Academic literature on the topic 'BURSAR (Computer system)'

Garuda Indonesia as national airlines in Indonesia have integrated reservation system. PT. Dymens Travel Bureau, as travel agent which provides Garuda Indonesia’s ticket sales as their main product, implemented this system. This reservation system have some steps that must be done correctly. Besides the system itself, agent must provide equipment such as computers with stable internet connection, staff with high computer and airlines sytem literacy. The aim of this paper is to analyse Garuda Indonesia’s online system ticket reservation at PT. Dymens Travel Bureau. Reservation system is complex thus need higher competency in system literacy to operates it. This research used descriptive qualitative method to exlpain steps of reservation in Garuda Indonesia’s System. This system generates Passenger Name Record (PNR) with passenger information inculidng name, flight schedule, route, class of flight, ticket number, time limit, and booking code. This reseach aslo found some non technical problem in reservation system due lack of competency of staff and unstable internet connection.

In this paper, we propose a modified cubic B-spline differential quadrature method (MCB-DQM) to solve three-dimensional (3D) coupled viscous Burger equation with appropriate initial and boundary conditions. In this method, modified cubic B-spline is treated as a basis function in the differential quadrature method (DQM) to compute the weighting coefficients. In this way, the Burger equation is reduced into a system of ordinary differential equations. An optimal strong stability-preserving Runge–Kutta (SSP-RK) method is employed to solve the resulting system of ordinary differential equations. In order to illustrate the accuracy and efficiency of the proposed method, a numerical problem is considered. From the numerical experiment, it is found that the computed result is in good agreement with the exact solution. Stability analysis of the method is also carried out using the matrix stability analysis method and found to be unconditionally stable.

The software is an intermediary between system hardware computer with user as human. Based on the emerging software projects because of the importance of the functions already affects many functions in various aspects. Software projects that have become this need ultimately require management actions to manage the process in the project. Project management is necessary for the success of the project. Bereau Information System PT. X is one part of a company that provides software for functional PT. X. Analysis results from the concept of software project management information systems Bureau at PT. X when the process of designing application systems information accounting PT. X aims to answer how concept of project management Information Systems Bureau in designing the Accounting Information System applications. The methods used in this research is the study of the library with a general empirical approach based on experience and theories related to project management especially in software projects. The conclusions obtained that the activity of the management software on System Information Bureau is in compliance with the application of existing theory, but science is constantly evolving so as to do the development management activities after conducting evaluation regularly for the maintenance of long-term software project.

This research was performed as a descriptive and analytic study to determine the perceptions of the nurses regarding the computerised physician order entry system. The study was conducted with 207 nurses working in four hospitals using this system in Bursa. Sociodemographic data form and the computerised physician order entry system perception scale were used as data collection tool. Obtained data were analysed by statistical methods and nonparametric tests. The scale met an acceptable level of reliability and validity (α = 0.94). There was a statistically significant difference between the groups according to age, position, service and institution, years of institution experience and the period of using the system in terms of scale and sub-dimensions. Finally, it was determined that the nurses perceived the system as positive in spite of some difficulties related to this system. It is suggested that the problems with the system should be solved and training programmes should be organised.Keywords: Nurse, computer physician order entry, medication errors.

A new service and system within the Alberta Bureau of Surveying and Mapping (ABSM) is briefly described. The system has been developed using a computer system development methodology, adopted as the standard within the Alberta government. Details of services and materials available are included for the benefit of the industry. Future plans and capabilities of the new system are summarized.

Federal government mapping of the offshore areas of the United States in support of the development of oil and gas resources began in 1954. The first mapping system utilized a network of rectangular blocks defined by State Plane coordinates which was later revised to utilize the Universal Transverse Mercator grid. Creation of offshore boundaries directed by the Submerged Lands Act and Outer Continental Shelf Lands Act were mathematically determined using early computer programs that performed the required computations, but required many steps. The Bureau of Ocean Energy Management has revised these antiquated methods using GIS technology which provide the required accuracy and produce the mapping products needed for leasing of energy resources, including renewable energy projects, on the outer continental shelf. (Note: this is an updated version of a paper of the same title written and published in 2015).

With the development of computer, networking and automation technology, mining information technology becomes more intelligent and more integrated. This paper establishes a smart mine system in one mining enterprise of East China Mineral Exploration and Development Bureau. By adopting service-oriented architecture, smart mine system reuses the existing function modules and integrates the data through Web service to form a comprehensive service system to solve information island problems, which helps to facilitate production, operation and management of mining enterprises.

In this paper a control AT89C51 microcontroller system was proposed to used in the design of alarm emergency in virtual small city. The proposed system includes personal computer (PC), monitoring, control circuit which has a microcontroller. When the accident accrued, the system sends alarm from any anywhere compromised with a number of the street to the emergency office and emergency alarms bureau official received by the monitoring that appear on the map and this point sends warning.

This research is titled Monitoring System of Higher Education Graduates in Entering the World of Work Using Tracer Study. The problem raised in this study is that the BKK (Bursa Kerja Khusus) STMIK Widya Cipta Dharma Samarinda get information about the performance of STMIK graduate students Widya Cipta Dharma, analyze graduate data to obtain the relevance of the competency of STMIK graduates Widya Cipta Dharma Samarinda, change the old system into a system that new. The purpose of this research is to provide information and reports on the results of tracer study data collection from alumni of STMIK Widya Cipta Dharma Samarinda. Data collection methods used are literature study, field studies. The system development method used is the waterfall method. Informatic System of Alumnus Record Tracer Study Based Website of STMIK Widya Cipta Dharma Samarinda is a computer-based system that was built with the aim of processing the alumnus search to find out the description of the profile, performance, and distribution of work location of the alumnus. Informatic System of Alumnus Record Tracer Study Based Website of STMIK Widya Cipta Dharma Samarinda is expected to help assist the BKK (Bursa Kerja Khusus) in recording alumnus and record the track record of alumnus scattered in serveral areas.

After 28 years of public service, the Information Technology Bureau Chief for the Southwest Florida Water Management District (SWFWMD), Dr. Steven Dicks, was still passionate about serving the public. By first focusing on the needs of people in the District, Dr. Dicks was able to objectively observe the many aspects of operations for which he was responsible. His observations led him to believe that the use of technology within his organization wasn’t as effective and efficient as he knew it could be. The SWFWMD managed the water resources of 16 Florida counties in an area that was close to 10,000 square miles, with 4.7 million inhabitants. To effectively manage water resources, the organization needed to understand current water needs, prepare for future needs, and protect and preserve water resources within its boundaries. A significant part of managing water resources involved the production and utilization of scientific computer models that help track, predict, and control a plethora of water related challenges. At the SWFWMD, individuals used desktop computers to run most of the scientific models. Given the limited computing capacity of the average desktop computer, running a model was beginning to require too much time; and simple interruptions, such as a system reboot, could jeopardize the ability to complete long model runs. Therefore, the resulting data used and produced was often very ineffectively managed. Dr. Dicks began to wonder about the current system of producing and managing scientific models, and how the systems might be improved. He evaluated options. He thought upgrading individual desktops could help, but only in the short term because as the data sets and demand for processing power continued to grow, the desktop might always be a step behind. Installing powerful servers to house the data sets and run the models would be a significant improvement, but the cost to acquire and maintain the new system might challenge the budget. A cloud-based solution utilizing an “infrastructure as a service” approach, was a third option, but current system infrastructure compatibility, security, and access needed to be carefully evaluated. Dr. Dicks believed that data management was just as important as the processing power of an upgrade, and that ultimately the technology that allowed for the most effective EDM system needed to be identified and implemented to best serve the needs of the District into the future.