Results Of Requirements Analysis Research Articles

Random Matrix-Based Multivariate Statistical Analysis of Enterprises in a Distributed Environment Human Resource Management

This paper addresses the design of an enterprise human resource management system due to multivariate statistical analysis computation in a random matrix recommendation algorithm in a distributed scenario. This paper defines multivariate statistical analysis human resource practice (DI-RP). It determines the composition of DI-HRP based on the nature of multivariate statistical analysis and enterprise human resource practice. In addition, the role of DI-HRP in influencing employees’ innovative behaviors is explored based on the theoretical basis of resource conservation theory. This paper mainly develops according to the software development process typical to software engineering, organizes the current business logic of the company, understands the relevant content of the company’s human resource management, conducts requirement research on the human resource department, analyzes the feasibility of system implementation from different perspectives, and finally designs a human resource management system based on B/S architecture on the result of requirement analysis. The technology and tools used in the system were decided on the existing technical architecture of the company. The system design was divided into five modules: personal information management module, work management module, attendance management module, reimbursement management module, and entry/exit management module according to the requirements and finishing process, and each functional module of the system was coded and implemented, respectively. The development tool is PyCharm, and some front-end pages are edited and modified by Visual Studio Code. The Permission model of Django is used to add corresponding permissions for various types of users to ensure the security of the system when running.

A Need Analysis of e-Kompas Specialization Service Model for High School Student to Improve the Selection of Majors in Higher Education

This study aims to analyze the needs of specialization services for counselor in improving the insights of university selection using the future application of e-kompas. This research is a development research using Borg and Gall development model. This research activity focuses on need analysis activities. This research was conducted in Makassar city by involving counselor and high school student. The developed product is a future android based e-kompas application that begins with an in-depth analysis of service needs. Need analysis is done to counselor in Makassar City. The result of requirement analysis using counselor perception questionnaire about the specialization service for the selection of majors in the college for high school students shows that the counselors generally have difficulties in directing the selection of majors for high school students to continue college. Need analysis shows that counselors have a high desire to use e-kompas instrument based on android application that is practical and useful in directing high school students to choose majors in universities that match the talents, interests and potential of high school students.Â

Potensi Pengembangan Utilitas Wilayah Kumuh Di Kelurahan Muara Fajar Kota Pekanbaru

Muara Fajar Urban Village is the location of Final Disposal (TPA) for garbage in Pekanbaru City, which if not get special attention can be turned into a very dangerous slum area. This research aims to produce a direction of arrangement of settlement infrastructure of Muara Fajar Urban Village as one of reference for related parties either Local Government or another private party in trying Pekanbaru free of the slum. The method used in determining the potential of utility development in Muara Fajar Village is by analyzing secondary data and primary data through the use of questionnaires and interviews and field observation. The result of requirement analysis of public service means that the potential of settlement utility development which becomes a priority in Muara Fajar Urban Village is drinking water service, wastewater management, environmental drainage and waste management.

Towards an adaptable task model within an evolutionary environment

Task models are powerful artifacts as they are the result of requirement analysis at the design and development stages. Unfortunately, their uses are limited at gathering requirements and specification for systems and they are almost not employed anymore after design step despite their cost in terms of time and effort. In fact, task models bring many benefits at operation time, when the system has been already deployed as: it represents user documentation; it is used for training operators, etc. Moreover, human performance depends on cognitive mechanisms. It evolves simultaneously with personal, environmental and social factor which defines the context. Any changes within the context can affect the reliability of human performance by committing errors or deviations which can cause serious accidents especially for life-critical systems. These deviations are not taken into consideration within task model as it is produced at design time and remains unchanged even when it is reused at operation time. The work reported in this paper aims at proposing an approach to create and generate at real time a deduced task model from the original one corresponding to a certain situation at a specified context. The goal is also to ensure that user system interaction in a critical situation is performed as planned and there is no detected deviation. Machine learning techniques are used to predict what tasks user should perform and what ones he/she should not. They enable to learn about human computer interaction variations in the future in order to mend task model. This approach will be evaluated through experiments in simulated scenarios about on-board car system.

Analisis dan Perancangan Sistem Informasi Perpustakaan Sma Negeri Xyz

Library information system analysis and design for public senior high school XYZ in South Tangerang aims to identify needs of data and information about library operational transaction in the school. The result of requirement analysis was used to build a computerized system supporting the run of library business process. The analysis and design focused on solving the problems, such difficulties in finding book location, book availability, and else. Rational Unified Process was used for the information system development methodology and the result of requirement analysis was documented by using unified modeling language; user interface was also designed. This information system was expected to ease the library in doing its activity by serving the information related to book searching, book availability, book tracking. Besides, it would also fasten the process of book borrowing, book returning, and new book registration.

Database Design for Archives Management System

Archive management system based on modern information technology as the support, the archives information as management object, the archives work as the core and implement management information system, database design is the core work of the development of archives management system work, this article launches the research from four aspects according to the database design process. First, from the business requirements, functional requirements, performance requirements, such as security requirements for demand analysis; Second, according to the result of requirement analysis, conceptual design using E-R diagram; Third, converting E-R diagram logic structure supported by the database management system; Fourth, for the logic model to determine the storage structure and access method. In this paper, it based on the relational database design, a relational database with full-text database is the development direction of the future.