Leucorrhoea is a discharge other than blood from the vaginal canal, if abnormal vaginal discharge is left untreated, as a result the infection can spread, enter the uterus, fallopian tubes, and can infect the ovaries. The application of an expert system in the health sector will greatly assist in survival someone. Expert systems can help diagnose a type of disease based on their own symptoms quickly and precisely. An expert system that is designed as a tool to diagnose the type of leucorrhoea, especially in women who experience vaginal discharge, but often they feel able to recognize themselves that they are suffering from vaginal discharge without feeling the need to go to a doctor for a more detailed examination, and only treat themselves with medication. Free-sale vaginal discharge medication. This expert system will display a selection of symptoms that can be selected by the user, then get the final result with the Bayes theorem method by providing a diagnosis result in the form of a probability value for the emergence of each type of disease and solution. Expert system applications are built on a web basis using HTML, PHP, CSS using the mysql database.
<p class="Abstrak"><em>Data warehouse </em> adalah salah satu komponen penting untuk analisis bisnis yang efektif. Salah satu model pada <em>data warehouse </em>adalah <em>dimensional model </em>yang banyak digunakan karena performa permrosesan yang lebih cepat dari model lain. Dua faktor utama pada perancangan <em>dimensional model </em>adalah adalah sumber data dan kebutuhan bisnis.Salah satu sumber data yang banyak digunakan adalah ontologi karena mampu merepresentasikan data menjadi informasi yang koheren yang dapat dimasukkan ke dalam Data Warehouse. Dalam penelitian ini dihasilkan sebuah tools berbasis ontologi yang digunakan untuk secara otomatis mendapatkan <em>dimensional model </em>untuk <em>data warehouse </em>dari sumber data dan kebutuhan bisnis. Tahapan yang dilakukan mengidentifikasi semua informasi pada file <em>ontology</em> yang dimasukkan pengguna, kemudian daftar dimensi dan <em>fact</em> dihasilkan berdasarkan aturan perancangan dimensional model. Pembuatan <em>fact</em> tabel dan dimensi tabel dirancang berdasarkan rule perancangan <em>dimensional model </em>yang diperkenalkan oleh Kimball. Setelah tabel <em>fact</em> dan dimensidiidentifikasi, maka tabel <em>fact</em> dan dimensi tersebut diubah ke dalam bentuk kueri yang dapat dieksekusi pada MySQL. Penelitian ini berhasil menghasilkan <em>dimensional model </em>dari sumber data <em>ontology</em>.</p><p class="Abstrak"><strong><br /></strong></p><p class="Abstrak"><strong>Abstract</strong></p><p class="Judul2"><em>The data warehouse is one of the essential components for effective business analysis. One of the models in the data warehouse is the dimensional model that is widely used because the processing performance is faster than other models. The two main factors in designing a dimensional model are data sources and business requirements. One of the most widely used data sources is ontology because it is able to represent data into coherent information that can be entered into the Data Warehouse. In this research, an ontology-based tool is produced which is used to automatically obtain dimensional models for the data warehouse from data sources and business needs. The step taken identifies all the information in the ontology file entered by the user, then a list of dimensions and facts is generated based on the design rules for the dimensional model. The creation of fact tables and dimension tables are designed based on the dimensional model design rules introduced by Kimball. After the fact and dimension tables are identified, the fact and dimension tables are converted into queries that can be executed in MySQL. This study succeeded in producing dimensional models from the ontology data source. </em></p><p class="Judul2"> </p><p class="Abstrak"><strong><br /></strong></p>
Effective learning using information technology is one of the opportunities that can be utilized by teachers to improve the effectiveness of learning. This study aims to describe the implementation of IT-based learning media creation training to improve teacher pedagogical skills as measured from the practical aspects and effectiveness of the Model used, namely the Critical Event Model (CEM). The subjects of this study were the teachers of SD Santo Yosef Surabaya. This research is an implementation research with quantitative approach. The data collection method used in this research is in the form of questionnaires to assess aspects of practicality and media assessment to assess aspects of effectiveness. The results showed that the training that had been evaluated through media assessment by the trainer and questionnaire scores by participants, both had a high percentage. Based on the results of the research shows that the implementation of training on creating IT-based learning media has been effective and practical
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