Microsoft Visual Basic Research Articles

Sistem Informasi Administrasi Puskesmas Berbasis Multi User

The Mranggen III Health Center is one of the government agencies in the technical implementing unit of the Demak District health office. Patient registration services and administrative payments at the Mranggen III Health Center are still conventional, causing long queues. In addition, the process of processing data to become information cannot be accessed directly by the leadership because there are no computerized and multi-user or client-server applications. Based on these problems, a Puskesmas administration information system design was made that could suit the needs. Making an information system using the programming language Microsoft Visual Basic 6.0 and SQL Server 2000 as a multiuser-based database. With the design of the development of an administrative information system for the Mranggen III Health Center, it is hoped that it will be able to handle the problems that exist in the Mranggen III Health Center, namely being able to speed up service to patients and by using a multiuser-based information system. Leaders and several staff can access it simultaneously and quickly.

A comprehensive method for calculating total body irradiation

Toprovide meansfor calculating the dose received by various tissues of the patient, calculate lung shield, and verify received dose using a phantom as a tool for quality assurance for a planned Total Body Irradiation (TBI) procedure in radiotherapy. Using Microsoft Visual Basic, MATLAB, and Python, a program for Total Body Irradiation Calculation in Radiotherapy (TBICR) is constructed. It uses patient translation and beam zone method for total body irradiation calculations to compute the proper dose received by the patient and determine the lung shield thickness. There are three main user-friendly interfaces in the application. The first one allows the user to upload the TBI topography and estimate the distances needed for TBI calculations. The second one enables the user to count the number of beam zones needed for each point and estimate the effective area (Aeff) for each level. The third interface estimates the velocity required to deliver the relative dose depending on patient separation, Monitor Units (MU), couch speed and travel distance. It allows the user to compute the required lung shield thickness, read any patient's CT DICOM file and acquire dose in any distinct location using machine learning model to predict the dose. The TBICR software has been successfully validated by reproducing all of the manual calculations in an exact and timely manner. TBICR generated more accurate results and confirmed the absorbed dose to patient through measurements on Anderson phantom. A computer program for the calculation of total body irradiation (TBI) is described in full. The dose received at each point on the patient, the calculation of lung shield and the determination of the velocity and time required for the couch movement are all made possible using the software. The ease of use, precision, data storage and printing are some important features of the present software.

INFORMATION MANAGEMENT OF PRODUCTION RAW MATERIALS INFORMATION WITH FIFO METHOD BASED ON CLIENT SERVER

Information technology that is used properly will have a good influence on the company, among others, can increase productivity, work efficiency and of course very useful for institutions such as Koperasi Kawi Mandiri Sentosa in facing competitive business competition. The determination and speed of data processing from Koperasi Kawi Mandiri Sentosa, the presentation of fast, precise and accurate information will make it easier for companies to make the right decisions as well.
 Koperasi Kawi Mandiri Sentosa has a variety of fund products which include Voluntary Deposits and Time Deposits. As well as credit products which include Monthly Loans and Term Loans, while the procedures to be processed consist of the savings section, and the credit loan section.
 If there is a deposit transaction, it can be recorded in the customer's proof of deposit and at the same time the data can be saved to the computer automatically. Likewise, if there is a loan transaction from a customer, the data on the computer can be known with certainty and accuracy. The program that will be developed by the author is a multiuser-based savings and loan accounting information system, the software used is Microsoft Visual Basic 6.0

Website Assurance Monitoring Application with MD5 Hashing and SHA-26 Algorithm

Websites attack by falsifying the websites contents is a serious matter of websites assurance nowadays. This problem can become more crucial if the websites authority do not take regular checking or lack of specialized experts in monitoring the changes. Time consuming and growing of websites complexity is additional reasons of the inadequate website assurance. This paper presents a new framework for websites integrity assurance through a website monitoring application. The monitoring application able to detect any modification on a website to be reverted to the actual version. The Website Assurance Monitoring application has been developed based on MD5 hashing technique and SHA26 algorithm. By using Microsoft Visual Basic 6.0, the Graphical User Interfaces (GUIs) of the application to provide an easy or user-friendly monitoring application. During the implementation testing, the functionality and usability of the website assurance application have been verified by different level of computing expert users. All the expert users agreed that the website assurance application is accurate and sufficient to detect changes occurred in websites. Regarding to processing time, majority of the inexpert computing users experienced easy and fast processing. Additionally, most of these users believed that this application can increase the integrity of a website. The proposed websites assurance monitoring application is beneficial to serve the inexpert websites authority with a user-friendly application. The application can help the administrator to preserve the integrity of a website by automatically detecting any unauthorized contents changes.

Loan Fund Performance Monitoring And Evaluation System Interface Based On Bkm

The monitoring and evaluation system is a routine process of collecting data and measuring progress on program objectives / monitoring changes, focusing on processes and outputs. The interface-based monitoring and evaluation model is one of the services provided by the operating system as a means of interaction between the user and the operating system. The interface is an operating system component that is in direct contact with the user. The research method used is Research and Development (R&D) and the application is made using Microsoft Visual Basic 6.0 and a MySQL database based on Client Server. The purpose of this system is expected to be able to process data efficiently and accurately, the second goal is to assist the financial management unit (UPK) on the input of loan installments in order to facilitate data processing so that it does not make calculation errors and records incorrectly and can improve services to self-help groups. The community (KSM) is better as a borrower, the third goal is to facilitate monitoring of the evaluation of loan funds that can be monitored and evaluated at any time, both the rate of loan repayment and the level of loan congestion.

Manajemen Informasi Persediaan Obat Menggunakan Metode Fefo Di Apotik Semarang

This research was conducted at the Jatingaleh Pharmacy, Semarang, currently the pharmacy is still experiencing difficulties in terms of processing drug supplies, the obstacles experienced include recording drug supplies manually, which is recorded in a ledger then inputted into a computer. The system also has not been able to generate reports of drugs that are about to expire.
 This study aims to provide solutions to problems related to the drug supply system, and can produce reports of drugs that will enter expiration at the Jatingaleh Pharmacy Semarang. This research method uses a Research and Development (R&D) model approach with 6 stages, namely Research and information collecting, planning, developing preliminary form of product, preliminary field testing, main product revision, and main field testing. This system was created using Microsoft Visual Basic 6.0 programming language using SQL Server 2000 database and based on Multiuser.
 With the system design from this study, it is able to handle problems at the pharmacy, and can facilitate the performance of the pharmacy staff so that the work becomes faster and more efficient.

Soil database for development of soil properties envelope

Residual soils are commonly found in unsaturated condition, and they are associated with high variability. It is necessary to develop a soil database for simplicity of geotechnical analyses and design with respect to cost optimization. This study focused on developing a framework for creating a soil database based on boreholes from different projects, locations and time in Singapore. The soil database was developed utilizing user-friendly and low-cost platforms, i.e. Microsoft Access and Visual Basic Application (VBA). The developed soil database was used to generate saturated and unsaturated soil properties envelopes in Singapore. The developed soil properties envelopes were evaluated by the results from experimental works in this study. The five-parameter logistic curve was chosen as the best-fitting function to develop envelopes with reference to the boxplot. The analyses indicated that soils located at deeper depths have lesser percentage of fine particles which results in a higher saturated permeability, effective friction angle and unsaturated ϕb angle. The results from statistical analyses indicate certain upper limit, typical and lower limit for air-entry value (AEV) for residual soils from Jurong Formation, Bukit Timah Granite and Old Alluvium. Residual soils from each formation located at the ground surface produced the highest AEV while soils at deeper depths exhibit a lower AEV.

Analysis and Design of Accounting Information Systems at Puri Cipta Sentosa Pharmacy with Method RAD (Rapid Application Development)

The information technology development, which is growing fast, give the opportunities for business holder to implement computer-based information system in order to record company operational activities. The aim is the owner can get information quickly and accurately for decision-making process. Puri Cipta Sentosa pharmacy is one of the pharmacy in Bondowoso that still use manual recording system to record daily operations. Manual recording system has some weakness, in order to solve these problems, it is necessary to design a computer-based information system. RAD (Rapid Application Development), which is made through a model (prototype), is prioritizing accuracy of system. RAD method consists of several steps. They are: identification the problem, problem analysis, system required analysis, and the design prototype. The design of a prototype using Microsoft Visual Basic 6.0. Microsoft Visual Basic 6.0 is a simple technology to create a picture database. The output that will be generated from the computer -based information system is a accounting system that can be used to record company operational activities quickly and accurately

Perancangan Perangkat Lunak Perhitungan Biomekanik dengan Microsoft Visual Basic 6.0

Practicum Design of Industrial Engineering (DIE) I was one of the existing courses in Industrial Engineering University X. One of which is discussed in DIE I is Biomechanics. Biomechanics is one branch of ergonomics that discussed about body mechanics for doing a job. In practicum of DIE I included in biomechanics is the Recommended Weight Limit (RWL), Lifting Index (LI), Rapid Upper Limb Assessment (RULA), and Rapid Entire Body Assessment (REBA). During this time, the calculation method of RWL, LI, RULA, and REBA on practicum DIE I still manually which causes the calculation becomes longer further practicum be delayed. This research aims to make the Software of calculation biomechanics by using Microsoft Visual Basic 6.0. Software that is made just for calculating RWL, LI, RULA and REBA. Based on testing by respondents as many as 21 people found the average time of manual calculation and software calculation. In completing the calculation, manual calculation takes an average of 297.246 seconds, while calculation with Software takes an average of 32.584 seconds. So that with the completion of the software, the calculation of biomechanics can be quickly resolved.

INFORMATION MANAGEMENT OF PRODUCTION RAW MATERIALS INFORMATION WITH FIFO METHOD BASED ON CLIENT SERVER

Information technology that is used properly will have a good influence on the company, among others, can increase productivity, work efficiency and of course very useful for institutions such as Koperasi Kawi Mandiri Sentosa in facing competitive business competition. The determination and speed of data processing from Koperasi Kawi Mandiri Sentosa, the presentation of fast, precise and accurate information will make it easier for companies to make the right decisions as well.
 Koperasi Kawi Mandiri Sentosa has a variety of fund products which include Voluntary Deposits and Time Deposits. As well as credit products which include Monthly Loans and Term Loans, while the procedures to be processed consist of the savings section, and the credit loan section.
 If there is a deposit transaction, it can be recorded in the customer's proof of deposit and at the same time the data can be saved to the computer automatically. Likewise, if there is a loan transaction from a customer, the data on the computer can be known with certainty and accuracy. The program that will be developed by the author is a multiuser-based savings and loan accounting information system, the software used is Microsoft Visual Basic 6.0

Sistem Informasi Arus Kas Berbasis Multiuser Pada PT Xpresindo Logistik Utama Semarang

PT. Xpresindo Logistik Utama Semarang Branch is a service company engaged in the expedition/delivery of goods located at Jalan Abdulrahman Saleh number 89a Semarang. Cash data processing system at PT. Xpresindo Logistik Utama Semarang Branch is simple/single, so it cannot be accessed simultaneously by other interested parties (in this case is marketing which requires an amount of money for each truck).
 There is still a difference between the report on the amount of road money contained in the cash flow report and the report on the amount of road money in revenue (marketing reports), this is because if there is additional road money or other costs (unloading, mell, etc.) -other) cannot be automatically added to the income statement data, and this greatly affects the accuracy of calculating the amount of profit earned by the company.
 The research method used is the System Development Life Cycle (SDLC) which includes planning, analysis, design, implementation and use. The new system created using MySQL Server database and Microsoft Visual Basic 6.0 Multiuser-based information system is expected to increase work productivity because it is more effective and efficient because it can be accessed by many interested parties without being limited by distance and time.

Optimum design of a vaulted roof steel structure using grey wolf and backtracking search optimization algorithms through application programming interface

In present study, structural formation identification of a vaulted roof steel structure is taken as optimization problem. The cost of a steel structure is directly related to the weight of the structure. Weight minimization of the vaulted roof steel structure is considered as objective function of the design problem. The design problem is intended to be as realistic as possible. Wind loads and snow loads are calculated in direction of TS EN 1991-1-4 and TS EN1991-1-3practice code specifications, respectively. And dead loads reobtained in terms of gravity. The structural design constraints of the optimization problem are determined according to American Institute of Steel Construction-Allowable Stress Design (AISC-ASD). In the design, W-shaped steel profile sections to be selected for assigning to the structural elements are considered as discrete design variables. Grey Wolf Optimizer (GWO) and Backtracking Search Optimization (BSO) algorithms that are relatively recent metaheuristic algorithms are utilized as optimizer tools to obtain the minimum weighted structural design. The vaulted roof steel structure is initially modeled in a finite element packaged software (ANSYS Workbench v18.1). Then, using the application programming interface of the software, integration of finite element model with GWO and BSO optimization algorithms encoded in Microsoft Visual Basic for Application (MS VBA v7) programming language is provided. Thus, the performances of two new generation optimization algorithms in design optimization of a vaulted roof steel structure are compared and the benefits of the application programming interface are demonstrated.

Information Communication Technology (ICT)-Based Instructional Software and Its Effectiveness in Teaching High School Geometry

The study aimed at developing and testing an ICT-based instructional software called UBDGEOMESYS, to facilitate students’ learning of selected topics in Mathematics. It is a researcher-created program that uses a language known as Microsoft Visual Basic. The respondents of the study included 2 groups of second-year Special class students of Koronadal National Comprehensive High School (KNCHS). Data for analyses were the scores from tests administered before and after the instruction. Validity and reliability activities were done to ensure the quality of the tool. The evaluation showed that the ICT-based material was of good quality along with its content, technical and instructional value. The analysis also indicated that the learning achievement of students exposed to the instructional software (R2 = 0.284) was reasonably higher than those who utilized the traditional way (R2=0.05).

Sistem Pakar Mendiagnosa Penyakit Microcephaly Menggunakan Metode Rete

An expert system for diagnosing Microcephaly is one of the important things considering the disease that needs to be observed so that this disease is easy to attack children. The problem that became the starting point in making this thesis is how to solve the problem using the Rete method. From the analysis, it can be seen that the expert system for diagnosing Microcephaly can be done using the Rete method using a computer program that suits the needs, so that users can get better diagnostic results more easily. With the existence of an expert system for diagnosing Microcephaly, it is hoped that it will make it easier to see, the symptoms, causes and results of the diagnosis of Microcephaly. In designing this diagnosis using Microsoft Visual Basic 2008

Sistem Pendukung Keputusan Pemilihan Best Employee Dengan Menerapkan Metode MABAC

This study aims to identify and evaluate the existing assessment system/procedure and to produce a decision support system for selecting the best employee based on employee performance at PT Smart Glove Indonesia. The selection of the best employees at this time is based on the leadership's personal assessment with reference to the criteria of knowledge, responsibility, cooperation, discipline, and employee attendance which results in irrelevant decisions due to lack of control from the leadership. This system was developed using the multi-attributive border approximation area comparison (MABAC) method using MySQL programming and Microsoft Visual Basic Net 2008. This information system can be used to process employee data in the employee evaluation process and selecting the best employees. The output of this system is the calculation value of the best employee selection at PT Smart Glove Indonesia using the multi-attributive border approximation area comparison (MABAC) method and the best employee recommendation for PT Smart Glove Indonesia

PKM IMPLEMENTASI RESEACH AND DEVELOPMENT DALAM PERANCANGAN ADMINISTRASI KEUANGAN SEKOLAH BERBASIS MULTI USER

The application of computer-based information systems results in processing data into information that can be done quickly and accurately. At SMP insan Mulia Bandung the problems that arise are the manual processing of school financial administration data, causing the recording of receipts and expenditures to take a long time, frequent delays in making reports, errors in calculating transactions, and storing data separately. difficult to find data.
 The purpose of this study is to design a school financial administration information system at SMP insan Mulia Bandung which facilitates data processing of school financial administration data. The research method used is RnD (Reseach and Development), through the following steps: problem identification, collecting information, product design, design validation, design improvement, initial product trial, product revision, usage trial, final product revision, and product manufacture. The resulting program is built using the Microsoft Visual Basic 6.0 programming language with MySQL database. The implementation of the resulting information system is expected to facilitate the processing of school financial administration data, quickly and accurately in making reports and facilitating data retrieval.

PROGRAM APLIKASI PENGELOLAAN KAS MENGGUNAKAN MICROSOFT VISUAL BASIC 2015 PADA MASJID AL JIHAD BANJARMASIN

Research purposes. This study aims to determine the proper cash management at Al Jihad Mosque, and to produce a computer-based Cash Management Application Program using Microsoft Visual Basic 2015 as the Front End, and Sql Server 2014 as a back end at the Al Jihad Mosque in Banjarmasin. Theoretical thinking framework. In this study the theoretical framework is analyzing the cash management that runs on the Al Jihad Mosque in Banjarmasin, by analyzing the information needed by management, related functions, accounting documents and records used, and flowcharts. The application program that was developed in the first step was carried out with relations between tables, designing interfaces, and designing outputs. Research result. The results of this study concluded that all cash records are semi-computerized. However, the author recommends using Microsoft Visual Basic 2015 as a Front End, and Sql Server 2014 as a back end so that it can help Al Jihad Mosque to record cash receipts and disbursements quickly and precisely.

Profile of Automation of Electricity Distribution System Bhayangkara University Surabaya


 Electrical Power Transmission is the process of distributing electricity from the power plant to the electricity distribution channel (substation distribution) so that it can be distributed to consumers who use electricity. Human Machine Interface (HMI) is a system that connects humans and machines. HMI can be in the form of controlling and visualizing status, either manually or through computer visualization that is real time. .Microsoft Visual Basic .NET is a tool for developing and building applications that run on top of the .NET Framework system. Arduino is a microcontroller that has been developed. Serial communication is one of the methods of data communication in which only one bit of data is transmitted over a strand of cable at a time
 

Design A Lighting Point Calculator System For Residential Houses Using Microsoft Visual Basic

Lighting point calculation plays an important feature in developing a new residential house. This enables people inside the house will have enough of light to perform tasks efficiently. Currently, consulting electrical engineers use rules of thumb to forecast the quantity of lighting points, however these rules are inaccurate. It does not take into account the lux required based on Malaysian Standard MS1525. Furthermore, good lighting can save money and provide visual comfort to the occupants. However, numerous parameters such as room index, utilisation factor and illuminance used for each space or room inside the house must be considered when determining the quantity of lighting point for a residential property. Three types of residential houses are considered which are: single storey house, double storey house and condominium house. This paper presents the development of lighting point calculator system for residential houses using Microsoft Visual Basic and comparison of quantity of lighting point using manual calculation using Microsoft Excel and simulation calculation using Microsoft Visual Basic.

Mathematical modeling of the sedimentation process for determining the fractional composition of suspensions

Exceptional prospects for use in science, technology and industry are opened by highly dispersed powders (ultradispersed diamonds, nanoceramics, medicinal powders) and materials based on them. The properties of such materials depend on the particle size determined by sedimentation analysis. An equation is proposed for processing sedimentation analysis data, which does not depend on the size distribution law of polydisperse system particles, and is used to describe the distribution functions of particles with radii for clay suspensions. A program in the Microsoft Visual Basic for Applications (VBA) language has been created for calculating the fractional composition of suspensions according to the proposed equation; the correctness of its operation on a model system has been checked and confirmed. Experimental research has confirmed that the use of the developed program and the "Search for a solution" add-on for the MS Excel environment makes it possible to determine the fractional composition of suspensions. It has been proven that the proposed method can be used to analyze polydisperse systems. It has been found that for the suspensions under consideration, as containing 25 fractions, it is possible to determine the integral curve of the distribution of the masses of the particles of the dispersed phase along the radii. This allows to assert the possibility of using the proposed equation for processing sedimentation analysis data, which does not depend on the law of mass distribution of polydisperse system particles by size. Thus, there is reason to assert about the possibility of a reasonable determination of the fractional composition of any polydisperse systems. It is possible to obtain certain effects from the introduction of sedimentation analysis data processing according to the proposed equation in production, where the fractional composition of dispersed phases is regulated.