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GeoPointing on indoor maps: enhancing compass sensor accuracy to enable interactive digital object selection in smartphone-based map applications.

, , and . MOBIWAC, page 63-70. ACM, (2012)

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Accuracy of Measurements with IFPUG: The Measurer Impact., , , and . Software Engineering Research and Practice, page 547-552. CSREA Press, (2010)Improve Tracking in the Software Development Projects., , , and . IWSM/Mensura, page 215-220. IEEE Computer Society, (2011)Measurement Model of Software Requirements Derived from System Maintainability Requirements., , and . SEKE, page 153-158. Knowledge Systems Institute Graduate School, (2010)SLA: A legal assurance process model for software engineering management., , , and . Software Process: Improvement and Practice, 12 (2): 191-198 (2007)Applying Visual Learning in the Teaching of Software Measurement Concepts., , , and . International Journal of Software Engineering and Knowledge Engineering, 21 (3): 431-446 (2011)Assessing the Documentation Development Effort in Software Projects., , , , , and . IWSM/Mensura, volume 5891 of Lecture Notes in Computer Science, page 337-346. Springer, (2009)GeoPointing on indoor maps: enhancing compass sensor accuracy to enable interactive digital object selection in smartphone-based map applications., , and . MOBIWAC, page 63-70. ACM, (2012)Horizontal dispersion of software functional size with IFPUG and COSMIC units., , , , and . Advances in Engineering Software, 41 (2): 262-269 (2010)A standards-based model of system maintainability requirements., , and . Journal of Software: Evolution and Process, 25 (5): 459-505 (2013)Analogies and Differences between Machine Learning and Expert Based Software Project Effort Estimation., , and . SNPD, page 269-276. IEEE Computer Society, (2010)