Application Of Developed System Research Articles

The next generation of pest control is here

The next generation of pest control is here The PHERA project aims to accelerate the global transition to sustainable agriculture by establishing insect pheromones as a viable alternative to insecticides in row crops. The project is scaling up a new, cost-effective method for mass-production of pheromones and is developing application systems for their use in pest control in row crops.

RANCANG BANGUN SISTEM INFORMASI PENJUALAN BERBASIS WEB DENGAN FRAMEWORK CODEIGNITER PADA APOTEK ZALTA FARMA SAMARINDA KALIMANTAN TIMUR

Zalta Farma Drugstore is a health institution in selling drug. The administration system was conventional that every transaction was manually written thus causing some problems such as error in calculation, unvalidated information, and difficulties in writing report. The aims of this research were to design and to know the implementation of information system of sale product based on website at this drugstore. The development method of this system used SDLC method with application development system such as flowchart, diagram, context, DFD, and a purposed database designing (ERD). Moreover, the used Text Editor software was Visual Studio Code in PHP programming language using framework code igniter and database using MySQL.
 The result was an information system of sale product based on website that used by Zalta Farma Drugstore. This system helps people in transaction thus the monthly report was produced every month

Integrated Solar Energy Application System Development to Catalyze Public Participation Towards Bali Clean Energy Through Crowd-Based Business Models

Through the Minister of ESDM K/20/MEM/2015 and Bali Governor Regulation No. 45/2019, Bali is designated as a clean energy area and has the advanced implementation of the energy transition towards renewable energy to attain SDG 7 "Affordable and Clean Energy." One of the main intensified directions is the development of solar rooftop energy. However, its development has encountered obstacles that hinder the operation's sustainability. Constraints include financing and community participation. This paper aims to provide solutions to catalyze public participation (especially in youth) for energy transition through the Crowd-Based Business Model, especially for Rooftop Solar Energy Power Plant or PLTS Atap. An integrated information system in the application that can increase investor interest in renewable energy, especially PLTS Atap, could be the answer. This Study uses data from literature studies and will be processed through qualitative content analysis, business model canvas, system design/flow analysis and SWOT analysis. This research will produce an application that is expected to be able to (1) understand the potential, benefits and considerations in using renewable energy, especially solar energy, by installing PLTS Atap in Indonesia (2) inform about financing schemes for installing and using PLTS Atap as a source of electricity generation on a corporate industrial and commercial scale (3) explain investment alternatives using crowdfunding and crowd sale with a certain level of profit that supports environmental values and renewable energy.

PERANCANAGAN APLIKASI ACCOUNT PAYABLE SUBSIDIARY DENGAN PEDEKATAN MODEL PHASED DEVELOPMENT

In this era of technological development, a lot of stored information requires applications that can support all activities, effectively and efficiently, but not many companies have implemented the application as a whole. one of which is Amaris Hotel Cilegon which has not used applications for recording purchases, receipts and controlling debts. Debt data processing still uses spreadsheets which are prone to various problems. Therefore, this study aims to analyze work activities by looking at the system that is running at Amaris hotel Cilegon. The data on this study was collected using literature study methods and field studies to get accurate data results. Application creation uses native PHP language programming, with MySQL database and Class Bootstrap as a framework interface, while in the design of application system development the method used is the RAD method with Phased Development Model. In this study, the author designed and developed the Account Payable Subsidiary application that can provide the company's debt control features at any time, record-keeping relationships with payable accounts and performed only one process in the recording process receiving, to produce output in the form of values listed in receiving journals and payable account journals and can be directly used as the basis for making financial statements by Bookkeeper Accounting Supervisor.

The FaaS-Based Cloud Agnostic Architecture of Medical Services—Polish Case Study

In this paper, the authors, based on a case study of the Polish healthcare IT system being deployed to the cloud, show the possibilities for limiting the computing resources consumption of rarely used services. The architecture of today’s developed application systems is often based on the architectural style of microservices, where individual groups of services are deployed independently of each other. This is also the case with the system under discussion. Most often, the nature of the workload of each group of services is different, which creates some challenges but also provides opportunities to make optimizations in the consumption of computing resources, thus lowering the environmental footprint and at the same time gaining measurable financial benefits. Unlike other scaling methods, such as those based on MDP and reinforcement learning in particular, which focus on system load prediction, in this paper, the authors propose a reactive approach in which any, even unpredictable, change in system load may result in a change (autoscaling) in the number of instances of computing processes so as to adapt the system to the current demand for computing resources as soon as possible. The authors’ main motivation for undertaking the study is to observe the growing interest in implementing FaaS technology in systems deployed to production in many fields, but with relatively little adoption in the healthcare field. Thus, as part of the research conducted here, the authors propose a solution for infrequently used services enabling the so-called scale-to-zero feature using the FaaS model implemented by the Fission tool. This solution is at the same time compatible with the cloud-agnostic approach which in turn helps avoid so-called cloud computing vendor lock-in. Using the example of the system in question, quantitative experimental results showing the savings achieved are presented, proving the justification for this novel implementation in the field of healthcare IT systems.

Development of mobile billing application system for PAMDES water meter data logging

Along with the growth of Sindangsari's population, the water requirement in this village has increased. So, the drinking water company (PAMDES) in this village must be able to manage the available water to meet the necessities of public life. Now, the water company is still collecting and recording water meters manually. It is very risky to consider the water condition in the village because an officer can make a human error while recording the water meter's value. When the water meter recorder is damaged, the officer estimates the water meter's value. An application is needed to manage bills and record water meters to avoid this in previous studies using the Internet of Things (IoT) or mobile applications that must be sent online to the server in real-time. This solution is not suitable for the internet condition in Indonesia, which is not evenly distributed to remote villages. This study proposes to use a mobile application that can store data on mobile devices. When the internet connection is unavailable, it can be sent later when it is available again. In this study, data obtained that the condition of the meter recorder from 672 customers, 37 water meters recorder is damaged. In addition, water meter data is also obtained for the following month's bill and data on average water usage of 10,661m3 per month. With these data, it is found that the minimum water requirement is 10,661 m3 per month. It is hoped that the application for billing management and recording of PAMDES water meters in Sindangsari village, Cikoneng sub-district, Ciamis district can help increase PAMDES management capacity.

Implementation of Multiple Intelligences Determinant Applications for Junior High School Students Using Web-Based Likert Scale Method

Multiple intelligences or commonly called multiple intelligences are various skills and talents that students have to solve various problems in learning. The problem in this research is how is the process of developing applications for determining multiple intelligences for junior high school students using the method web-based Likert scale?, how is the feasibility of the application for determining multiple intelligences for junior high school students using the web-based Likert scale method?, and how is the effectiveness of using the application for determining multiple intelligences for junior high school students using the web-based Likert scale method?. In the development of this web-based application system using the PHP programming language and MySQL database. This type of research is research and development (R&D) with the Likert scale method. With a population of 21 students of SMP Negeri 2 Sayung Demak and a sample of 21 students of class VIII F. Based on the User Acceptance Test for students, it produced a number of results covering several aspects, namely in terms of usability, in terms of convenience and in terms of appearance, it produced an average percentage of 84%. These results are included in the criteria for strongly agree.

Implementasi Kebijakan Pengelolaan E-Retribusi Di Kota Bukittinggi

The use of the e-retribution system in Bukittinggi since the beginning of 2020 has an effect on the local revenue (PAD) from the retribution sector. This study aims to find out and analyze the implementation of the Bukittinggi Mayor Regulation Number 39 of 2020 regarding the payment, deposit and payment procedures for wholesale and/or shop levies electronically analyzed using Edward III's theory. This research is a descriptive research with a qualitative approach. The types of data used in this study are primary data and secondary data. The data collection technique used was obtained by field research and library research. Data analysis was carried out by qualitative analysis and using purposive sampling technique in determining the sources. Testing the validity of the data is done by triangulation method. The results showed that the implementation of the electronic retribution collection policy at the Department of Small And Medium Business Cooperatives And Trade when viewed from the Eward III theory had not been implemented optimally. In terms of resources, there is a shortage of personnel in managing user fees electronically. In addition, the absence of specialized personnel in the field of information and technology has resulted in the slow development of the electronic levy receipt application system. The absence of a Standard Operating Procedure (SOP) made by the Department of Small And Medium Business Cooperatives And Trade is also an obstacle in implementing the policy. The e-retribution has not yet been implemented as a whole because the collection of retribution before 2019 is still collected manually.

Stabilizing Metallic Zn Electrode Using Organic Acid Additives in Aqueous Zinc-Ion Batteries

Aqueous zinc (Zn)-ion batteries (AZIBs) have been paid attention to as safe, economical, and high-energy-density storages through multiple electron transfer. Although conventional alkaline solution-based AZIBs are primary batteries, recent studies demonstrated the reversible Zn2+ deposition and stripping processes enabled in mildly acidic solutions. It promises the development of rechargeable AZIBs and viable applications for energy storage systems (ESSs). However, metallic Zn employed as the negative electrode has suffered from severe corrosion and precipitation of electrolyte salts in this low pH condition. The Zn electrode undergoes a hydrogen evolution reaction (HER) as Zn2+ is dissolved from the Zn surface. The corrosion leads to a pH rise, precipitating electrolyte salt as zinc hydroxide forms. For example, hexagonal plates of zinc hydroxide sulfate hydrate (Zn4SO4(OH)6∙xH2O, indicated as ZHS) grew on the Zn electrode in 1 M ZnSO4 solution when pH approached ~5.4. The insulating and randomly oriented ZHS increased the surface resistance and caused the non-uniform Zn deposition.These challenges are mitigated by adding organic acid to the 1 M ZnSO4 solution. As the HER raised pH, the acid was promptly deprotonated, then coordinated with Zn2+. This process caused the thin film formation consisting of three-dimensional zinc glutarate. The zinc glutarate protected the Zn electrode and impeded the electrode corrosion and the ZHS precipitation. We demonstrated a uniform Zn plating and stripping process with 10 mM of organic acid in contrast with dendritic and dead Zn growth in the absence of the additive. Galvanostatic tests of symmetric Zn cells revealed over 1000 h cycles with the additives at a current density of 1 mA cm-2 and a limited capacity of 1 mAh cm-2. In contrast, the Zn cells with the additive-free electrolyte solution exhibited 15 times lower cyclability as micron-scale ZHS plates covered the electrode surface. Our strategy using the cheap additives is feasible to use grid-scale ESSs and shows significantly improved cycling performances. I will present details of Zn surface reactions using organic acid additive and corresponding electrochemical performances in this presentation.

INTEGRATION OF MULTIPLATFORM DESKTOP, WEB AND MOBILE APPLICATIONS AT PT. PRIMA ARTHA KREASINDO USING WEB SERVICE

The research entitled “Integration of Multi-Platform Desktop, Web and Mobile Applications at PT. Prima Artha Kreasindo Using Web Service” aims to integrate several desktop, web and mobile-based application systems into one application system using web services to make it more practical, effective and efficient. The developed application system can be installed on computers, laptops and cellular phones. The research was conducted by coding an integrated application program with a web service link facility and simulating the operation of the application. The use of the right device makes the system run more effectively and efficiently. The results showed that the multi-platform application program can be applied at PT. Prima Artha Kreasindo on the sales application system, with a point of sale system (POS, point of sales) and inventory control in the warehouse. The sales application program at the company became more practical, effective and efficient.

Membangun Website E-commerce di Toko Sean Shoes Menggunakan Metode Rapid Application Development


 
 
 
 Sean Shoes store is a store that sells women's shoes. Constraints experienced by the Sean Shoes store are frequent errors in reporting and making it difficult for the owner to obtain information in a fast and accurate time. The Sean Shoes store requires an e-commerce web-based sales facility or service that can meet the needs and can facilitate the Sean Shoes store in running its business such as sales, purchases, promotion of goods, payments and transactions. This system is designed using UML modeling built using the PHP programming language (framework codeingniter) with the Rapid Application Development system development method. the result achieved by the author is an online sales system at the web-based Sean Shoes store using the PHP programming language and using the codeingniter framework. The shoe sales system at the Sean Shoes store will make it easier for customers to make transactions and help the store promote their products. This system has been tested by testing Black Box testing and beta testing through questionnaires to website users. The results of the Black Box test show that the functions on this website system as a whole have been running well without any errors.
 
 
 

Banking Information System Study Through Enterprise Architecture TOGAF

The development of information technology has changed different views in Indonesian society today. In the era of the industrial revolution 4.0, all industries including the banking industry have implemented the latest Information Technology in accordance with the needs of the industrial revolution. One of the readiness strategies is to make changes to information technology planning based on Enterprise Archi- tecture. The Enterprise Architecture method of this research uses TOGAF (The Open Group Architec- ture Framework). The goal is to develop business architecture, application architecture, information architecture and technology so that they can adapt to the industrial revolution. The application of En- terprise Architecture needs to perform gap analysis and implementation strategies. Application system development does not need to be done totally, but there are several application systems that need to be changed. The application of Enterprise Architecture can be carried out starting from architectural de- sign, gap analysis to implementation strategies so that they are able to face the industrial revolution 4.0.

Aplikasi Shawllira On the Go

Shawllira Sdn. Bhd. is a business organization that sells various types of headscarves for women. Shawllira has been in the business arena since 2019 and is based in Johor Bahru. From the beginning of the business, Shawllira used a method of manual data keeping, which is all the information about business is written in a notebook and using Microsoft Excel. This method will be exposed to the risk of losing important business data. In addition, Shawllira faces buying and selling problem where customers who want to make a purchase must contact Shawllira through the Whatsapp application because there is no special medium for the purchase of Shawllira products. This resulted in the buying and selling process becoming chaotic and further disrupting Shawllira's business operations. Therefore, Shawllira On The Go Application, which is an e-commerce application based on Android platform and web-based system specially developed for Shawllira Sdn. Bhd to overcome these problems. Android-based application is developed specifically for Shawllira customers while Shawllira administrator use a web-based system. This web-based system aims to solve the problem of irregular business data storage, non-parallel sales record keeping and the problem of customers to purchase products from Shawllira. With this web-based system, Shawllira can store their business data such as product stock data and sales record data more systematically. In addition, Shawllira is also able to view business sales records more easily because sales records such as profit, capital and other costs will be displayed automatically in this web-based system. In terms of specially developed application, Shawllira customers can enjoy smooth and faster access in viewing the various types of products sold as well as the total stock of products available at the time and subsequently can make purchases through this application. Through this web-based system, administrator can access business data and sales data more accurately and customers can also enjoy the convenience of purchasing Shawllira products in the application more quickly and easily. The development of these application and web-based system uses a structured approach method and the Agile methodology is implemented because the Agile model is the right choice technique for developing these application and web system. Application is developed using Android Studio software and use the Java programming language while the web-based system uses Sublime Text and CPanel software, as well as programming languages written in HTML and PHP. In terms of database, the software used is CPanel and programming language is using MySQL. Application and web-based system development can help Shawllira and its customers to enjoy a more organized and easy facility while being able to store data more securely and systematically.

Medical Record Information System with Rapid Application Development (RAD) Method

Computer technology that is increasingly developing has created a situation that demands everything to be computerized. Science from technology has also changed the way of life of most Indonesians. The presence of information and communication technology affects the technology applied in information systems, especially the input and output mechanisms. One of them is at the Clinic which requires computer technology in its operations. The design of this website also uses 3 stages of Rapid Application Development (RAD) system design, the result of which is a website for a medical record information system. In order for clinical activities to run smoothly at the Clinic, an information system using the Rapid Application Development (RAD) method is needed because the software development process model is classified as an incremental technique and emphasizes short, short, and fast development cycles. Medical record system testing will be tested using Blackbox Testing and User Acceptance Test (UAT) testing.

Development and implementation of a national online application system for cross-jurisdictional linked data

The Population Health Research Network (PHRN) is an Australian national data linkage infrastructure that links a wide range of health and human services data in privacy-preserving ways. The data linkage infrastructure enables researchers to apply for access to routinely collected, linked, administrative data from the six states and two territories which make up the Commonwealth of Australia, as well as data collected by the Australian Government. The PHRN is a distributed network where data is collected and managed at the respective jurisdictional and/or cross-jurisdictional levels. As a result, access to linked data from multiple jurisdictions requires complex approval processes. This paper describes Australia’s approach to enabling access to linked data from multiple jurisdictions. It covers the identification of, and agreement to, a minimum set of data items to be included in a unified national application form, the development and implementation of a national online application system and the harmonisation of business processes for cross-jurisdictional research projects. Utilisation of the online application system and the ongoing challenges of data linkage across jurisdictions are discussed. Changes to the data custodian and ethics committee approval criteria were out of scope for this project.

Value-based modeling for mobile health application development.

In this paper is presented the use of value-based modeling, traditionally a business development tool, for the improvement of mobile health app design. The conceptual foundations for this work are design science, which is the scientific study and creation of artifacts, and convergence, which is a research method that in this case combines engineering with medicine. Relevant previous work done by the research team included the modeling of a case management system using process-based and information-based modeling techniques. Value-based modeling represents actors who are exchanging with each other things of economic value, including service outcomes. The focus is on how value objects are offered, accepted, and exchanged in a network. Value-based models do not describe how transactions occur, but rather the net value of those transactions. This technique was applied to the design development of a mobile application system for the improvement of access to health services. Significant value-based modeling was performed. These models highlighted the importance in healthcare delivery of effective value exchanges. The results revealed a limitation on the net value of services delivery. These were related to constraints of time, cost, and responsibility. A design improvement was proposed: The development of an automated decision-making subsystem within the machine learning component of the app system. This subsystem would recommend between-visit micro adjustments to the plan of care based upon protocols established by the healthcare provider. Such would provide an agile response to the patient's changing needs as well as an amelioration to the challenges of access to services.

Development of Material Test and Survey Laboratory Application Systems

Development of Material Test and Survey Laboratory Application Systems

A Knowledge Base-based Method for Line Loss Abnormality Diagnosis in Station Area and Automatic Generation of Loss Reduction Measures

In view of the current low efficiency of line loss abnormality analysis and the inability to automatically generate loss reduction strategies, this paper proposes a knowledge base-based method for the abnormality diagnosis of line loss and automatic generation of loss reduction strategies. In this study, the research on line loss in station area at home and abroad is summarized, the classification of line loss abnormality is sorted out. Combined with the operation status of low-voltage distribution network and the current status of line loss, the intelligent diagnosis method of line loss abnormality is proposed and line loss reduction strategies is automatically generated according to the classification of line loss abnormality, which provide a decision-making support for improving the lean level of line loss control in the station area. Through application system development and display, the effectiveness of this method is verified.

Advances in training of the specialized human resources for health in Tanzania: the case of Muhimbili University of Health and Allied Sciences

BackgroundIncreasing the number of specialized human resources for health is paramount to attainment of the United Nations sustainable development goals. Higher learning institutions in low-and middle-income countries must address this necessity. Here, we describe the 5-years trends in accreditation of the clinical and non-clinical postgraduate (PG) programmes, student admission and graduation at the Muhimbili University of Health and Allied Sciences (MUHAS) in Tanzania, highlighting successes, challenges and opportunities for improvement.MethodsThis was a retrospective longitudinal study describing trends in PG training at MUHAS between 2015 and 2016 and 2019-2020. Major interventions in the reporting period included university-wide short course training programme to faculty on curricula development and initiation of online application system. Data were collected through a review of secondary data from various university records and was analyzed descriptively. Primary outcomes were the number of accredited PG programmes, number of PG applicants as well as proportions of applicants selected, applicants registered (enrolled) and students graduated, with a focus on gender and internationalization (students who are not from Tanzania).ResultsThe number of PG programmes increased from 60 in 2015-2016 to 77 in 2019-2020, including programmes in rare fields such as cardiothoracic surgery, cardiothoracic anesthesia and critical care. The number of PG applications, selected applicants, registered applicants and PG students graduating at the university over the past five academic years had steadily increased by 79, 81, 50 and 79%, respectively. The average proportions of PG students who applied, were selected and registered as well as graduated at the university over the past five years by gender and internationalization has remained stably at 60% vs. 40% (male vs. female) and 90% vs. 10% (Tanzanian vs. international), respectively. In total, the university graduated 1348 specialized healthcare workers in the five years period, including 45 super-specialists in critical fields, through a steady increase from 200 graduates in 2015-2016 to 357 graduates in 2019-2020. Major challenges encountered include inadequate sponsorship, limited number of academic staff and limited physical infrastructure for teaching.ConclusionDespite challenges encountered, MUHAS has made significant advances over the past five years in training of specialized and super-specialized healthcare workforce by increasing the number of programmes, enrollment and graduates whilst maintaining a narrow gender gap and international relevance. MUHAS will continue to be the pillar in training of the specialized human resources for health and is thus poised to contribute to timely attainment of the health-related United Nations sustainable development goals in Tanzania and beyond, particularly within the Sub-Saharan Africa region.

Service request management system application development with rapid application development method using web-based bubble sort algorithm

The Helpdesk system is a system to facilitate the reporting of technological information damage. Helpdesk systems are already widely used or developed somewhere with a wide variety of technologies and systems. Monitoring system as a process to collect data from various sources and helpdesk as the implementer of the monitoring system is required to be active to monitor reports from users. The helpdesk is a center point where problems or issues are reported in a coordinated and coordinated manner. The helpdesk is a complementary part of a function, service, and is responsible for problem solving. This is one of the obstacles in the implementation of work is still found errors in the process of handling remote hands or trouble shoot reports daily, weekly and monthly. Because currently the data and problem handling reports are still manual so it is difficult to see the status of handling. Helpdesk design system at PT. TH Indoplantations is a system where to facilitate users or customers and the Helpdesk data center division in processing a technical problem that occurs in the data center or customer or user devices located in the data center PT. TH Indoplantations. Based on the concept and design of a web-based helpdesk system at PT. TH Indoplantations can help in dealing with interference that occurs in customer devices.