Analisa Dan Perancangan Sistem Informasi Akuntansi Zakat Penghasilan Pegawai Negeri Sipil

This research aims to analyze and design a zakat accounting information system at the Bengkalis District National Amil Zakat Board which is not well systemized. At the same time to design the management of income zakat for Civil Servants of Bengkalis Regency in accordance with the Bengkalis Regency Regional Government's plans regarding Regional Regulations on Zakat. Data collection techniques used were observation, interviews, documentation and literature study. In carrying out system design activities database design techniques, system design and user interface design are used. With this system design is able to answer the needs of the general public, especially for Civil Servants in Bengkalis Regency and provide transparency in the management of zakat, infaq and alms funds through financial reports that can be accessed by the public

INTELLIGENT HOSPITAL: PATIENT SMART CARD

The purpose of introducing smart card application in our lifestyle is to improve and develop the way of life to a more convenient style. This approach can be applied to various areas such like mobile communication, public transportation, finance, public sector, and even health care system. In this project, the main target is to design an application and basic system of interfacing between patient and medical institution, which is the Patient Smart Card. It will act as a synergy between clients or patients' personal information with the server or medical centre that complies with the system. Patient Smart Card application development involves several stages. Defining the methodology, there will be four phases, which are analyzing, designing, coding and testing. The cores of the project are the database development, smart card application and its interface program. Data structure of the system is obtained through research and detailed assessment. Entirely, the back end of the system is concerning the source code and interface design. To achieve those with fine results, there are tools required during the whole process. Thus, the result will be concluded based on the objectives set. Besides smart card and its reader, the system comprises of several forms which will act as the interface between database and client. The forms encompass the main menu, registration process, administration purpose, PIN number security system, patient particular information and related data regarding to mass patient medical records. All of them have the same focal purpose which is to ease and create simplicity for the current medical information record system applied at most of the health centers. Suggested works for further enhancement and realization are also stated

SISTEM INFORMASI PENDATAAN PASIEN RAWAT INAP PADA RUMAH SAKIT IMELDA MEDAN MENGGUNAKAN VISUAL BASIC 2008

Imelda Hospital Medan is one of the agencies engaged in the field of public health, namely:located at Jl. Bilal No.24, Pulo Brayan Darat I, Kec. Medan Timur., Medan City, North Sumatra. In this paper theauthor will make data processing information inpatient system with object-oriented methodology. Imelda Hospital Medan still uses the manual method. System recording, checking and Inpatient reports are made manually. In this method, errors often occur in recording, searching and recording browsing historical data takes a long time so it is not efficient in terms of time, effort and cost. Method of the research being conducted by the researcher is "forward engineering". Because learning starts from identify problems, collect the necessary data, develop the model to be used, test the model, development, evaluation, and validation. This research will design a computerized system with Visual Basic 2008 programming language for programming code generation. This research starts from the planning stage (plan) to the design stage (design), Microsoft Visual Basic 2008 was chosen because it has a comfortable interface design. His goal is to design an inpatient data processing information system that has the following advantages:data can generate information about patients, hospitalization reports quickly and accurately and generate archives patient data file form. With a computerized system,Imelda Hospital Medan can improve effectiveness of its performance, and obtain the convenience obtained from the system to minimize errors, especially in patient data entry case

Creating signed directed graph models for process plants

The identification of possible hazards in chemical plants is a very important part of the design process. This is because of the potential danger that large chemical installations pose to the public. One possible route for speeding up the identification of hazards in chemical plants is to use computers to identify hazards automatically. This will facilitate safe plant design and will avoid late design changes which can be very costly to implement. Previous research at Loughborough has concentrated on developing a model-based approach and an analysis algorithm for automating hazard identification. The results generated have demonstrated the technical feasibility of the approach. This approach requires a knowledge-base of unit models. This library of models describes how different plant equipment behaves in qualitative terms. The research described in this thesis develops a method for creating and testing the equipment models. The model library was previously achieved by an expert writing the models in a format that could be directly used by the system described above. An engineer unfamililar with the system would find this difficult. An alternative method would have been to use an intermediary (a knowledge engineer) to gather information from the engineer and convert it into the system format. This would be expensive. Both methods would take up a lot of the engineer's time. An engineer should be able to enter information personally in order to maintain efficiency and avoid information loss through the intermediary. A front end interface has been built to the system which enables an expert to enter information directly without needing to understand details of the application system. This interface incorporates ideas from the knowledge acquisition field in order to produce a tool that is simple to use. Unit-based qualitative modelling can lead to incorrect or ambiguous inference. The method developed here identifies situations where ambiguities may arise. A new modular approach is presented to overcome this type of problem. This method also presents a technique to verify that the models created are both complete and correct

Developing mobile applications as a complement to interactive public screens

Large screens, interactive or not, are becoming a common sight at shopping centers and other public places. These screens are used to advertise or share information interactively. Combined with the omnipresence of smartphones this gives rise for a unique opportunity to join these two interfaces and to combine their strengths and complement their weaknesses. Smartphones are very mobile thanks to their small size and can access information virtually from anywhere, but suffer from overflow of information. Users have too many applications and web sites to search relevant information to find what they want or need in a timely fashion. On the other hand, public screens are too large to provide information everywhere or in a personalized way, but they do often have the information you need, when and where you need it. Thus large screens provide an ideal place for users to select content onto their smartphones. Large screens also have the advantage of screen size and research has indicated that using a second screen with small handheld devices can improve the user experience. This thesis undertook design and development of a prototype Android application for existing large interactive public screen. The initial goal was to study the different aspects of personal mobile devices coupled with large public screens. This large screen interface is also under development as a ubiquitous system and the mobile application was designed to be part of this system. Thus the design of the mobile application needed to be consistent with the public screen. During the development of this application it was observed that the small mobile screen could not support the content or interactions designed for a much larger screen because of its small size. As a result this thesis focuses on developing a prototype that further research could draw upon. This lead to a study of small screen graph data visualization and previous research on mobile applications working together with large public screens. This thesis presents a novel approach for displaying graph data designed for large screens on a small mobile screen. This work also discusses many challenges and questions related to large screen interaction with mobile device that rose during the development of the prototype. An evaluation was conducted to gather both quantitative and qualitative data on the interface design and the consistency with the large screen interface to further analyze the resulting prototype. The most important findings in this work are the problems encountered and questions raised during the development of the mobile application prototype. This thesis provides several suggestions for future research using the application, the ubiquitous system and the large screen interface. The study of related work and prototype development also lead to suggestion of design guidelines for this type of applications. The evaluation data also suggests that the final mobile application design is both consistent with and performs better than a faithful implementation of the visuals and interaction model of the original large screen interface

Basic Classes in Conceptual Modeling: Theory and Practical Guidelines

Since the 1970s, many approaches to representing domains have been suggested. Each approach maintains the assumption that the information about the objects represented in the information system (IS) is specified and verified by domain experts and potential users. Yet, as more IS are developed to support a larger diversity of users such as customers, suppliers, and members of the general public (e.g., in the case of many multiuser online systems), analysts can no longer rely on a stable single group of people for the complete specification of domains; therefore, prior research has questioned the efficacy of conceptual modeling in these heterogeneous settings. This paper aims to address this problem by providing theoretical foundations rooted in psychology research supporting the existence and importance of special classes that are termed basic-level categories. Based on this research, we formulate principles for identifying basic classes in a domain. These classes can guide conceptual modeling, database design, and user interface development in a wide variety of traditional and emergent domains

Patient perspectives on sharing anonymised personal health data using a digital system for dynamic consent and research feedback: a qualitative study

Background: Electronic health records are widely acknowledged to provide an important opportunity to anonymize patient-level health care data and collate across populations to support research. Nonetheless, in the wake of public and policy concerns about security and inappropriate use of data, conventional approaches toward data governance may no longer be sufficient to respect and protect individual privacy. One proposed solution to improve transparency and public trust is known as Dynamic Consent, which uses information technology to facilitate a more explicit and accessible opportunity to opt out. In this case, patients can tailor preferences about whom they share their data with and can change their preferences reliably at any time. Furthermore, electronic systems provide opportunities for informing patients about data recipients and the results of research to which their data have contributed. Objective: To explore patient perspectives on the use of anonymized health care data for research purposes. To evaluate patient perceptions of a Dynamic Consent model and electronic system to enable and implement ongoing communication and collaboration between patients and researchers. Methods: A total of 26 qualitative interviews and three focus groups were conducted that included a video presentation explaining the reuse of anonymized electronic patient records for research. Slides and tablet devices were used to introduce the Dynamic Consent system for discussion. A total of 35 patients with chronic rheumatic disease with varying levels of illness and social deprivation were recruited from a rheumatology outpatient clinic; 5 participants were recruited from a patient and public involvement health research network. Results: Patients were supportive of sharing their anonymized electronic patient record for research, but noted a lack of transparency and awareness around the use of data, making it difficult to secure public trust. While there were general concerns about detrimental consequences of data falling into the wrong hands, such as insurance companies, 39 out of 40 (98%) participants generally considered that the altruistic benefits of sharing health care data outweighed the risks. Views were mostly positive about the use of an electronic interface to enable greater control over consent choices, although some patients were happy to share their data without further engagement. Participants were particularly enthusiastic about the system as a means of enabling feedback regarding data recipients and associated research results, noting that this would improve trust and public engagement in research. This underlines the importance of patient and public involvement and engagement throughout the research process, including the reuse of anonymized health care data for research. More than half of patients found the touch screen interface easy to use, although a significant minority, especially those with limited access to technology, expressed some trepidation and felt they may need support to use the system. Conclusions: Patients from a range of socioeconomic backgrounds viewed a digital system for Dynamic Consent positively, in particular, feedback about data recipients and research results. Implementation of a digital Dynamic Consent system would require careful interface design and would need to be located within a robust data infrastructure; it has the potential to improve trust and engagement in electronic medical record research

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

PERANCANGAN SISTEM INFORMASI PERSURATAN BERBASIS DESKTOP DI BAGIAN SEKRETARIAT DINAS PEKERJAAN UMUM KOTA SEMARANG

Semarang City Public Works Department is an office or agency that carries out regional government affairs in the field of public works. In operational activities, this agency is heavily involved in correspondence activities handled by the Secretariat. However, the correspondence process still uses a manual system. So many obstacles are still experienced, such as not all letters are stored properly, there is an error in recording the number of letters, and there is no specific record of the number of letters in the form of reports. This research was conducted to create a correspondence information system that is archiving incoming and outgoing mail. This information system is created using Unified Modeling Language (UML) diagrams, namely: use case diagrams and class diagrams. Then make the design of the interface design for the process of implementation and system testing. It is hoped that the creation of a desktop-based correspondence information system can facilitate the management of mail data so that it is better maintained and organized, work processes are more effective and efficient and saves time and effort