Implementasi Metode RAD Pada Sistem Informasi Wedding Organizer Berbasis Website

Web-based wedding organizer information systems nowadays are very much needed, especially for wedding packages service that can make it easier for customers to choose the packages provided as well as ordering without having to go to the place or location where the wedding organizer is located. This convenience can be obtained by building an information system that can accommodate the needs of customers, the needs of the sales department, the administration of the wedding organizer company to facilitate the preparation of reports to be submitted to the wedding organizer owner. In addition, the computerized data processing system will speed up the process of selecting services such as; wedding package, order, purchase and reports. In developing this system, two sides are needed where visitors will become customers and the website administrator will manage the website. The system development method used in this system design uses the Rapid Application Development (RAD) method. The results showed that by building a computerized system that is assisted by using the PHP programming language, more data are stored and reports can be presented real time.

Implementasi Data Mining Untuk Penyusunan Tata Letak Data Obat-Obatan Dengan Menggunakan Algoritma K-Harmonic Means Pada Apotek Inti Fada Sidamanik

Abstrack–Apotek Inti Fada Sidamanik is engaged in community service. The rapid development of technology, requires humans to apply in all fields in order to achieve technological progress. Including one of them in the pharmaceutical field. The high level of diversity of drugs requires people to be able to manage them more thoroughly so that their use is more easily classified. With the existence of a good management or medication list management, the information sought will be more easily obtained so that it can shorten the time used. The use of computers is very accurate and fast. Computerized data processing is very necessary to get information, which can be used to produce solutions to existing problems, such as drugs can be neatly arranged according to the shelf and dosage of each drug. The purpose of this research is to build a system of drug data management information at the Pharmacy Core Fada Sidamanik in order to facilitate and streamline information systems that are not well structured.Keywords: Data Mining, K-Harmonic Means Algorithm, Arrangement of Drug Data Layout. Abstrak–Apotek Inti Fada Sidamanik bergerak dalam bidang pelayanan masyarakat. Perkembangan teknologi yang semakin pesat, menuntut manusia untuk melakukan penerapan disegala bidang guna mencapai kemajuan teknologi. Termasuk salah satunya pada bidang farmasi. Tingginya tingkat keragaman obat-obatan menuntut orang–orang agar dapat mengelolanya lebih teliti sehingga dalam penggunaannya lebih mudah diklasifikasikan. Dengan adanya suatu manajemen atau pengelolaan daftar obat yang baik, maka informasi yang dicari akan lebih mudah diperoleh sehingga dapat mempersingkat waktu yang digunakan.Penggunaan komputer sangat akurat dan cepat. Pengolahan data secara komputerisasi sangat diperlukan untuk mendapatkan informasi, yang dapat digunakan untuk menghasilkan solusi-solusi dari masalah yang ada, seperti obat dapat tersusun rapi sesuai dengan raknya dan dosis masing–masing obat. Maksud dari penelitian ini adalah membangun sistem informasi pengelolaan data obat pada Apotek Inti Fada Sidamanik guna mempermudah dan mengefesiensikan sistem informasi yang belum tersusun dengan baik.Kata Kunci: Data Mining, Algoritma K-Harmonic Means, Penyusunan Tata Letak Data Obat-Obatan.

ANALISIS KADAR Fe PADA LEMIDING TUA DAN MUDA DI WILAYAH KUBU RAYA, KALIMANTAN BARAT

Lemiding (Stenochlaena Palustris) is one type of vegetable that grows on peatland, which is a type of fern or fern that is included in the kingdom of plantae and the pteridophyta division (ferns) which is commonly found in the forests of Kalimantan, especially West Kalimantan. Lemiding is one that is easy and fast to adapt to nature, so that it can grow anywhere such as on tree trunks, rotten wood or dry land, even though this local vegetable will flourish on peatlands because of the considerable water intensity facilitate breeding. In the region of West Kalimantan, Lemiding plants are usually consumed in two types, namely young lemiding (white) and old lemiding (red). Red lemiding is a green lemiding with a reddish color, while white lemiding is a green lemiding with a pale color. Lemiding in the people of Kalimantan is processed into vegetables or added as the main vegetable in the typical foods of West Kalimantan, namely spicy porridge. This study aims to determine the comparison of Fe levels in young and old Stenochlaena Palustris in the Kubu Raya Regency. The inspection methodology that will be used is using Atomic Absorption Spectrophotometer (AAS). Based on the results of the study obtained an average Fe content in young lemiding is 0.39 mg / L and old lemiding is 0.48 mg / L. Statistical test results obtained by computerized data processing throughtest Mann Whitney U obtained p value of 0.038, p <0.05, so it can be concluded that Ha is accepted which means that there are differences in Fe levels in young lemids and old lemiding.

Sistem Informasi Akademik Berbasis Web Pada SMAN-1 Pulau Malan Kabupaten Katingan

Sekolah Menengah Atas Negeri (SMAN) 1 Pulau Malan in Katingan Regency has processed data of students and teachers using computer (Microsoft Excel application) and still manage and record the attendance list and students’ grades manually using a book. This habit is considered not effective and may cause problems in calculating students’ grades. Data searching needs much time and important documents or notes are easy to disappear. This system is developed using waterfall methodology. Researcher constructs Data Flow Diagram, Entity Relationship Diagram, and designing the user interface. The functional system is tested using black box. The result of Web Based Academic Information is the availability of a computerized data processing of teachers, students, and academic. Teachers also can to calculate students’ grade, processing students’ presence per meeting, showing students’ grade, downloading subject material, showing school’s schedule and processing data account such as changing password and taking a self picture.

Sistem Informasi Kenaikan Pangkat Karyawan Pada Dinas Pekerjaan Umum (PU) Dan Energi Sumber Daya Mineral (ESDM) Kabupaten Lombok Tengah

Along with the increasingly tight competition of technology and information, making many government parties in Indonesia use technology as a supporter to improve its performance. The development of information technology systems led to changes in the role of information technology systems ranging from the role of efficiency, effectiveness to the strategic role, the existence of computerized data processing information becomes very important. That's because computerized data processing can contribute greatly to a company's performance, when compared to manual data processing. (Imtihan, 2015) Dinas Pekerjaan Umum (PU) dan Energi Sumber Daya Mineral (ESDM) Kota Praya Kabupaten Lombok Tengah do not have a computerized system for data processing promotion of employees, still done manually and data storage is still archive so as to enable the loss of damaged data or archive and also takes longer time in data processing employees. The process can create a continuous error and since the promotion is routinely given to the employee, it is necessary to create an information system that can manage the promotion process automatically in order to avoid mistakes or continuous errors such as errors when data lost or damaged archives and accelerate in time processing data employee who will conduct the promotion process so that required a computerized promotion information system that can regulate the process of promotion of employees. The information system is built using PHP programming language and Mysql database. Data collection method used in this research is the method of observation, interview, and literature study. The method of analysis used is SWOT method, design method used in this research is waterfall method and testing method used is black box testing method. The result of this research is to produce information system of processing process of promotion of employee to facilitate the employee in search process of promotion data and can facilitate officer at the time of data processing increase of employee pangat and also to minimize mistake of data processing promotion of employee rank.

A Fast Method for Determining the Flow Conductance of Gas Microfluidic Devices

This paper presents a fast method for determining the conductance of gas microfluidic devices with low flow rates and very small pressure drops starting from 30 Pa, corresponding to Re=0.3. This method is based on discharging a gas-pressurized chamber through the microfluidic device under test. The microfluidic device’s conductance can be estimated as a function of inlet pressure and the Reynolds number of the flow by recording the upstream pressure during the discharging process and calculating the time derivative of the gas pressure. The pressurized chamber is considered as an isothermal chamber. Experimental results show that a sufficiently accurate isothermal discharging process up to an upstream-to-downstream pressure ratio of 0.8 can be achieved by immersing the chamber in a thermal bath. The method presented here is very fast, requiring only a few seconds for the acquisition procedure and computerized data processing.

X-ray Detectors: Pulse Height Shifts, Escape Peaks and Counting Losses

With the ever increasing emphasis on computer-controlled hardware, computerized data processing and computer-based display of results, there is a tendency to forget the operating characteristics of some of the older, more mundane, components of X-ray diffractometers and X-ray fluorescence analysis units. We place our trust in the specifications of the components supplied by the equipment manufacturers and, while usually complete, it nevertheless behooves us to be well aware of the operation of the various hardware components of diffractometers and spectrometers.