ACCEPTANCE OF INFORMATION SYSTEMS NEW STUDENTS (PPDB) WEB-BASED ONLINE AND SMS GATEWAY IN THE SMA 2 KLATEN

The purpose of this research is to design, create, and determine the feasibility of online-based information systems PPDB web and SMS gateway. This research included the development of research through the analysis stages, design, implementation, and testing of information systems and web-based PPDB online SMS gateway. Before to the users tested the system must be validated by experts information system and expert programming. The subject of this research is students in grade 9 SMP Negeri 2 Wedi as many as 40 people and SMA Negeri 2 Klaten teachers were 5 person who serve as officers and two person who serve as admin. Data collection techniques using questionnaires. Data analysis technique used is descriptive statistical analysis techniques. The results showed the feasibility of the expert system by 95% of information that fall within the feasible, expert programming is categorized by 78% viable, amounting to 84.73% of students entered in the appropriate category, amounting to 85.64% workers are categorized as feasible, and admin amounting to 74.74% in category of proper. Therefore we can conclude Systems Acceptance of Students New (PPDB) Web-Based Online and SMS Gateway in the SMA Negeri 2 Klaten included in the appropriate category as an information system. Keywords: information systems, PPDB, web, SMS gatewa

Developing Performance-Centered Systems for Higher Education

The experience in developing performance-centered systems for higher education has improved significantly, and practitioners have made considerable progress in elaborating a methodology. This paper discusses the convergence of thinking among various disciplines in analysis and design methodologies, and describes the key elements of the new-emerged performance support engineering development methodology. These are important for designing web-based systems, information systems, and knowledge management systems in higher education.performance-centered systems, web-besd systems, information systems, knowledge management systems, methodology, higher education

ANALYSIS AND DEVELOPMENT OF ACADEMIC STUDENT INFORMATION SYSTEM BASED ON WEB USING PHP AND MYSQL IN SMA N 1 TAYU

This research aims to produce software Academic Student Information System Using Web-Based PHP and MySQL in SMA N 1 Tayu and test the feasibility. The information system has been tested to be able to process general academic data such as data administrator, administration, principal, homeroom, teachers, and students. In this study also determined the level of proprietary software that was created to test the feasibility of information systems in SMA N 1 Tayu. This type of research is the Research and Development. The study measures the : potential problems, requirements analysis, design, implementation, validation specialists, product revision, user testing, revision of the product, mass publications. Respondents trial there were 28 students of class XII and 2 teachers IPA2 subjects SMA N 1 Tayu. Method of data collection with the literature and questionnaires. The method used to analyze the data is descriptive analysis techniques such as quantitative scores and percentages on a predetermined grading scale. The results showed that the system is able to process information in general academic data such as data administrator, administration, principal, homeroom, teachers, and students. Feasibility level assessment software by experts indicate that the information system is very feasible. Based on the assessment of students and teachers, the feasibility of information systems is very decent. Percentage viability by software engineering experts and users in order to obtain a percentage of 91.5% and 86.358%. It can be concluded that the information system has good quality and very decent for student academic data processing. Keywords : Information Systems, Academic, Web Based, Web, PHP, SQL

Design And Application Of Public Transportation Information System In Boyolali, Surakarta And Sukoharjo

Information systems become critical points in the business process of a company or agency. In the development of web-based information systems are very widely used, almost all agencies have web-based information systems. This is because web-based information system is more flexible and offers ease of access. Public transport information systems in Boyolali, Surakarta and Sukoharjo Implemantasi is one example of a web-based information systems. Basically information system is built to allow the government to manage the data transport. This information system is built using PHP and MySQL database, in the manufacturing process through several stages such as: stages of analysis, design phase, implementation phase, the stages of testing and evaluation phases in accordance with SDLC procedures. functions and benefits of public transportation information system in Boyolali, Surakarta and Skoharjo serves to provide information about public transportation in the form of lines, numbers, rates and other information to the general public who access the system information. This information system can be accessed anytime and anywhere over the network connected to the Internet

PENERAPAN GOOGLE MAPS API PADA SISTEM INFORMASI GEOGRAFIS (SIG) TEMPAT WISATA DAN REKREASI KOTA PALANGKARAYA BERBASIS WEB

A new breakthrough on how to disseminate the potential of tourism and recreation is bydoing development of Geographic Information Systems ( GIS ) and recreational attractionsPalangkaraya city by using the web-based Google Maps API is intended for information on traveland recreation in the city of Palangkaraya into more forms and interactive and can be widelyknown to the public so it can be used as a promotional tool Palangkaraya city tourism .Development clump science informatics techniques in the field of software engineering,information systems, multimedia, and web programming can be realized with the development ofthe web-based GI .The study design is made consists of three stages: ( 1 ) data collection and analysis is doneby means of literature study and observation , ( 2 ) applying the waterfall method which has beenmodified with the stages are systems analysis to determine access rights along facilities , UML andERD are made, the design of the system by doing database design, navigation structure, interface,and integration of GIS data, the implementation of the system is done with pemrograma languagePHP, the database used is MySQL, and its GIS with Google Maps API, and testing systems usedblack box testing, and ( 3 ) the results of research in which a web -based GIS that was made into aready-made software .Created a web -based GIS in general have two users are administrators to manageinformation and visitors to view and search for information. The information referred to here is themap, text, and images

PENGEMBANGAN SISTEM INFORMASI PRAKTIK INDUSTRI DAN TUGAS AKHIR BERBASIS WEB DI JURUSAN PENDIDIKAN TEKNIK ELEKTRO

This study aims to develop an information system for industry practices and web-based final project in the electrical engineering education department. This study has the following objectives: 1) knowing the development of industrial practice information systems and web-based final projects in the electrical engineering education department, 2) knowing the feasibility of industrial practice information systems and the web-based final project in the electrical engineering education department. The research method used is the method of research and development of the 4D model. There are 4 stages: 4: define, design, development, desseminate. Each stage in 4D development has sub stages, 1) define at this stage there are 5 stages namely initial analysis, student analysis, task analysis, concept analysis, and goal specification. 2) design at this stage there are 4 stages, namely, making storyboards and flowcharts, determining content, compiling content, and creating layers. 3) development at this stage there are 2 stages, namely lecturer lecturer validation and media expert validation. 4) desseminate at this stage there are 2 stages, namely small-scale trials and large-scale trials. The results of this study are information systems for industry practices and web-based final projects. 85.3% of the large-scale trial results are included in the very feasible category. &nbsp

INFORMATION SYSTEM FOR EDUCATIONAL EVALUATION OF UNIVERSITY'S ACADEMIC ACTIVITIES

The system of academic activities in higher education institutions is a program created to enable students and academic activities to communicate with each other. The mainpurpose of the existence of this system is to provide guidance and mentoring to students in their academic direction. Web-based system has been used as a medium for students to obtain information specifically related to academic course of study and learning. The use of the web-based system is to facilitate the process of selecting courses for planning of studies. The aims of this research are to design and implement quality management system based on International Organization for Standardization (ISO) in higher education or university with android and to know the respondents’ reaction regarding the new design quality management system based on ISO in higher education or university with android. The tools that used in this research are hardware and sofware. In this research use quality management system based on ISO 9001 (quality control) and the process of managing the data in the application of Android telephone celuler will use to implement the system to achieve the result of the research. The sample is 15 students of Information System Department students in Diponegoro University. The method analysis use in this research is descriptive analysis. The result of this study is the develop of information systems used in the higher education or university to know the quality management system based on ISO using Android. The information system to know the quality management system based on ISO using Android telephon celluler is very useful and easy to aplicated. New findings/significance that the design of this information system can help to aplicatedquality management system based on ISO using Android. Keywords: ISO, educational system, academic advisor

Quality modelling and metrics of Web-based information systems

In recent years, the World Wide Web has become a major platform for software applications. Web-based information systems have been involved in many areas of our everyday life, such as education, entertainment, business, manufacturing, communication, etc. As web-based systems are usually distributed, multimedia, interactive and cooperative, and their production processes usually follow ad-hoc approaches, the quality of web-based systems has become a major concern. Existing quality models and metrics do not fully satisfy the needs of quality management of Web-based systems. This study has applied and adapted software quality engineering methods and principles to address the following issues, a quality modeling method for derivation of quality models of Web-based information systems; and the development, implementation and validation of quality metrics of key quality attributes of Web-based information systems, which include navigability and timeliness. The quality modeling method proposed in this study has the following strengths. It is more objective and rigorous than existing approaches. The quality analysis can be conducted in the early stage of system life cycle on the design. It is easy to use and can provide insight into the improvement of the design of systems. Results of case studies demonstrated that the quality modeling method is applicable and practical. Practitioners can use the modeling method to develop their own quality models. This study is amongst the first comprehensive attempts to develop quality measurement for Web-based information systems. First, it identified the relationship between website structural complexity and navigability. Quality metrics of navigability were defined, investigated and implemented. Empirical studies were conducted to evaluate the metrics. Second, this study investigated website timeliness and attempted to find direct and indirect measures for the quality attribute. Empirical studies for validating such metrics were also conducted. This study also suggests four areas of future research that may be fruitful

A methodological framework for the analysis and design of Adaptive Web-based Information Systems

Due to the growing popularity and complexity of the Web, designing a web site is becoming a complex and difficult process, that needs to be supported by more powerful Web engineering methods. In this paper, we present our ongoing research on defining a methodological framework for the analysis and design of Adaptive Web-based Information Systems (AWIS). Adaptive systems use knowledge about a particular user, represented in the user model, to adapt their information , organization, and presentation to that user. Our approach is driven by an elicited set of High Level Users Goals, which allows intended users to come closer to satisfying their specific needs and preferences. It is composed of a number of process step guidelines along with their respective product models, that enables the Web designer to model his/her AWIS at different levels of abstraction. Thus, an AWIS is modeled at the conceptual level as modular adaptive views over the Information Domain, the conceptual schemas are then transformed into a logical level representation, which enables the actual implementation of the AWIS

Panel 6 What\u27s So Different about the World Wide Web Anyway?

Many predict a shift in the way organizations function as the World Wide Web becomes the predominant way that people gain access to computer applications and information. As organizations graft Web interfaces to their legacy systems and conceive of entire new information systems that take advantage of the Web infrastructure, a new field called Web Information Systems (WIS) is emerging. There is a clear difference between a set of Web pages and a WIS. The WIS supports work, and is usually tightly integrated with other non-Web-based information systems such as a databases and transaction processing systems. But, what is so different about WIS from other distributed information systems? And for that matter, how do WIS really differ from more traditional systems? Don’t WIS developers face the same needs for systematic analysis and design, robust implemen- tations, economic return on investment and competitive advantage, etc.? Are the users of WIS that much different from other information system users? How much do the lessons we’ve learned over the last several decades of IS research and development apply to the Web? This panel will explore the young field of Web Information Systems, examining issues in Web development and usage contrasted with our experiences with traditional systems. Our goal will be to come away with a better understanding of the Web, Web Information Systems, and traditional information systems