bluuebunny/crossref_metadata_2025_split huggingface dataset:
Convolutional Neural Network for object Identification and Detection
Authors: Andini Silfia , Rouza Erni , Fimawahib Luth , Mustafa Satria Riki , Fathoni Ahmad , Hermanto Teguh Iman , Nasution Anggi Pratama 
Published: December 2022

Abstract
The goal of this study is to use a Convolutional Neural Network to find the optimum architectural model for classifying cloud images. Cirrus Cumulus Stratus Nimbus uses a source dataset that includes 11 cloud classifications and 2545 cloud photos (CCSN). In this study, the best Convolutional Neural Network is retrained almost fast by transferring education from Google’s basic design. Based on the modified Googlenet architecture, the training and testing phases of the classification process are divided into two. The dataset is separated into three sections during the training phase: 70% of the training data, 15% of the validation data, and 15% of the test data. There are two trials to categorize cloud photographs during the test phase, one of which has ten cloud kinds that can be randomly chosen. The precision achieved throughout the training was 44.5%, according to the findings. The results of the two tests are 75%, with an average error of 0.2. In the testing phase, the percentage is 75%.
Analytical Hierarchy Process Algorithm for Define of Water Meter
Authors: Widarman Agung , Rahadjeng Indra Riyana , Susilowati Isnurrini Hidayat , Sahara Siti , Daulay Muhammad Toyib 
Published: December 2022

Abstract
Customers can be certain that the fees they are charged are proportional to the amount of running water used or spent by clean water consumers in some households as a result of the usage of a water meter. Neglected water meters can cause losses for both consumers and PDAM companies. The project’s goal was to analyze a water meter using artificial intelligence. While the purpose of the research is to discover the most prevalent causes of water meter degradation, the output of the research is to identify the most destructive variables. This study’s data came from observations and interviews with the Regional Water Company (PDAM) Tirtauli in Pematangsiantar. The Analytical Hierarchy Process (AHP) technique is used to create a decision support system. The following meter damage explanations have been discovered based on information acquired through interviews and fieldwork: Congestion Water Meter (KM-1), Escape Water Meter (KM-2), Deaf Water Meter (KM-3), Gedek Water Meter (KM-4), and Water Meter Broken (KM-5). The Gedek Water Meter (KM-4) has the greatest priority for water meter damage, according to the AHP approach, with a computed value of 0.3211. The study’s findings are expected to increase water meter degradation in the PDAM, perhaps leading to higher customer water bills.
Data Mining K-Means Algorithm for Performance Analysis
Authors: Triayudi Agung , Iksal  , Haerani Reni 
Published: December 2022

Abstract
In this increasingly competitive world of technology, there needs to be efforts to improve the quality of educational institutions. However, it is often constrained by data processing that runs less than maximum and is less explored further. Therefore, Educational Data Mining as one of the clumps in data mining is tasked with uncovering student characteristics and behaviors hidden in a form of data that needs to be analyzed first. Based on these techniques, efforts to create a quality academic life by reducing the risk of student failure can be realized through a pedagogical plan of learning in the future. Through the following techniques, efforts to find association rules, group and classify data comparisons that have the best ability and value in the data mining process can be realized by implementing various tools such as WEKA, R, and Orange.
Data Centre Risk Analysis Using ISO 31000:2009 Framework
Authors: Andry Johanes Fernandes , Liliana Lydia , Tannady Hendy , Arief Abdul Samad 
Published: December 2022

Abstract
Advances in information technology in the world make almost all companies depend on technology, one of which is the use of data centers. The data center is used as a data processing tool to present precise and accurate information for the company. Speed and accuracy in making decisions require data and information to be presented accurately as well. The increase in the number of applications and communication information technology services at pharmaceutical companies has resulted in a higher risk of application from data centers that need to pay attention to the risk of digital threats (data theft) to physical threats (fire). Data center risk management analysis needs to be done to avoid disruptions that can hinder business processes. The method used in this research is the ISO 31000: 2009 framework. The output obtained from this research is obtaining risk management documents regarding the risk control process and strategies for existing risk mitigation processes.
Convolutional Neural Network Approach and Implementation Sensor Design for Detecting Object
Authors: Suherman  , Lucky Trasya S , Ihsan M. Ari , Ali Hanafiah R , Al-Akaidi Marwan 
Published: December 2022

Abstract
This research offered sensor design for detecting animal for any applications uses convolutional neural network within JeVois smart camera. The camera is connected to communication processor through serial connection. By using 900 images for training, the sensor has been able to detect the intended animal presence and send the result to end node. The acuracy achieves 95 %, with 90.91% precision, recall 100% and F score of 95.24 %. Even dough the power consumption increases from 2.2 W to 4.08 W, the detection is potentially reduces number of the transmitter images.
Road Reconstruction Modelling and Challenge in Indrapuri Sub-District, Aceh Besar Regency
Authors: Syahrizal  , Hasan Muttaqin , Saidi Taufiq 
Published: December 2022

Abstract
The most severe asphalt-covered damage is observed in the Indrapuri Sub-district, which has 33 regency roads with total lengths of 105.90 km. In this location, 18 segments at 47.30 km (44.66%) are found to have severe damage. Based on the limited budget of Aceh Besar Regency Government, the determination of the reconstruction priorities for damaged roads in Indrapuri is very necessary. Therefore, this study aims to determine the dominant criteria that should be considered in road reconstruction. Also, it aims to determine the priority order of road reconstruction in the Indrapuri Sub-District. In this study, a quantitative method was used through a well-structured questionnaire, where 6 people were selected through a purposive sampling technique, with considerations based on related stakeholders and policymakers. The criteria reviewed were road conditions, land use, accessibility, population, as well as social, government, and economic facilities, respectively. Besides, the alternatives subsequently reviewed were 18 severely damaged roads, with the data analysis technique using AMK. The results showed that the dominant criterion that should be considered in the reconstruction process was the road condition, which was observed at a weight of 0.35. in Indrapuri Sub-district, the main priority of reconstruction focused on the criteria of road conditions, land use, accessibility, population, as well as social, government, and economic facilities, respectively. This indicated that Simpang Mesjid Indrapuri–Krueng Lamkareung Road, Grot Meunasah Manyang–Grot Blang Road, and Lheu–Lamlubok Road were priorities 1, 2, and 3, with alternative performances of 6.33, 4.52, and 4.04, respectively.
Biomimetic Approach for Thermal Performance Optimization in Sustainable Architecture. Case study: Office Buildings in Hot Climate Countries
Authors: Elsakksa Azza , Marouf Ola , Madkour Mai 
Published: December 2022

Abstract
Biomimicry is an applied science that mainly depends on deriving inspiration from various natural solutions to human problems for making practical applications through the study and examination of natural phenomena, designs, systems, and processes. Historically, designers have dealt with nature as an essential source of innovation and inspiration. In future architecture, biomimicry will be applied to achieve sustainable design. Thus, the paper assumes that biomimicry is an environmental solution for optimizing the thermal performance of office buildings through the building’s skin. The purpose of this paper specifically is to determine and clarify the effective indicators of applying biomimicry to the skins of office buildings in hot climate countries. This will be accomplished by discussing the general concept of biomimicry and its definitions, approaches, and levels. Then, selected examples of biomimetic skin of office buildings in hot climate countries will be shown, analyzed, and compared to determine the most effective biomimetic indicators that will be suggested to be applied to the office building skin. As a result, the effective use of biomimicry as a tool for sustainable design leads to optimizing building thermal performance, optimum thermal comfort for users, and increased productivity for employers in office buildings. Based on indicators, biomimicry as a creative approach to achieving sustainable design will support architects, students, and scholars in achieving sustainable office building design.
Sustainability assessment of a slum upgrading intervention in Ghait El Enab, Alexandria, Egypt.
Authors: Elmaradny H , Mahmoud E , Mahdy M , Elkady H 
Published: December 2022

Abstract
A sustainable city is largely related to how well the infrastructure is developed which is important to encourage economic progress and decrease poverty. In 2012, UN-Habitat has established the City Prosperity Index (CPI) as a multi scale sustainability measurement tool extending from national urban policies to sub-cities. This article demonstrates the use of the City Prosperity Index (CPI) to measure what has changed in the infrastructure dimension of the Bashayer El Khair 1 (BK1) project in the Gheit El Enab area in Alexandria before and after upgrading.
Transforming existing Egyptian cities into sustainable cities
Authors: Beah T , Kotp H , Al-menshawy A 
Published: December 2022

Abstract
Existing Egyptian cities face many challenges and problems that hurt the quality of life, which made it regress in the sustainable cities index, so this research aims to formulate a set of general frameworks that enable the existing Egyptian cities to transform into sustainability and achieve advanced levels in the sustainable cities index, by using of the theoretical framework of sustainable cities and the analytical framework of some models of sustainable global cities that were suffering from many problems and challenges, they became topping the lists of sustainable cities index by effective planning. The research analyzes the issues and challenges of the existing Egyptian cities and compares them with global sustainable cities, which proves that it is not impossible to reach sustainability to determine the shortcomings of the existing Egyptian cities in achieving sustainability.
Environmental health risks assessment to PM10 exposure from petroleum refining activities: a case study of (CORC), Mostord, Egypt
Authors: Ayman Nourhan , AbouElSeoud Tarek , Mostafa Seham 
Published: December 2022

Abstract
(PM) Particulate matter is frequently cited as a cause of sickness. It is a confusing combination of various chemical Aerosols and solids composed of tiny fluid, dry solid broken pieces, and solid particles pulps utilising liquid composites. For the goal of regulating quality of air, particles are classified by their diameter despite their vast variation in size, shape, and chemical makeup, Those Particles with a size of ten microns or less (.P.M10) can enter the respiratory system and endanger one’s wellness
This study’s objective is to describe the particulates (PM10) that emissions from petroleum refining in the Mostorod area produce., to obtain measurements of the concentrations of particles in the residential areas surrounding the oil refinery, to assess the extent of its danger to the health of the population in these areas, and to set requirements to limit the effects of these emissions on population health.
Sustainable Building: To Achieve Thermal Comfort in Highly Glazed Buildings Using Smart Glass
Authors: Taher Reem , Abdelkader Walid Abdelmoneim , Fahim Ahmed A.Medhat A. 
Published: December 2022

Abstract
The conventional building design provides static solutions for the building envelope, although climatic characteristics are variable parameters, which leads to a discrepancy between building and environment, and hence an uncomfortable thermal environment for occupants. Accordingly, the external facades of many conventional buildings have become a thermal burden on their occupants, necessitating mechanical solutions to achieve thermal comfort, which negatively affects the environment and causes energy crisis, air pollution, and global warming.
It is hypothesized that the usage of smart glass in the building envelope can provide optimum solutions to adapt buildings to the variable climatic and environmental characteristics, thus enhancing the users' thermal comfort and, moreover, contributing to achieving Sustainable Development Goals (SDGs), which seek to improve health, tackle climate change, and responsible energy consumption. This is approved by simulating a high-glazed office building using DesignBuilder software in its base case and after applying the proposed smart glass techniques. Then cooling loads are calculated to investigate energy consumption efficiency.
Child Friendly City as a Participatory approach to enhance sustainable development: Case of Mingdong Community, Ningbo.
Authors: Elkhouly Aya 
Published: December 2022

Abstract
The aim of this paper is to introduce a model in children active participation mythologies in the community design process. It is divided in to three parts in addition to the introduction and conclusion. the first part is literature review introducing children, the Child friendly urban planning as a concept, children participation approaches, and sustainable development. The second part is the methodological approach proposed by author to reach a prototype model for children participation in community design process. The third part is presenting model empirical application on Ningbo china followed by discussion and conclusion parts. The prototype model was developed during YPPs workshop conducted by ISOCARP in Ningbo 2019. The YPP workshop presented an initial step to encourage child friendly Urbanism and shape their knowledge. The model combined child rights and sustainable urban development by answering three questions: How do the younger generations experience and perceive the city? How may Mingdong be imagined as a community that welcomes children? How should you proceed? The case study presented a testing ground for the task of enhancing Community children to participate actively and be core of development process during all phases.
Social Sustainability in Residential Communities “The Quality of Life through Users’ Behavioral Attitudes”
Authors: Abbas E 
Published: December 2022

Abstract
This study investigated the quality of life (QoL) in residential communities through residentsʼ behaviors and how it could affect the social sustainability of the urban environment. Four aspects have been discussed; opportunities and constraints, Land use encroachment, satisfaction, and models of relations between users and their urban environment.
A convenient sample of subjects has been chosen, and the merging method “Swapping tools and attitudes” has been chosen to apply its procedures in the fieldwork of the selected case studies. The determined indicators have been evaluated in each case study, and a comparison has been held to evaluate the findings of each setting. The selected case studies are;
• Al Rehab City, New Cairo.
• Zeinhom Residences, El Sayeda Zeinab, Cairo.
Perceived barriers were found to have direct and indirect effects on human well-being. Recognition of the differential roles played by environmental attributes, residentsʼ satisfaction, and use patterns can guide planners and designers to create outdoor spaces that enhance urban residentsʼ wellbeing.
Towards A New Scenario for Sustainable Coastal Tourism “The role of the Internet of Things (IoT) application for Smart Sustainable Destination”
Authors: Abbas E 
Published: December 2022

Abstract
This paper investigates an analytical study about the impact of applying the Internet of Things (IoT) as a smart management approach on enhancing the sustainability of tourism destinations and its foreseeable future evolution as a smart management approach. The idea that develop such smart technologies can be a promising approach that different destinations can adopt to solve some of current tourism’s challenges and its negative impact on the urban environment especially coastal sensitive environment. Therefore, the study used the Delphi technique to determine the opinions of experts regarding the smart tourism destination approach and new management tools; their advantages, limitations, and expected effects on the management process, in addition to the marketing and branding of coastal tourism destinations. This anticipative analysis highlights the potentials of the impact of IoT in the coming years, which could help in identifying the substantive elements that could shape this future scenario of destination management, by building a bridge between scientific knowledge and practical development plans, and how a systematic model for smart destinations can facilitate the management process for stakeholders.
Characteristics Motorcycle Taxi and the Effect on Farmers
Authors: Hakzah  , Yusuf Syarifuddin , Pawelloi A Irmayani , Kurniawan  
Published: December 2022

Abstract
Agricultural products in Sidenreng Rappang, South Sulawesi, Indonesia were abundant, the road infrastructure was not good and the farmers used existing modes of transportation. The purpose of the study is to determine the characteristics of farmers, operators and motorcycle taxis as well as farmer satisfaction. The survey research uses primary data based on interview surveys in May – June 2021. The analysis was a simple regression using the SPSS application. The results showed farmers: 93% male, main occupation 87% farmer, ownership of land area 63% one to above 5 Ha, education level 31% was the diploma, 63% completed junior high school and school upper middle. Operator: 100% male, 99% side job, 100% own vehicle. Income during harvest season, 77% IDR 200,000 – IDR 300,000/day. The results of the analysis of the service quality variable for motorcycle taxis provide a significant level of satisfaction for farmers.
Optimization of Self-Healing Concrete Parameters using Experimental Design Taguchi Method
Authors: Abdurrahman D , Putra H 
Published: December 2022

Abstract
The development of self-healing concrete (SHC) is intensively implemented to improve stability and reduce maintenance costs. However, the experiments require many parameter variations, increasing the cost. Taguchi methods are used in experimental design to obtain variations of the optimal parameters and reduce the cost of the experiment. The stages of this study are secondary data collection of the increase of compressive strength, testing Taguchi methods, determining contribution parameters using ANOVA, and developing the estimated model. The parameters analyzed consist of the type, the concentration, the application of bacteria, and the curing time conducted as experimental analysis of 2, 3, and 4 parameters. The results of the parameter analysis using the Taguchi have optimal variation results in a row Bacillus subtilis, 105 cells /ml, encapsulation methods, and 28 days. Bacterial concentrations have a very significant value with contributions of 82.94%, 78.90%, and 74.36% in the analysis of 2, 3, and 4 parameters, respectively. The slightest error value was obtained in the analysis of the 3-parameter experiment with a value of 2.99%. SHC modelling obtained two equations consisting of direct mixing and encapsulation, which have a coefficient of determination of 0.89 and 0.82.
Sustainable Construction Framework Model on Development of Likupang Special Economic Zone
Authors: Pangemanan Daisy , Latief R. U. , Hamzah S. 
Published: December 2022

Abstract
Infrastructure development must pay attention to basic aspects such as technical and social infrastructure. A special approach is needed to achieve sustainable development that adopts three main pillars in infrastructure development such as economic, environmental and social disparities. The absence of a holistic sustainable construction model requires a comprehensive solution by conducting an in-depth study to formulate the right model in implementing sustainable construction. The aim of this study is to build a holistic sustainable construction proposal model, which is expected to be a standard model so that it can be a guidance for stakeholders in implementing Sustainable Construction in the Likupang special economic zone (SEZ). This study used a quantitative method by structural equation modeling (SEM), as a multivariate analysis technique to examine the relation between complex variables and to obtain a comprehensive picture of the entire model. The sample used was 80 respondents. The results of this study indicate that the model built 56.8% has been fit and ready to be implemented. The results also show that economic and government factors have a positive and significant impact on sustainable construction. This study concludes that the model built is good and can be implemented in the Likupang SEZ.
Effect of eucalyptus pellita timber-pvd hybrid pile as a vertical drain on soft soil.
Authors: Suyadi  , Harianto Tri , Muhiddin A B , Arsyad A 
Published: December 2022

Abstract
The innovative technique of a hybrid PVD timber pile as a vertical drain can be implemented to reinforce and improve soft soil. In this case, the acceleration of pore water dissipation could increase shear strength. The at soil of this study is to investigate the effectiveness of a hybrid eucalyptus pellita-PVD timber pile as a vertical drain. The test method applied is a laboratory model test, consisting of the installation of a hybrid pile on soft soil in a rectangular pattern with a spacing of 10 cm. Then by a static loading test was subjected on soft soil with an initial load of 10 kg and subsequent loads of 20 kg and 40 kg. Daily dial monitoring of the increase in pore water dissipation was performed during the preloading test. The results show that the hybrid pile could accelerate the process of pore water dissipation to the surface compared to using timber piles alone. The increase of soil density before and after the loading indicated that the hybrid piles enhanced the density by 3.9%, whereas the reinforcement using only timber pile just increased by 2.4%.