bluuebunny/crossref_metadata_2025_split huggingface dataset:
Relationship between enterprise architectures planning and information system
Authors: Soegoto E S , Fauzi S I , Valentina T 
Published: December 2019

Abstract
The main purpose of this research is to define the benefits of architectural business planning and its relationship with the development of information systems. The method used in this research was a descriptive method; descriptive mode was chosen to present accurate subjective or objective views from the situation related. The results of this study explain to us that there is a positive relationship between enterprise architectures planning and information system, to produce a blueprint, so that we can used as a basic foundation for the development of information system in architecture planning. From this research we obtained by discussing and observing those journals that relate enterprise architecture planning with information systems. The conclusion of this study is that enterprise architecture planning is very useful for information systems, especially in terms of developing information systems in the future, to make integrate from some decision-making.
Digital startup implementation in e-learning
Authors: Heryandi A , Dianti V R , Yusup M 
Published: December 2019

Abstract
The purpose of this study describes the analysis of the development of digital startup in the field of education, as well as the advantages of digital startups in the Learning Management System (LMS). This case study uses descriptive method, in order to conduct a separate search for groupings related to several variables studied. At the end of this research is to measure which digitally computer learning startup. By entering a digital startup, the learning process is done by using video learning, practice questions and discussions, and also a learning module that can be downloaded as a material for learning, a learning process that can be used effectively, can help time and place of learning.
Designing MOOCS with Virtual Microscopic Simulation (VMS) for increasing of student’s levels of understanding
Authors: Wibowo F C , Iswanto B H 
Published: December 2019

Abstract
The purpose of this research is effect of MOOCS with Virtual Microscopic Simulation (VMS) for students’ levels of understanding. The research method used is the Embedded Experiment Design with the research subjects as many as 45 high school students in one campus in Banten, Indonesia. The results showed that the Level of Comprehensive Understanding (CU) was 76.67%, Level of Understanding of Partial Understanding (PU) was 15.56%, and Level of Understanding Misunderstanding (MS) was 5.56%, Level of Understanding Does Not Understand (NU) of 2.22% and the lowest level of understanding at the 0% level of No Answered (NA). It was concluded that the average level of understanding experienced a significant increase with learning through MOOCS with VMS on phase transition.
Analysis of classification algorithm in pension types
Authors: Fitrani A S , Astutik I R I , Rosid M A 
Published: December 2019

Abstract
The concept of data mining in its implementation is used in handling and analysing data in large capacity. Steps to extract information and to gain knowledge in supporting decision making. Data mining, in its implementation can be used in various sectors of data analysis, namely about the condition of the type of pension. The purpose of this study is to provide information, where a civil servant within the retirement limit is taken normally or earlier. The technique of using the classification method, with the decision tree C4.5 (J48), Naïve Bayes and k Nearest Neighbour algorithm. Presentation of assets of 1,316 pension data in 2012 and 2013 from Bukopin Bank customers, which are divided into training data by 65% and data testing by 35%. From the testing of three algorithms, the highest classification was produced, namely Naïve Bayes with 91%. The results of the three classifications indicate the quality of attribute determination can affect the results. And the predictive level of the three algorithms shows different results. For classification techniques with better results, improvements are needed to determine attributes and develop existing datasets.
Deep learning with encoder-decoder architecture for exchange currency rates model predictions
Authors: Andrijasa M F 
Published: December 2019

Abstract
Exchange currency rate becomes one of the most important things on country economic growth. In some countries, the rate may affect seriously to economic growth and political stability. Governments need to have some actions in order to stabilize the rate. Knowing the pattern of exchange currency rate is a mandatory by governments for determining their future policies or as consideration in future decision-making. Therefore, government needs an analysis tool for modelling the rate prediction. Our previous study emerged that using deep learning method with encoder-decoder architecture has succeeded to model the rate prediction with teacher forcing and give only a one-step prediction. In this study, the authors aim to predict the pattern of exchange rate using the previous method with zero input to decoder to obtain multiple time steps prediction. After training and testing over 4,344 daily data series of IDR to USD exchange currency rate over 17 years taken from Bank Indonesia official website, the result found that the method still showed an interesting model to predict the next 40 sequence data series of exchange rate. In conclusion, the proposed method can be utilized to tackle the others prediction problem and the resulted model can be applied as an analysis tool by government for predicting their rate for the coming months or years.
The TIGER society framework in the scope of information technology infrastructure
Authors: Cahyana R , Kurniadi D , Pariyatin Y , Susetyaningsih A 
Published: December 2019

Abstract
The TIGER society focuses its economic development on tourism industries, which is supported by the government and stand on the development of competency and character based on local wisdom through education and religion. The TIGER society seeks to increase tourist satisfaction by optimizing relations between the five TIGER fields (tourism, industry, government, education, and religious) with information technology support. The purpose of this research is to create a TIGER society framework for the preliminary investigation of IT infrastructure needs in all TIGER fields. This study uses the literature survey method to find the theoretical basis for framework construction and follows the System Development Life Cycle method in determining its stages and activities. The framework is carried out through four stages, including 1) Preliminary analysis that determines strategic plans and service limits; 2) Submission of information technology infrastructure that describes services, actors and information technology components; 3) Explain the factors of production for each service; and 4) Delivering the initial plan to the executive who made the decision.
Thesis topic recommendation using simple multi attribute rating technique
Authors: Slamet C , Maliki F M , Syaripudin U , Amin A S , Ramdhani M A 
Published: December 2019

Abstract
The purpose of this study is to design information systems that can recommend the selection of final project (thesis) topics based on the competencies possessed by students. The analytical model integrated into this system is the Simple Multi Attribute Rating Technique (SMART), with student competency data taken based on the grade score of the subjects relevant to the selection of the final project theme clusters. The design of the information system in this study uses a prototype model, with the main stages consisting of needs analysis, design, testing, and evaluation. The system designed successfully runs well and can provide recommendations on the selection of thesis topics. This recommendation provided an overview of the strength of competencies that are superior to students what have relevance to the cluster of the thesis main topics.
In silico analysis of kaempferol as a competitor of estrogen on estrogen receptor alpha of endometrial cancer
Authors: Yani S , Opik T , Siti R , Ida K , Epa P 
Published: December 2019

Abstract
In-silico study of kaempferol has been performed to determine its potential as a natural estrogen competitor in an effort to suppress the growth of endometrial cancer. This study used a method of molecular decelerating of kaempferol against estrogen receptor alpha, which is compared with natural estrogen in the body. The research process was conducted at the Laboratory of Biology Department of Science and Technology Faculty of UIN Sunan Gunung Djati Bandung, from December 2017 until February 2018. The software used in this study is PyRx-Virtual Screening Tools (for molecular docking process) and Discovery Studio (for pose visualization and data analysis). The results showed that kaempferol is a potential natural estrogen competitor. It is indicated by the lower binding affinity value of kaempferol (-7.0 kcal/mol) than the binding affinity of natural estrogen (-6.7 kcal/mol). The low-affinity binding value shows a stable interaction. This means that Kaempferol is a potential phytoestrogen for cancer therapy without side effects.
Combination of e-readiness models to assess based on system approaches at cooperatives in Indonesia
Authors: Manaf K , Alam C N , Rahman A B A , Subaeki B , Kaffah F M 
Published: December 2019

Abstract
The 4.0 industrial revolution, on the one hand, will open opportunities for the domestic product market to compete internationally and vice versa. Business competition is so tight, the existence of free markets and advances in information technology, robotics, artificial intelligence, transportation, and communication are rapid, giving changes quick on the economy. The way to adapt to the outlook and the ability to project change in the environment and be able to determine the right strategy for this change is a must for organizations that are committed to survival as in Cooperatives in Indonesia. Regarding this problem, there are several e-readiness models that have been developed to test readiness or ability to provide platforms, comparisons, and estimates including TRAM (Technology Readiness and Acceptance Model) and several variables namely business content and institutional contexts that influence the model. The results show that the TRAM 2.0 model and E readiness are related to each other. The E-readiness model has 2 success factors for The McLeod and MacDonell’s projects as attributes used for readiness input. From the correlation process, added a new factor, called Business Content, Institutional Context so that the E-readiness model has 8 factors.
The implementation of the depth-first search algorithm on learning computer assembly 3D simulations in vocational education
Authors: Trinadi A , Gerhana Y A , Syaripudin U 
Published: December 2019

Abstract
Games and simulations have become one of the most effective learning models. This study aims to implement the Depth-first Search Algorithm on 3D simulation learning models on computer assembly skills. The development framework uses Luther’s multimedia development model. The object of this study was 40 vocational high school teachers in West Java. Technology acceptance model (TAM) is used as a framework to measure attitudes towards teacher acceptance of the learning model developed. The measurement results, Perceived Ease of Use (PEOU) has a significant effect on Perceived Usefulness (PU) of 68.2%, Perceived Ease of Use (PEOU) and Perceived Usefulness (PU) have a significant effect on Attitude Towards Using Technology (ATUT) of 86.5%, Perceived Usefulness (PU) and Attitude Towards Using Technology (ATUT) significantly influence Behavioural Intention to Use (BITU) of 86.7%. Perceived Usefulness (PU) and Attitude Towards Using Technology (ATUT) significantly influence Behavioural Intention to Use (BITU) of 81.2%.
Website for remote village empowerment in developing countries
Authors: Fatimah D D S , Kurniawati R , Farida I , Pariyatin Y 
Published: December 2019

Abstract
The village is an area that has a low population density, homogeneous social interactions, works in the field of agriculture and is the lowest government body under the sub-district. The progress of a village varies, depending on its ease in exchanging resources for the lives of its people. Remote villages are villages that are difficult to exchange resources with other regions, so that growth is hampered. The presence of the internet is expected to be able to open access to information to empower disadvantaged villages, among others, by creating village websites. The website is one means of introducing villages to other regions, so that there is an exchange of products and cultures that increase the prosperity of the village. Based on this, the research aims to design a village website. The methodology used in this design uses the mechanism for designing object-oriented Unified Approach websites. This method provides two major stages, namely Object Oriented Analysis and Object Oriented Design, with the help of Unified Modelling Language (UML) modelling. The results of the study are village websites that provide information on agricultural products and processed products offered to other regions. Since this website can be accessed globally, information about the village can be spread throughout the world. Website information can be updated by village officials through training for six hours. System development can be done by providing consultation facilities between village officials and system makers. The conclusion of this study is that the village website produced can be used to provide information about the work of the village community so that it can be marketed to other regions. This website can also be integrated with school and marketplace web.
Success model for measuring information system implementation: Literature review
Authors: Subaeki B , Rahman A A , Putra S J , Alam C N 
Published: December 2019

Abstract
Many researchers have done research on information systems before; this is because of the breadth of studies or topics about IS. There is some example of a study on how to measure Information System Success by testing instrument factors. Some researchers can produce different judgments regarding the success of implementation of IS; this is because the first definition of success of each researcher is changed, the two perspectives on success assessment, the three variables used, the four implementations in different environments. Several models can be used as references to assess the success of IS, Delone and McLean are examples that are widely used as references, which use six variables in measuring IS implementation. From the model used, later there will be a gap in determining the model, and this becomes an opportunity for the development of the model as follows. The development of models to measure information system success can be done by adoption, adaptation, and combination. This is legitimately valid as long as the development of the model is accompanied by supporting theories. The purpose of this review literature is especially researchers can provide an overview of related to the method of previous researchers. Then it can be used as a framework for solving problems.
Archimedes law simulation for physics instructional media
Authors: Bhakti D D , Ismail A , Nasrulloh I , Sidiq P , Nugraha Y 
Published: December 2019

Abstract
Students find physics difficult, because they have to contend with different representations such as experiments, formulas and calculations, graphs, and conceptual explanation at the same time. As far as we know that physics experiments which conducted in well-equipped laboratories, improve student’s science process skills. It is hard to imagine learning to do science, or learning about science, without doing laboratory or fieldwork. But many schools in various part of the world have very poor or no laboratories, so the teachers have to use their own equipment and replace the students experimental work with simple demonstration experiments. The purpose of this study was to create physics learning media for Archimedes law using simulation to cover the lack of the availability of laboratories and physics practicum tools. Rapid prototyping lifecycle model was used as a design of study. CSUQ is used to test usability of the simulation. To test the functional aspect, this study used black box testing the result of questionnaire was 88.4% with very decent criteria. Based on the development steps and test results, it can be concluded that developing a simulation requires full collaboration between IT experts and physics.
Circle Hough Transform (CHT) method applied to coin identifier and recognition based on computer vision and android developer
Authors: Sarosa M , Muna N , Rohadi E , Junus M , Setiawan A , Muhiqqin I 
Published: December 2019

Abstract
The coin recognition system is a very important role in currency processing systems which is aims to minimize human miscalculation and time to calculate coin values. The coin identifier and recognition to calculate the value of Indonesian coins based on android developer presented in this paper. The two coin parameters are used for coin recognition which are radius and colour of the coins. The Circle Hough Transform (CHT) method with gray scaling and erosion process as pre-processing image used to calculate radius parameters, based on android developer and computer vision. After the radius value is obtained then the average RGB value of the coins is detected to determine the colour parameters. By calculating the diameter and determining the colour, the coins can be recognized and the total value of the coins in the input image can be known. The experimental results show that the system has been obtained indicate that the system successfully recognized coins based on determined algorithm. That is mean the application using computer vision can recognition coin and count the value of coins.
Visual cohort baby recording based on internet of things for maternal and child health service
Authors: Dijaya R , Cholifah C , Djauharoh D , Nisak U , Syahminan S 
Published: December 2019

Abstract
Maternal and Child Health Service is a health service that makes it easier for the public to monitor the growth and development of infants and toddlers. The people who get this health service are infants less than one year old and toddlers aged 1 to 5 years. Maternal and Child Health Service in the community, especially in rural areas, the medical equipment used is still inadequate, for example to weigh infants and toddlers, maternal and child health official use scales commonly used to weigh rice. Periodically babies and toddlers are weighed by medical personnel, and the results are then recorded in the maternal and child book. In some cases, the registration process is still not efficient, because the possibility of the book being lost. The aim of this research is to design and develop a Posyandu Information System Application as an early warning system for Maternal and Child Health. In this research, first coding from four sensors used are heart rate sensor, weight sensor, temperature sensor and ultrasonic sensor. In the microcontroller, the Artificial Neural Network artificial intelligence method is embedded to learn from inputs to classify decisions / action information from the sensor medical record results. Medical record data and learning outcomes from Artificial Neural Network (ANN) Algorithm will be sent using Internet of Things modules on the server so that they can be accessed by the application server both web and mobile. Visualization of medical record data and the results of the health conditions of infants and toddlers recapitulated on the cohort book periodically and form of cohort graphical report. With the early warning system in the form of a Posyandu Information System Application it is expected that pregnant women or toddlers who have health problems can immediately obtain information as early as possible.
Analysis of higher education executive information system in Indonesia
Authors: Rantung V P , Munaiseche C P C , Komansilan T 
Published: December 2019

Abstract
The purpose of this study is to analyse the Executive Information System (EIS) that suit the needs of the executive level in higher education. The FAST method used to achieve the goal. This study focuses on the analysis phase in Manado state university, Indonesia. The final result of this study is an EIS process model that will use for designing a web-based application that providing flexible facilities for executive (Rector) in accessing external and internal information that is useful to identify problems in internal decision making.
Multimedia animation for mathematical application in engineering
Authors: Rohendi D , Wahyudin D , Wihardi Y 
Published: December 2019

Abstract
The concept of mathematical applications in engineering is still difficult for students to understand because besides they have to understand the technical concepts; they also be able to associate it with the mathematical concepts. One aspect that needs more understanding of this concept is how to visualize the technical concepts so that mathematical rules can be modelled. Therefore, the purpose of this research is to develop multimedia animation for the concept of mathematical applications in the field of engineering. The method used in this study is analysing the development needs of multimedia, both in software and hardware, the material of mathematical application that used in engineering, design, development, and testing. The results of the study show that multimedia animation in the application concept of mathematical in engineering is able to explain abstract concepts from mathematical concepts in engineering. The results of testing from media and material experts show that this animation multimedia is considered feasible to use.
Development of evaluation results information system learn based on website
Authors: Sastrawijaya Y , Yunanto P W , Jami’s K 
Published: December 2019

Abstract
SIP-Eval uses the concept of a decision support system and is developed with a SDLC model by designing using UML. SIP-Eval uses three tests that is assessment testing, usability testing and user accepted testing. Testing do to determine the quality of the item’s product by SIP-Eval and to know the usefulness of the SIP-Eval and to know SIP-Eval can function property. The test results conducted at Vocational High School 7 Jakarta and Vocational High School 26 Jakarta involving 3 Server Administration subject teachers and 27 students of the Computer Network Engineering expertise program show that SIP-Eval has a good ability in assisting users in completing the evaluation of learning outcomes process and can function very well for educators and students in the implementation evaluation of learning outcomes in schools with 73.75% obtained in usability testing and 94.70% in UAT testing. SIP-Eval produces 40 items that are declared valid. Difficulty analysis states that 5 items are too difficult, 34 items are moderate and 1 item is too easy. Differentiating power analysis states that 2 items have a very good, 19 items have well, 7 items are good enough for their power, 3items are not good for their power and 9 items are not very good at their power. Test equipment (assessment) used in the test subjects of server administration class XI even semester has a very high reliability scale with reliability test results obtained at 0.896.