EFFORT ESTIMATION MODELING OF E-GOVERNMENT APPLICATION DEVELOPMENT USING FUNCTION POINTS BASED ON TOR AND SRS DOCUMENT

Software cost estimation is important for information systems management and is generally taught in software engineering courses especially to terms of the ever-increasing development of E-Government. A significant challenge for Software Sizing (SS) is to determine cost estimates based on TOR documents that do not yet contain complete Software Requirements Specifications (SRS). This study uses Function Points as one of the measurement methods that can make cost estimates and expert needs based on the desired functional system. On the other hand, there are cases where estimation needs after the SRS document have been made. Thus in this study, the authors discuss the implementation of SS based on TOR and SRS documents for E-Government. The results of this study indicate the closeness of the actual and estimated values of 81.9% for TOR and 93.4% for SRS.

FACTORS AND CONDITIONS THAT INFLUENCE THE PERCEPTION OF OFFENSIVE HUMOR

The study is derived from a larger study, namely the author’s PhD dissertation, and it gives an overview of and illustrates the most essential factors that maneuver utterances into being perceived as humorous and/or offensive in the context of performed, edgy stand-up comedy. The paper introduces basic humor and offensive humor theories as well as certain pragmatic mechanisms that lie beneath the process which starts with the utterance and ends with the perlocutionary effect on the audience. The study elaborates on offensive humor theories, conventions of stand-up comedy, pragmatic concepts, the contrast between offensiveness and immorality, which is all complemented by a brief psychological perspective, linking people’s reactions to the notion of harm and one’s level of self-esteem. The pragmatic insight into the factors that make offensive humor function points at the necessity of strong, non-conventional, and complex stimuli, perceived and comprehended by the audience, based on which the offensive layer can be constructed.

Design Complexity for Objective Function Points

This paper investigates correlating the basic elements of Unified Modeling Language and Cyclomatic Complexity with Function Point Analysis (FPA) principles to develop an automated software functional sizing tool. This concept has been difficult to achieve due to the logical nature of the FPA sizing methodology versus the physical nature of source lines of code (SLOC). In this approach, we examine software complexity from design and maintainability perspectives in order to understand relationships in physical code. Our hypothesis is that this method will “simulate” FPA principles and produce an objective sizing method. This would provide the foundation for an automated tool that scans physical software code to derive “Objective Function Points”(OFPs) functional size measure.

Estimasi Biaya Perangkat Lunak INLIS LITE 3.0 Perpustakaan Nasional Menggunakan Metode Function Points

In working on a software project the success of the project must begin with the right planning, if planning is wrong it will cause failure and cost overruns will occur. Therefore it is necessary to estimate the right cost to minimize the risk of over-estimates in software projects. Cost estimation in this study uses the Function Point (FP) method which is a method that measures software by measuring the functional perspective of the software to be built. There are 5 components to calculate the FP matrix, namely External Input (EI), External Output (EO), External Inquiry (EI), Internal Logical File (ILF), External File (EIF). From the research that has been done, the estimated cost of developing INLIS LITE 3.0 software, it is concluded that if Perpustakaan Nasional want to develop INLIS LITE 3.0 software, it will require approximately IDR798.906.152 or equivalent to effort 18255,91 man / hour.

Pengukuran Sistem Informasi Menggunakan Metode Function Point (FP) pada Siakad Universitas XYZ

Software cost calculation is an activity carried out to determine the value of a software using a quantitative approach. Seeing that there are various measurement methods and there are still no standards in assessing software, this measurement process is ignored, even though this process has a strategic role in software development. This research intends to calculate the size of the business of developing academic information system software with the Function Point (FP) method. The steps taken are (1) calculating the amount of function points, (2) calculating the software development effort, and (3) distributing the amount of effort to each activity. The results of this study are efforts to develop an academic information system is 1,460 people / hour and the nominal amount is IDR 177,917,997.