Pengukuran Kualitas Perangkat Lunak Berdasarkan Kompleksitas Menggunakan Metode Function Point

Before 1969, there was a crisis related to software development conducted. The crisis occurred because most of developed software was likely to produce a new problem rather than giving benefit to its user. In fact, the developed software didn\u27t meet with what user need. Moreover, the management and developer had difficulties to measure software quality during software development process. Metode Function Point can be used to solve this problem. It has a set of capability to list important information to predict what resource should be provided. This prediction gives a basic thing for Software Company to prepare their proposal or project plan. As well, the method could prevent or, at least, reduce a risk of managerial mistake due to underestimate in project cost plannin

Perancangan Uji Aplikasi Kode Diagnosa dan Tindakan Diseases And Procedure Of Eye And Adnexa dengan Metode Normalisasi Data pada Hasil Evaluasi Rcaf (Relative Complexity Adjustment Factor)

Application of Diagnostic and Action Codes Diseases and Procedure of eye and adnexa indicates DAD of FP test implementation has 3 (three) source data terminators which include: Terminator data source action, diagnostic search and diagnostics, each terminator produces source data consisting of. The action terminator produces the input data source action. Terminator search diagnostics generate diagnostic code source data and action codes. The diagnostic terminator produces the diagnostic input source data, the three terminators are processed into the Diagnostic Code and Action application, generating output output in the form of destination data terminals. Disease diagnosis output. Diagnostic output of action, process Application diagnostic code and action make connecting connection to IFPUG storage source with GSC information to D1 CFP as source data to process 1.1. Simple level, with destination data yielding 53.94 as output output to developer knowlage, IFPUG also generates GSC / RCAF to D2 data normality with sig> 0.1 as source data to process 1.2. Test of normality with sig 0.200 * using klomogorov-Smirnov test as output output to GSC information as application development diagnose code and action by system user at RSI UNISMA Malang.Penerapan kode perilaku diagnostik dan tindakan, prosedur mata dan adneksa menunjukkan bahwa DAD pelaksanaan uji FP memiliki tiga terminator data sumber, meliputi tindakan sumber data terminator, penelusuran diagnostik, dan diagnostik. Terminator tindakan menghasilkan tindakan sumber data masukan. Diagnostik pencarian terminator menghasilkan kode sumber kode diagnostik dan kode tindakan. Terminator diagnostik menghasilkan data sumber input diagnostik, ketiga terminator tersebut diproses ke dalam aplikasi Diagnostic Code and Action, menghasilkan output output dalam bentuk terminal data tujuan. Hasil diagnosis penyakit. Hasil diagnostik tindakan, proses Aplikasi kode diagnostik dan tindakan membuat koneksi penghubung ke sumber penyimpanan IFPUG dengan informasi GSC ke D1 CFP sebagai data sumber untuk memproses 1.1. Tingkat sederhana, dengan data tujuan menghasilkan 53,94 sebagai keluaran output untuk pengetahuan pengembang, IFPUG juga menghasilkan data normalitas GSC / RCAF ke D2 dengan sig> 0,1 sebagai data sumber untuk memproses 1.2. Uji normalitas dengan sig 0.200 * menggunakan uji klomogorov-Smirnov sebagai output output terhadap informasi GSC sebagai pengembangan aplikasi diagnosa kode dan tindakan oleh pengguna sistem pada RSI UNISMA Malang

An empirical study on the estimation of size and complexity of software applications with function points analysis

Empirical studies are important in software engineering to evaluate new tools, techniques, methods and technologies in a structured way before they are introduced in the industrial (real) software process. Perform empirical studies in a real context is very difficult due to various obstacles. An interesting alternative is perform empirical studies in an educational context using students as subjects and share the results with the academia and the industry. This paper describes a case study with two teams that developed a software system (Web application) for a real customer. In this study we used a model based on Function Points Analysis (FPA) to estimate the size and complexity of software system

PENGUKURAN KUALITAS PERANGKAT LUNAK BERDASARKAN KOMPLEKSITAS MENGGUNAKAN METODE FUNCTION POINT

Before 1969, there was a crisis related to software development conducted. The crisis occurred because most of developed software was likely to produce a new problem rather than giving benefit to its user. In fact, the developed software didn’t meet with what user need. Moreover, the management and developer had difficulties to measure software quality during software development process. Metode Function Point can be used to solve this problem. It has a set of capability to list important information to predict what resource should be provided. This prediction gives a basic thing for Software Company to prepare their proposal or project plan. As well, the method could prevent or, at least, reduce a risk of managerial mistake due to underestimate in project cost planningKey words: Quality, Software, Funtion Poin

Un Procedimiento de Medición de Tamaño Funcional para Modelos Conceptuales en entornos MDA

Esta tesis presenta el diseño, la aplicación y la automatización de un procedimiento de medición de tamaño funcional basado en el método COSMIC, que permite medir el tamaño funcional de aplicaciones generadas en entornos MDA en sus modelos conceptuales.Marín Campusano, BM. (2008). Un Procedimiento de Medición de Tamaño Funcional para Modelos Conceptuales en entornos MDA. http://hdl.handle.net/10251/12305Archivo delegad

Definition and Experimental Evaluation of Function Points for Object-Oriented Systems

This paper presents a method for estimating the size, and consequently effort and duration, of object oriented software development projects. Different estimates may be made in different phases of the development process, according to the available information. We define an adaptation of traditional function points, called "Object Oriented Function Points", to enable the measurement of object oriented analysis and design specifications. Tools have been constructed to automate the counting method. The novel aspect of our method is its flexibility. An organisation can experiment with different counting policies, to find the most accurate predictors of size, effort, etc. in its environment. The method and preliminary results of its application in an industrial environment are presented and discussed