Abstract. This paper introduces an intelligent method for helping people to maintain their healthy by doing a self urinalysis utilising a smartphone camera. A color sensing method using a smartphone camera is designed to determine the value of a reagent strip in a urinalysis dipstick. In the dipstick urinalysis, a color change in each reagent strip is examined. This color change is a result of the reaction of dipstick to the chemical contents of urine including pH, Protein, Glucose, Ketones, Leucocyte, Nitrite, Bilirubine, and Urobilinogen. Performing disptick urinalysis can be done in almost any places even on the very remote area where medical laboratory cannot be found, and it is much easier and cheaper than medical lab visit.The proposed intelligent method includes a framework for color acquisition using a smartphone camera which covers the color management system, color correction, color matching, and quantification. The usage of RGB and CIELAB color space is discussed in the color management part. An automated color constancy approach is introduced to provide a better color correction, and a step-wise linear interpolation is introduced to better estimate the urinalysis value.To implement this proposed method, a closed acquisition box does not required. Disptick capturing can be done directly with a smartphone camera in almost any normal lighting condition.

- Advances in computer technology is growing very fast and has an important role as a center of data and informationsystems to assist the transactional Luna Petshop and controlling inventory. Constraints of Luna Petshop that can not determine the amount of sales of goods in the next period, resulting in inhibition of the sales transaction for out of stock items. Inventory control information system uses Triple Exponential Smoothing method is the solution to forecast sales and provide recommendations on supplier purchases in the months ahead by analyzing historical sales data for previous periods. This information system also may provide statistical information regarding the sale and purchase of every month, if the sale or purchase of an increase or decrease

Abstrak-Tender for medical devices is one of the procurement activities carried out by PKU Muhammadiyah Sekapuk Gresik Hospital aimed at fulfilling the need to improve its services. The hospital often has difficulty in carrying out the tender process. One of them is in determining the tender participant company that has the right to qualify for the presentation stage because the previous election was only based on instinct so that it could cause the tender process to last long. Therefore, special management is needed by applying information technology as decision support to determine the companies that pass the initial selection. In this Final Project, the Web -based "Decision Support System for Tender for Medical Devices" was developed using the PHP programming language and using the Technique for Order Preference by Similarity to Ideal Solution (TOPSIS) method that can select and recommend companies based on criteria which have been specified. This research was able to facilitate the hospital in selecting bidders in the procurement process by providing output in the form of ranking that can be made a priority in decision making.

Application had by all OTA has an each advantage on search applications, there is show detail location, the advantage which offered by OTA, give an information about reserve date until give a notification when checkin date is now. But, almost an OTA not give a service in its search applications based on user current location or give an information about restaurants around user, tourism place which can be visited or give a recommendation for the other people.This application can can recommend places where the desired place can complement the shortcomings of the system that has been owned by OTA entrepreneurs by providing recommendations of places that exist around the tourist area that tourists want, so that tourists can choose places with ease.Recommendation Applications Spot Based Android Tourism With Geotag Technique, able to provide recommendations to the tourists according to the desired criteria, also provide detailed information from each place there

Pada tahun 2016 masih terdapat 35.291 Ha permukiman kumuh perkotaan yang tersebar di hampir seluruh wilayah Indonesia Kondisi tersebut diperkirakan akan terus mengalami penambahan apabila tidak ada bentuk penanganan yang inovatif, menyeluruh, dan tepat sasaran. Kabupaten Mojokerto merupakan wilayah yang masuk dalam daftar kawasan permukiman kumuh, hal ini berdasarkan daftar kabupaten/kota yang ada dalam program KOTAKU (Kota Tanpa Kumuh). Sedangkan peraturan UU Nomor 1 Tahun 2011 tentang Penanganan permukiman kumuh wajib dilakukan oleh Pemerintah, Kepala daerah dan atau setiap orang. Tidak diketahuinya tingkat kumuh dan penanganan yang sesegera mungkin di suatu kawasan dapat menimbulkan kawasan permukiman kumuh baru.