Sales order documents at retail companies are a very important procedure in the project or work initialization process. However, the management of the sales order which is still done manually creates several problems in the process. This research will try to offer a solution by building a sales order management system that is developed by applying the Rational Unified Process (RUP) method. 4 stages in the RUP must be carried out, namely: the initial stage, the elaboration stage, the construction stage, and the transition stage. To reduce the risk of changes desired by the user, testing is carried out at the end of each phase. The results of this study have succeeded in building an SO management system where each feature designed is successfully implemented, which is indicated by the results of measuring the functional suitability of the system at each stage getting a value of 1.

In the development of information systems, it is very important to pay attention to the quality of the system which can be reviewed through aspects of usability for its users and following the needs and specifications of its users. This study will analyze the quality of the sales order management information system based on two characteristics of the ISO 25010 quality standard system, namely functional suitability and usability. The functional suitability test was carried out by the BlackBox testing method to test three sub-characteristics of functional suitability that are functional completeness, functional correctness, and functional appropriateness. Usability tests use a use questionnaire which is divided into four criteria that are usefulness, ease of use, ease of learning, and satisfaction. In testing the suitability of functionality involving 5 respondents and 17 respondents in usability testing. The results of this study indicate that the sales order management system fulfills two characteristics of information system quality that are functional suitability and usability. Where all the features designed are by the successful features, and the usability characteristics are 85.45% which indicates that the system is very feasible to implement.

<p>Balinese people have one of the civilization history and cultural heritage are handwritten in Balinese script on palm leaves known as Balinese Papyrus (LontarAksara Bali). Until now that cultural heritage is still continuously strived its preservation along with the implementation begin to be abandoned in public life. Some of Balinese Papyrus now begin to rot and fade under influenced by age. Information technology utilization can be a tool to solve the problems faced in the preservation of the Balinese papyrus. By using digital image processing techniques, the papyrus script can be reconstructed digitally so that it can be retrieved and store the content in the digital media. Balinese papyrus reconstructed through several processes from scanning into a digital image, performing preprocessing for image quality improvement, segmenting the Balinese characters on image, doing character recognition using LDA algorithm, rearranging the result of recognition in accordance with the original content in papyrus, and translating that characters result into Latin. LDA algorithm quite successfully performs the classification associated with handwritten character recognition.</p>

Seiring dengan banyaknya proyek yang diterima dan harus diselesaikan tepat waktu oleh PT. Ekiosku, maka dibutuhkan sistem informasi yang dapat digunakan untuk memanajemen proyek. Masalah yang sering terjadi pada pengerjaan proyek perangkat lunak adalah kurang optimalnya hasil estimasi waktu, sumber daya manusia, dan perkiraan biaya proyek perangkat lunak yang dilakukan oleh manajer proyek. Pembagian tugas yang dilakukan oleh manajer proyek dilakukan dengan cara lisan kurang efisien karena setiaptenaga kerja memiliki kemampuan yang berbeda. Tidak adanya gambaran pengerjaan proyek dan penjadwalan sebagai penunjang sehingga manajer proyek tidak mengetahui bagaimana perkembangan proyek. Oleh karena itu, sistem informasi manajemen proyek perangkat lunak ini dibangun untuk membantu dalam otomatisasi dan perhitungan menggunakan metode Function Point dan COCOMO sehingga dapat mempermudah manajer proyek dalam mengetahui lingkup kerja dan penjadwalan, serta untuk mengukurestimasi biaya dan waktu yang dibutuhkan untuk membangun suatu proyek. Mengurangi resiko kegagalan dalam pembangunan perangkat lunak dan untuk memonitor proyek yang akan berjalan, sedang berjalan, dan selesai, serta melihat sejauh mana perkembangan proyek yang dikerjakan oleh developer.

In the era of information technology vehicle numbers identification needs to be done by system automatically. Therefore, the accuracy of the data is well documented and work porses identification can be done quickly. Motor vehicle license recognition is a recognition system by comparing character feature in license plate with reference feature which exists in database. This system uses chain code method and template matching to extract character feature in license plate's image. Feature extraction with chain code method will result in an array of direction codes which stored in dynamic array, which stored in dynamic array. In this application test feature will be matched with feature stored in database using dynamic time warping method (DTW) to obtain a distance value between test feature and reference feature, the smaller the distance obtained shows that both the features are more similar. The result of this system is the recognition of each character in license plate's image. In this study, samples of license plate's images are tested with the number of research objects. From the study feature extraction is obtained with template matching method provides better success rate compared to feature extraction with chain code method, where the success rate of feature extraction with template matching method is at 78% whereas feature extraction with chain code method is at 68%.