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The effect of gamification on software architecture knowledge management: a student experiment and focus group study.

, и . SAC, стр. 1731-1740. ACM, (2019)

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Tool Support for Component-Based Software Architectures., и . APSEC, стр. 127-134. IEEE Computer Society, (2009)The effect of gamification on software architecture knowledge management: a student experiment and focus group study., и . SAC, стр. 1731-1740. ACM, (2019)Concepts and techniques for object oriented software development: illustrated by an application framework for process automation.. Johannes Kepler University Linz, Austria, (1994)Strategies for Aligning Variability Model and Architecture., и . APSEC (1), стр. 511-516. IEEE Computer Society, (2013)978-1-4799-2143-0.Collecting Requirements and Ideas for Architectural Group Decision-Making Based on Four Approaches., и . ECSA, том 9278 из Lecture Notes in Computer Science, стр. 181-192. Springer, (2015)Decision Models for Microservices: Design Areas, Stakeholders, Use Cases, and Requirements., , и . ECSA, том 10475 из Lecture Notes in Computer Science, стр. 155-170. Springer, (2017)Classification of Design Decisions - An Expert Survey in Practice., и . ECSA, том 7957 из Lecture Notes in Computer Science, стр. 130-145. Springer, (2013)Dynamic Analysis of Distributed Object-Oriented Applications., и . HICSS (7), стр. 386-394. IEEE Computer Society, (1998)An Environment for Cooperative Software Development Realization and Implications., и . HICSS (1), стр. 27-37. IEEE Computer Society, (1998)A recommender system for software architecture decision making., и . ECSA (Companion), стр. 22-25. ACM, (2019)