constructions. Direct and inverse geodetic problem, position determination via a topographic map, work with a theodolite when performing angular measurements, leveling, etc. are considered in training modules. Programs are used as supporting data during the lectures, and as tasks for practical. This is the main purpose of the training. Currently, more than fifty training programs are used in the training process. All programs contain no more than 60 lines of code to ease the understanding of the program by students. The examples the typical training programs for students studying the C++ are discussed. The first program Theodolite is designed to study the concept of Class, Constructor, destructor, and object-oriented programming in general. The second program focuses to solve the inverse of the geodetic task.
Manik Sharma - One of the best experts on this subject based on the ideXlab platform.
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A Comparative Study of Static Object Oriented Metrics
International Journal of Advancements in Technology, 2012Co-Authors: Manik Sharma, Gurdev Singh, Anish Arora And Parneet KaurAbstract:Software metrics is one consistent topic of research in software engineering. The role of software metrics is to find significant estimates for software products and directs us in intriguing managerial and technical decisions. Software metrics have become an integral part of software development and are used during every phase of the software development life cycle. Research in the area of software metrics tends to focus predominantly on static metrics that are obtained by static analysis of the software artifact. The goal of this study is to perform the comparative analysis on static metrics for object oriented programming. This study is done to analyze the different object oriented techniques like Class, Constructor, and inheritance. The various metrics under study are AHF, AIF, DIT, MHF, MIF, AVPATHS, and SEIMI etc. The study of such metrics can become a useful tool for reverse software engineering.
L. Guitter - One of the best experts on this subject based on the ideXlab platform.
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HCC - End-user Class definition in CAD systems
Proceedings IEEE Symposia on Human-Centric Computing Languages and Environments (Cat. No.01TH8587), 1Co-Authors: G. Texier, Fabrice Depaulis, L. GuitterAbstract:The object-oriented paradigm is very used in CAD systems. It permits users to create objects and to interrogate their attributes to use them in other processes. While some CAD or drawing systems support end-user programming in order to abstract building functions, none of them permit creating Classes where several functions (Constructor and selectors) share the same data. A data model that permits to abstract a Class from one of its instances built by the end-user is described in this paper. The proposed technique permits the user not only to describe interactively the Class Constructor, but also to build the Class selectors without any programming knowledge. The created Class can be used directly thanks to a specific interpretation mechanism, or the corresponding code can be generated and compiled to have persistent Classes. This technique has been used in a CAD system that permitting end-user specialization.
Gurdev Singh - One of the best experts on this subject based on the ideXlab platform.
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A Comparative Study of Static Object Oriented Metrics
International Journal of Advancements in Technology, 2012Co-Authors: Manik Sharma, Gurdev Singh, Anish Arora And Parneet KaurAbstract:Software metrics is one consistent topic of research in software engineering. The role of software metrics is to find significant estimates for software products and directs us in intriguing managerial and technical decisions. Software metrics have become an integral part of software development and are used during every phase of the software development life cycle. Research in the area of software metrics tends to focus predominantly on static metrics that are obtained by static analysis of the software artifact. The goal of this study is to perform the comparative analysis on static metrics for object oriented programming. This study is done to analyze the different object oriented techniques like Class, Constructor, and inheritance. The various metrics under study are AHF, AIF, DIT, MHF, MIF, AVPATHS, and SEIMI etc. The study of such metrics can become a useful tool for reverse software engineering.