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                  <text>VOL 7 NO 2 (2023)</text>
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                <text>Industry 4.0 Maturity Models to Support Smart Manufacturing &#13;
Transformation: A Systematic Literature Review</text>
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                <text>maturity model; intelligent systems; smart manufacturing; industry 4.0</text>
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                <text>With increasing pressure to revitalize manufacturing industries with Smart Manufacturing capability within the Industry 4.0 &#13;
(I4.0) context, companies have uneven readiness reflecting their gaps and barriers for transforming to the I4.0 state. &#13;
Understanding factors and measuring a company’s maturity in addressing the I4.0 transformation is crucial to diagnose the &#13;
company’s current condition and provide corresponding prescriptive action plan effectively. Despite the positive trend of &#13;
maturity models for the industries, companies still face challenges with low I4.0 adoption rate. Designing a corresponding &#13;
diagnostic framework into an intelligent maturity model will ultimately lead the company’s pathways toward the desired &#13;
capabilities. In response, we systematically review and select the state-of-the-art research through a Systematic Literature &#13;
Review (SLR) conduct to scrutinize the main characteristics of 14.0 Maturity Models. Subsequently, 35 exceptional articles &#13;
published between 1980-2020 were selected for in-depth analysis of their structure, dimensions, and analytical features. Our &#13;
analysis revealed the descriptive method have been widely used in many maturity models while few more-advanced prescriptive &#13;
models design adopt fuzzy rule-base analytical hierarchy, knowledge based, Monte-Carlo methods, and even expert-system &#13;
approaches. Furthermore, people, culture, organization, resources, information system, business processes, and smart &#13;
technology, products and services have been treated as the popular evaluation dimensions which will define the state of an &#13;
industry’s maturity level</text>
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                <text>Akhmad Hadi Susanto1&#13;
, Togar M. Simatupang2&#13;
, Meditya Wasesa3</text>
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                <text>Institut Teknologi Bandung</text>
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                <text>Fajar bagus W</text>
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                <text>ResNet101 Model Performance Enhancement in Classifying Rice Diseases &#13;
with Leaf Images</text>
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                <text>enhancement; performance; classification; disease; rice; resnet101</text>
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                <text>Indonesia is the fourth biggest rice producer in Asia with its production accounting for 35.4 million metric tons yearly. This &#13;
figure can increase unless rice crop failure is resolved. Identifying rice diseases, however, may serve as an approach to &#13;
minimizing the risk of crop failure. The classification to detect rice diseases was previously researched using ResNet101 method &#13;
with 100% accuracy. Despite this perfect accuracy, this approach does not come without an issue, where the prediction is not &#13;
yet optimal for each label and loss results which are regarded as too high due to overfitting. Departing from this issue, this &#13;
research aims to improve the model by reducing the layer complexity of the model and comparing two layers structures of the &#13;
model, two different data, and the ResNet101 model. The performance resulting from the model could be enhanced with the &#13;
structuring of simple architectural layers. Despite the small quantity of dataset, the model performance can yield 100% &#13;
accuracy in the classification of rice diseases with a loss value of 2.91%. The model performance in this research experienced &#13;
a 2.7% increase at the loss value and it could accurately classify the type of rice diseases according to leaf images on each &#13;
label. The problem solved by this research is that ResNet101 is able to classify rice disease accurately even with a small amount &#13;
of data by utilizing the appropriate layer arrangement with data requirements. In addition, the overfitting that occurred in &#13;
previous research can also be resolved properly. This matter proves that the correlation between the layers of the model with&#13;
the amount of data is very influential</text>
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                <text>Galih Wasis Wicaksono1&#13;
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                <text>Universitas Muhammadiyah Malang</text>
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                  <text>VOL 7 NO 2 (2023)</text>
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                <text>Comparative Analysis of Forensic Software on Android-based MiChat &#13;
using ACPO and DFRWS Framework</text>
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                <text>digital forensic; mobile forensic; michat; smartphone</text>
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                <text>Instant Messaging (IM) is a popular and widely used communication application. MiChat is a multi-platform instant chat &#13;
service with several features that can attract various segments of the population to use it as a tool for committing cybercrimes. &#13;
A forensic framework and several forensic tools are needed to carry out physical evidence investigation procedures. This study &#13;
focuses on analyzing and comparing the forensic tools used during the research, based on defined digital evidence parameters &#13;
and applying a specific mobile forensic framework. The results show that Final Mobile Forensic has the highest ability to &#13;
obtain digital evidence and can recover deleted data, while Oxygen Forensic Detective has advantages in terms of audio, &#13;
images, and video but cannot recover data. The best framework is DFRWS, which has the most complete stages so that it can &#13;
support the investigation process. The best digital evidence is text chat and contacts, which can be used to support valid legal&#13;
claims.</text>
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                <text>Imam Riadi1&#13;
, Anton Yudhana2&#13;
, Galih Pramuja Inngam Fanani3</text>
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                <text>Universitas Ahmad Dahlan</text>
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                <text>Integration of Microscopic Image Capturing System for Automatic &#13;
Detection of Mycobacterium Tuberculosis Bacteria</text>
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                <text>tuberculosis; sputum; image processing; microscope</text>
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                <text>he Ministry of Health of the Republic of Indonesia is running a program to eliminate Tuberculosis (TB) by 2030. &#13;
At the Primary Health Care level, AFB (acid-fast bacteria) examination confirms the TB diagnosis. In this process, &#13;
the patient's sputum is prepared in the form of preparation and observed by the laboratory analyst through the &#13;
lens of a microscope. The reporting process to establish this diagnosis requires calculating the number of TB &#13;
bacteria in 100 fields of view per preparation. This manual microscopic observation process is tedious, and the &#13;
reading results are subjective. This study offers an integrated design for automatic microscopic imaging with a &#13;
computer-integrated TB bacteria detection system. The process of taking pictures is automatically obtained with &#13;
the help of a driving motor added to the microscope. With the addition of this motor, the process of taking &#13;
microscopic images for 100 fields of view takes ±450 seconds. The proposed system integration process can reduce &#13;
laboratory analysts' work fatigue in conducting microscopic observations manually. The TB bacteria detection &#13;
system utilizes the working principle of image processing techniques by combining color-deconvolution, &#13;
segmentation, and contour-detection methods. The comparative value of the TB object detection system with &#13;
experts resulted in a sensitivity value of 77% and a specificity value of 68%. However, the low detection rate is &#13;
because the image obtained is still blurry. Thus, further investigation is needed to determine the driving motor's &#13;
movement rate and the right timing for taking microscopic images so that the resulting image is not blurry. The &#13;
final result that is the focus of this paper is the successful integration of the system carried out between the motor &#13;
drive system on the preparation stand and the TB bacteria detection system to become a unified system.</text>
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                <text>Agus Darmawan1&#13;
, Izzati Muhimmah2*, Rahadian Kurniawan3</text>
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                <text>Universitas Islam Indonesia</text>
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                <text>Fajar bagus W</text>
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                <text>Implementation of Naïve bayes Method for Predictor Prevalence Level for &#13;
Malnutrition Toddlers in Magelang City</text>
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                <text>Malnutrition in a child; information technology; predictor; naïve bayes; health problems</text>
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                <text>Nutritional status is an important factor in assessing the growth and development rate of babies and toddlers. Cases of &#13;
malnutrition are increasing, especially in magelang city. Because nutritional problems (Malnutrition) can affect the health of &#13;
toddlers. Therefore, this study aims to predict the level of prevalence of malnutrition with the Naïve Bayes method. This &#13;
research uses an observational design, a single center study at the Magelang City Office, using the Naïve bayes method which &#13;
is used as an application of time series data, and is most widely used for prediction, especially in data sets that have many&#13;
categorical or nominal type attributes. The Naïve bayes method is used to predict such cases of malnutrition. The results of &#13;
this study show that the Naïve Bayes method succeeded in predicting the magnitude of cases of malnourished toddlers in &#13;
Magelang City with an accuracy percentage of 75% due to the very minimal amount of training data, and the areas that have &#13;
the most malnutrition are in three areas, namely Magersari, North Tidar and Panjang.</text>
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              <elementText elementTextId="100290">
                <text>Endah Ratna Arumi1&#13;
, Sumarno Adi Subrata2&#13;
, Anisa Rahmawati3</text>
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            <name>Publisher</name>
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              <elementText elementTextId="100291">
                <text>Universitas Muhammadiyah Magelang</text>
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                <text>03-03-2023</text>
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              <elementText elementTextId="100293">
                <text>Fajar bagus W</text>
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                <text>Indonesia</text>
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            <element elementId="50">
              <name>Title</name>
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                  <text>VOL 7 NO 2 (2023)</text>
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          <element elementId="50">
            <name>Title</name>
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                <text>Image Transformation With Lung Image Thresholding &#13;
and Segmentation Method</text>
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          <element elementId="49">
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                <text>transformation; image; threshold; segmentation; lung</text>
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                <text>Image transformation is important to obtain and find certain information about an image that was not previously known, such &#13;
as pixels, geometry, size, and color. Following this, this research aims to analyze image transformation in producing better &#13;
values using threshold and segmentation methods. The segmentation process is carried out based on two color models, namely &#13;
hue saturation value (HSV) and red green blue (RGB). The image data used in this study was the x-ray image of the lungs from &#13;
www.fk.unair.ac.id. which is processed using the Matlab 2021a application to help the analysis process. on the results of the &#13;
image segmentation analysis carried out in this case, the greater the HSV and RGB threshold values used in the image data, &#13;
the better and clearer the segmentation of the detected image results. In other words, the size of the thresholding value &#13;
generated greatly affects the quality, brightness, size, and color of the resulting image. The best lung X-ray image segmentation &#13;
results were obtained when using the threshold values HSV = 0.9 and RGB = 9</text>
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                <text>Sahat Sonang S1&#13;
, Y.Yuhandri2&#13;
, Adil Setiawan3</text>
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            <name>Publisher</name>
            <description>An entity responsible for making the resource available</description>
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              <elementText elementTextId="100281">
                <text>Politeknik Bisnis Indonesia</text>
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            <name>Date</name>
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                <text>26-03-2023</text>
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                <text>Fajar bagus W</text>
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            <name>Language</name>
            <description>A language of the resource</description>
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                <text>Indonesia</text>
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