TY - JOUR
T1 - Comparative Analysis Of Functional Size Measurement Methods On Software Development Projects
AU - Shaheed Zulfiqar Ali Bhutto Institute of Science and Technology, Karachi
AU - Ali, Muhammad Asim
AU - Ahmed, Hassan
AU - Shaheed Zulfiqar Ali Bhutto Institute of Science and Technology, Karachi
PY - 2018
Y1 - 2018
N2 - This paper presents the role and significance of the estimation of programming sizes when estimating the execution of programming exercises and in assessing exertion for new programming undertakings. This paper shows the comparative analysis of four standard programming estimating techniques (the Albrecht/IFPUG, MkII FPA, NESMA, and COSMIC method) that have professed to be practical size estimation techniques and look at the genuine idea of their size scales. ¬is paper identifies find that sizes delivered by the Albrecht/IFPUG and MkII FPA and NESMA techniques are entirely a size of standard (improvement) exertion. Only the COSMIC method gives a genuine proportion of practical size and therefore the most appropriate method for execution of examinations crosswise over undertakings utilizing diverse advancements.
AB - This paper presents the role and significance of the estimation of programming sizes when estimating the execution of programming exercises and in assessing exertion for new programming undertakings. This paper shows the comparative analysis of four standard programming estimating techniques (the Albrecht/IFPUG, MkII FPA, NESMA, and COSMIC method) that have professed to be practical size estimation techniques and look at the genuine idea of their size scales. ¬is paper identifies find that sizes delivered by the Albrecht/IFPUG and MkII FPA and NESMA techniques are entirely a size of standard (improvement) exertion. Only the COSMIC method gives a genuine proportion of practical size and therefore the most appropriate method for execution of examinations crosswise over undertakings utilizing diverse advancements.
UR - http://dx.doi.org/10.31645/jisrc/(2018).16.2.03
U2 - 10.31645/jisrc/(2018).16.2.03
DO - 10.31645/jisrc/(2018).16.2.03
M3 - Article
SN - 2412-0448
JO - Journal of Independent Studies and Research Computing
JF - Journal of Independent Studies and Research Computing
ER -