Akhmad Qashlim
@fikom-unasman.ac.id
Fakultas Ilmu Komputer
Program Studi Sistem Informasi
Akhmad Qashlim, born in Polewali, July 18, 1986. He is received a Bachelor's degree in Computer (S.Kom) from the Informatics Engineering Study Program, Al Asyariah Mandar University in 2008. Then a Master's degree (M.Kom) from the Masters Program Information Systems, Diponegoro University, Semarang in 2014. Currently works as a lecturer at Al Asyariah Mandar University and serves as chairman of the Information Systems Study Program. In addition, he is also the chairman of the Association for Higher Education Informatics and Computers of West Sulawesi Province (APTIKOM SULBAR). His research interests are in the areas of Image Processing, System Information. E-mail: medqashlim@
EDUCATION
S1: Teknik Informatika - Universitas Al Asyariah Mandar
S2: Magister Sistem Informasi - Universitas Diponegoro
RESEARCH INTERESTS
Image Processing; Sistem Informasi
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
Akhmad Qashlim, Basri Basri, Haeruddin Haeruddin, Ardan Ardan, Inggrid Nurtanio, and Amil Ahmad Ilham
International Association of Online Engineering (IAOE)
This research presents the use of smartphone technology to assist fisheries work. Specifically, we designed an Android application that utilizes a camera connected to the internet to detect RGB image objects and then convert them to HSV and gray scale. In this paper, Android-based smartphone technology using image processing methods will be discussed, a digital tool that provides fish detection results in the form of length, width, and weight used to determine the price of fish. This application was created using features provided by the OpenCV library to produce binary images. Three main challenges highlighted during application design including C ++ QT were used to build the user interface, the contour-active method was used to divide and separate image objects from the back-ground, while the clever edge edge method was used to improve the outline ap-pearance of objects. Both methods are implemented on the Android platform and utilize smartphone cameras as an identification tool. This application makes it possible to provide many benefits and great benefits for farm farmers but on the other hand will create technological gaps
Akhmad Qashlim, Syarli, and Basri
IOP Publishing
Abstract Supply Chain Management (SCM) requires all sectors to collaborate, coordinate, communicate and exchange information to improve inter-sector productivity. It takes information technology and supplies chain concepts to integrate all sector activities involved such as, in the health field such as clinics and health services. System integration will create good communication and exchange of information, and data availability will be fulfilled. This research will try to offer information technology in the form of integration system by using SCM concept to improve management performance; this research focuses on pharmaceutical warehouse operational activities in the way of distribution and management of drugs. Delivery of LPLPO by Clinic, Monitoring of transactions by Public Health Office. This activity is an SCM practice that requires connected entities to view the same data without disrupting the independence of each sector. System design using the waterfall method. The system will be built with PHP programming and MySQL database. Testing system using Xampp 6.2 servers with black box method, testing is done by requesting pharmacy installation officer to use the system. The results of the system test show that the performance in the internal control section helps management in looking at the stock situation, the type of drug demand, and the trend of existing disease patterns in the community. Data visualization is also helpful in determining health intervention decisions and policies. This has opened the eyes of management to the importance of information technology. Finally, this research becomes a recommendation to the pharmaceutical installation management to use information technology in operational activities
Akhmad Qashlim, Basri, Haeruddin, Ingrid Nurtanio, and Amil Ahmad Ilham
IOP Publishing
Abstract Delivering milkfish pond products to industries, restaurants or end consumers should be done as soon as possible in real time so that the process of milkfish distribution does not take a long time. The middleman’s involvement in the distribution process will require a lot of time and lots of people so that it dramatically affects marketing and price fluctuations. This research has found a solution to minimize the situation that occurs, a website framework with a supply chain concept approach successfully designed. A website with an integrated system can be accessed with an android mobile device to facilitate the process of uploading images of milkfish and other information about milkfish so that it does not require users to use personal computers (PC/laptop), while computer administrators can control the activities of pond farmers in marketing. The results showed that the website was able to connect between fish farmers and industries or restaurants before the results of the milkfish ponds were harvested and provide information about fish weight, fish prices, the location of lakes and order facilities for purchase transactions. If this happens, the middleman’s involvement in marketing begins to decrease, and this will undoubtedly cut the chain of the dependence of the farmer farmers with intermediaries. This is a way to accelerate the marketing process, and increase the income of fish farmers and reduce dependence on intermediaries.
Akhmad Qashlim, Basri, Haeruddin, Inggrid Nurtanio, Amil Ahmad Ilham, and Ahmad Ilham
IOP Publishing