bluuebunny/crossref_metadata_2025_split huggingface dataset:
Creating healing environment in cancer rehabilitation centre: a comparison study
Authors: Ismalia Rika , Djimantoro Michael Isnaeni 
Published: March 2020

Abstract
Cancer is a deadly disease that continues to increase in the number of sufferers over time. Most patients not only have pain in their body, but also anxiety and depression, and physical fatigue. Therefore, the process of handling cancer must be comprehensive, both from physical and mental and psychological care with the Optimal Healing Environment (OHE) approach. The OHE concept needs to be applied not only in cancer-specific hospitals, but also needs to be applied in comprehensive cancer care facilities to relieve patient pain, fatigue and weakness. This study aims to examine the variable of healing environment applied in Cancer Rehabilitation Center Project. The method used in this research is a comparative study method with qualitative discussion. The results can define the principles parameters of healing environment in cancer rehabilitation design.
Healing spaces: exploring therapeutic concept for breast cancer clinic
Authors: Sarjani M , Bobby Saragih JF , Soebiyan V 
Published: March 2020

Abstract
The psychosocial effects of breast cancer patients have a prevalence of depression to 46%. This condition will have an impact on the psychological aspects of the sufferer, namely distress which will affect their quality of life. General Design Guidance in Health Building Notes explains the need to consider an environment that can have an impact on the recovery of patients and medical members, and provide a quality environment that provides positive care for patient care and vice versa. The aim of this study was the design of the main breast cancer clinic that applied the therapeutic environment in helping to cure this medical and psychological illness based on Health Building Records, as well as descriptive and qualitative protection. The results of the study were the space requirements that help patients to get medical assistance to improve the quality of life for cancer patients.
Home industry area based on sustainable urban neighbourhood study case: SMEs industry area in Pulogadung Jakarta
Authors: Noegroho Noegi , Ardiani Y M , Khafiz F A 
Published: March 2020

Abstract
As a developing country, SMEs (Small Medium Size Enterprises) has quite a role to improve the Indonesian economy. The government already gives opportunity to SMEs actors through some regulations, not only from financial access point of view bul also regulations in providing the area to accommodate their activities. Jakarta has build a home industy area developed since 1981 named Pusat Industri Kerajinan Pulogadung (Craft Central Industry Pulogadung). Now, this area has been growing in line with the development of the city. It makes this Industry area surrounded by urban residential areas. This study is the result of a design scenario in one cluster of the CCI Pulogadung complex. This cluster is provided for home industry especially for SMEs leather industry. The design for this industrial cluster is not only must be in accordance with the vision and mission of the goverment but also should be suit with its surrounding environmental context. Therefore, the design is based on Sustainable Urban Neighborhood and the surrounding context that also focus on analyzing aspects : user, movement and land subdivision. The result of the study is expected create integrated industrial area between the whole existing industry area and the new cluster in harmoniously. As always become a point to achieved in community developemnt as a part Sustainable Architecture.
Nostalgic element to support the sustainable reasons for architecture preservation – case study Metropole XXI, Jakarta
Authors: Caroline Octaviana Sylvia , Meliana Silvia , Fajarwati Ade A. S. , Sofiana Yunida 
Published: March 2020

Abstract
There are some reasons as a background for preserving the architecture building, one of them is nostalgic reason, “Old buildings have intrinsic value and are reminders of a city’s culture and complexity [1]. The nostalgic reasons is refer to a feeling or inspiring nostalgia [2]. The architecture and interior elements are among that create the nostalgic reasons of one place. Using mixed methodology between qualitative and quantitative, this research aims to overview the architecture, interior and some famous food that people remember about Metropole XXI building in Jakarta. The research found that some architecture and interior elements are among of what people remember about Metropole XXI as nostalgic reason that could help for future research on preserving this building as one of the oldest and well maintain historical building in Jakarta. The research also found that the nostalgic reason would lead to sustainable design for architecture and interior works because of its strong bond to the people who has their emotional closeness.
Parametric facade approach for an office building to reduce the irradiance level in Jakarta
Authors: Salim K A , Hendarti R , Tomasowa R 
Published: March 2020

Abstract
Energy used in multi-storey office building is mostly for air conditioning, and it is acknowledged that the energy could be minimized by reducing the cooling load. In general, the cooling loads are from internal and external heat. The external heat plays significantly in determining the cooling load; therefore, it is necessary to reduce the amount of solar radiation received by the external surface of the building. The objective of the paper is to investigate the reduction of solar radiation received by the surface of the multi-storey office building by applying parametric design study and to add a building envelope as the secondary skin as well as the architectural element. There are two steps of analysis in the methodology, (1) to conduct solar radiation analysis, and (2) to conduct building facade analysis. In the process, four alternatives form were simulated to obtain the most optimum shape in relation to the incident solar radiation reduction. The final parametric study results of the solar radiation and building facade analysis showed that the reduction of the irradiance is around 25% with the additional facades.
Apartments with Organic Architecture Approach in Cilandak South Jakarta
Authors: Maldini M S , Prawata A G 
Published: March 2020

Abstract
Jakarta as the capital city of Indonesia has a high rate density of population. The citycenter, Central Jakarta has been overpopulated. The increased density continues to spread across Jakarta. A new center of activity in South Jakarta is known as the Simatupang corridor, located in Cilandakneighborhoodwith its many office building, retails, and shopping center. Therefore, there are many domiciled employees moved into or near the area, especially Japanese expatriates. Designing an apartment building as a respond to its current issues, which are the high growing need for homes, limited land area, and poor environment qualities. The design of the apartment will be based on the theory of Organic Architecture.
Study on adsorption of methylene blue on activated carbon from pinang frond using an experimental design to determine the optimum operating parameters
Authors: Herawan Safarudin Gazali , Ahmad Mohd Azhar 
Published: March 2020

Abstract
In textile industries, the dyes are commonly used and creating a waste of dye in drainage stream water. To overcome this matter, the removal of dyes are needed by using activated carbon. The precursors of activated carbon can be prepared by various organic materials with high level of carbon content. Pinang frond was being selected for precursor of activated carbon in this study, and named as PFAC. This PFAC was used to adsorb methylene blue (MB) as a media for removal of MB. The aim of this study is to determine the optimum operating parameters such as CO2 flow rate (mL/min), activation time (hour) and activation temperature (°C)for the better removal of MB by using response surface methodology (RSM) as an experimental design (DoE). The 476 mL/min CO2 flow rate, 6.0 hour activation time, and 867°C activation temperature were become the optimum operating parameters of PFAC in this study.The model developed by RSM shows that less than 2.5% error in comparison with the experimental data, hence it can be used for prediction of the fixed responses of operating parameters. The pseudo-first-order model was matched with the MB adsorption kinetic.
Designing the performance measurement for sustainable supply chain of the crude palm oil (CPO) companies using lean & green supply chain management (LGSCM) approach (Case Study: Indonesia’s palm oil company)
Authors: Khair Fauzi , Wijaya Dendhy Indra , Yulianto Hubertus Davy , Nugroho Soebandrija Khristian Edi 
Published: March 2020

Abstract
One of the important activities to achieve a sustainable palm oil company is by improving the sustainable supply chain management, especially being in line with the lean and green SCM concepts. The lean concept aims to reduce costs and to increase the effectiveness of the supply chain. While the green concept tries to ensure that the ongoing process keeps bringing good effect on the environment. In designing the performance measurement of the sustainable supply chain through the lean & green supply chain management approach, this study includes a formulation for Key Performance Indicators (KPI) and grouping of the lean and green indicators which are integrated with the balanced scorecard (BSC) perspectives. It obtained 28 KPIs which consists of 15 lean supply chain KPIs and 13 green supply chain KPIs. Based on overall weighting, the highest priority KPI is the company’s total revenue and total operating costs, followed by the total cost of the supply chain (all of them are from a financial perspective). The weights of three KPIs are 0.103, 0.078 and 0.072 respectively.
Analysis of campus locations concerning the nearby point-of-interests and public facilities
Authors: Widaningrum Dyah Lestari , Andika Aditya 
Published: March 2020

Abstract
University is a place where knowledge is disseminated. The objective of this study is to see the close relationship between campus locations and public facilities in the vicinity. QGIS Desktop software is used to manage, process, and visualize spatial data. PostgreSQL and PostGIS are used for the process of querying data based on specified proximity criteria. The analysis shows that several public facilities are generally found close to a campus location.Fifteen identified class features in one-kilometer proximity, which grouped as transportation facilities, food service facilities, financial facilities, shopping facilities, other educational facilities, accommodation facilities, offices, and worship facilities. As well as indications of spatial interaction between campus locations.All campus locations are in areas with residential land use status.Raster Kernel Density Estimation (KDE) shows campus locations clustered in two main locations, namely the Jakarta Greater Area and in the Greater Bandung Area.
Decision tree analysis approach to determine factors that affect the quote order lead time fulfillment
Authors: Gangsarwijaya Nabil , Anindhita Rischa , Widaningrum Dyah Lestari 
Published: March 2020

Abstract
Problem identification is a critical step to resolve the delay problem in many industries.Fishbone Diagram is one method that is widely used to explore various alternative causes of problems.Other approaches are still needed to define the level of significance of the relationship between each alternative cause of the problem with the perceived problem.The Decision Tree with C5.0 and J48 algorithm approaches are used to classify enormous amounts of data. This study used these algorithms to obtain the root cause of delay. The calculation of information gain shows that most influence variables for the classification process of delay are warehouse capacity and quote order lead time.
Improving delivery performance by using simulation, FMEA, and FTA
Authors: Hutabarat Rosiana , Sen Rimo Tan Hauw , Meilani  , Andika Aditya 
Published: March 2020

Abstract
Delivery performance is one of the indications of enterprise’s success to provide products to customers. In this research, simulation is done to measure the delivery performance and all the processes included in delivery process. In fact, every process has their own risks could delay delivery process that the delivery performance is reduced. The methods used to identify the risks and the causes are Failure Mode and Effects Analysis (FMEA) and Fault Tree Analysis (FTA). Risks analysis is done with the help of Pareto diagrams and scatter plot to determine the risks need to be corrected immediately. The proposed improvements are integrating the systems in form of e-cargo ready and implementing bar-coding. After the proposed e-cargo ready applied and being simulated, the delivery performance in terms of average total time reduced by 29,398%.
Temperature distribution in friction stir spot welding of aluminium alloy based on finite element analysis
Authors: Armansyah  , Chie Ho Hwi , Saedon Juri , Adenan Shahriman 
Published: March 2020

Abstract
Friction stir spot welding (FSSW) as the solid-state welding has been expanded to be used in various materials and many applications. The significant issue in FSSW is the existence of porosity or wormholes, leads to welding failure. One reason is due to imperfect heat generation leads to temperature distribution during FSSW effect to uncertain weldment formation. This is mainly influenced by improper parameters selection. In this study, the temperature distribution in the weld zones is investigated using finite element analysis via computer numerical simulation of Altair Hyperworks software with respect to parameters i.e. spindle speed, tool plunge depth, and tool dwell time. In the simulation, tool plunge depth and tool dwell time is set constant, but spindle speed was varied from 1400, 1500, and 1600 rpm respectively. Based on the results found that at a spindle speed of 1400 rpm was produced max temperature in the weld zone at 540 °C. Meanwhile, at 1500 rpm increased the temperature at 596 °C. At 1600 rpm reached its highest temperature at 650 °C. The results show that increasing tool rotational speed, at a constant tool plunge depth and constant tool dwell time will increase the amount of temperature distribution in the weld-zones. It is concluded that the suitable temperature distribution required in FSSW is 540 °C represented the solid-state joining process provided by spindle speed of 1400 rpm.
Feed-forward back-propagation (FFBP) algorithm for property prediction in friction stir spot welding of aluminium alloy
Authors: Armansyah  , Chie Ho Hwi , Saedon Juri , Adenan Shahriman 
Published: March 2020

Abstract
Facing the issue of cost and efficiency in experiments and tests in determining the properties of the welded structure is a challenge in friction stir spot welding (FSSW) optimization. Employing the machine learning technique of artificial neural network (ANNs) to develop a prediction model with fewer experiments and tests is a gentle solution to forecast the properties of the spot weld structures. In this study, the extended full factorial design with respect to thetool speed, plunge depth, anddwell time are applied to the FSSW specimens of aluminium A5052-H122 of 2mm thick through 27 experiments and evaluated via tensile shearing load testing. The multilayer neural network of feed-forward and back-propagation (FFBP) algorithm was engaged to learn and train the neural network iteratively with a set of weights and bias of 27 variations of inputs to fit the predicted tensile shear loads of the spot weld structures. Based on the resulted of regression plot, it is shown that the correlation coefficient (R) is perfect for training with the value of 0.999 and for testing the correlation coefficient (R) is reached to 0.958. However, the correlation coefficient is relatively good for validation with R equal to 0.921. For all data sets, the correlation coefficient is good with R of 0.833. It can be seen that the ANNs prediction model is relatively good since the correlation coefficient relatively close to 1.
Navigation assistant for vision impaired people using ultra sonic (sonar vision) and global positioning system (GPS)
Authors: Prabowo Raditya Eko , Julian Nicholas , Mae Johannes , Susanto Rudy , Hedwig Rinda 
Published: March 2020

Abstract
People with low vision usually use stick to find their way or to face an obstacle in front of them. However, this detection only can be felt as long as the length of the stick from its handle is as far as the reach of the hand. Seeing this limitation, a set of sonar vision was made using sonar sensor, which equipped as a wristwatch and a buckle of a belt. The sonar vision was designed to detect an obstacle for up to 3 meters away. A hundred low vision people already got the benefit of this system, which 84% of them felt that the sonar vision helped them in the navigation. The new design based on the feedback is presented in this paper, which is equipped with GPS for positioning information.
Design and Implementation of Artificial Grow Light for Germination and Vegetative Growth
Authors: Pratama Bagus Wira , Glenn Fabian , Atmadja Wiedjaja , Liawatimena Suryadiputra , Susanto Rudy 
Published: March 2020

Abstract
The purpose of this research is to build artificial grow light using LED for growing leafy vegetables from germination to harvesting (vegetative growth). Plants need to capture photons as energy for photosynthesis in 400nm – 780nm spectrum. Different plant species will respond differently to specific light spectrum. Many studies have been done to find optimal light spectrum for plant growth, but there are still many researches to be done because there are still many combinations of light and plants species to be discovered. Specific light spectra combination is called light recipe. This research will help botanist to discover new light recipe for plant species by mixing 6 light spectra with individual intensity and time control. The developed grow light system has graphical user interface that run in Android tablet, and uses MQTT protocol for communication between android application and grow light system. Light recipe and setting are stored in database and the system also has light sensor to monitor light environmental conditions. Grow light consists of 6 types of 3W high power LED with specific color spectrum: Royal Blue, Deep Red, Ultraviolet, Full Spectrum, Far Red, and Natural White. Testing result shows that the system can produce uniform light distribution across the 50 x 50 cm grow area on average 22.6 µmol m-2s-1 using 60° lens. Germination result of lettuce using grow light shows good results compared to sunlight.
IoT Solution for Intelligent Pond Monitoring
Authors: Darmalim Usin , Darmalim Ferdinan , Darmalim Sutristo , Hidayat Alam Ahmad , Budiarto Arif , Mahesworo Bharuno , Pardamean Bens 
Published: March 2020

Abstract

Channa striata or the striped snakehead fish is one of snakehead fish species which inhabits all types of freshwater bodies distributed across Asian countries. Because this fish is known to have higher albumin fraction (64.61%) of protein and other economic values, domestication, and cultivation of this fish has been done in many Asian countries such as Indonesia, China, Malaysia, Thailand, Bangladesh, and India. Environmental factors such as temperature, water pH, dissolved oxygen, total dissolved solids, and turbidity are important parameters must be considered inbreeding and growing this type of fish. The aim of this paper is to propose an IoT solution to automatically monitor these environmental factors. It is designed with affordable and open-source electrical components to provide a cost-efficient solution for farmers. Five sensors are used to measure each parameter. A web application prototype is also presented as a companion application for the users to get useful information from the IoT device. It is developed using a Pythonframework. By accessing this web application, the users can immediately detect any abnormal conditions of the pond.
Analysis of Implementation and Proposal Development of ERP System in CV Indah Jaya
Authors: Supangi P , Rahayu P C , Christiani A 
Published: March 2020

Abstract
CV Indah Jaya is a company engaged in printing since 1960. Many requests and various products in the company that became a trigger for CV Indah Jaya to use an ERP system. The company want its process to be more efficient and effective. Starting 2013 CV Indah Jaya implements an ERP system with a MySQL database. An ERP system that is already running can be used to receive orders, calculate order calculations, calculate inventory and also payment and shipping. However, the company has not yet felt the benefits of implementing this system optimally. The purpose of this study is to implement an ERP system and provide development support so that business processes are more efficient and effective. The first step is to analyze the current system workflow and decomposition of the ERP system that is being used by the company. Then make a questionnaire and interview with stakeholders regarding the use of ERP systems referring to the PIECES Framework to find out the actual user needs for the ERP system. The results of the analysis are application users who do not have clear procedures for using an ERP system, the same data input must be done repeatedly, the flow menu is not clear, the user interface is not user friendly, and there are still many reports that the system cannot yet produce. To overcome this problem, several standard operating procedures (SOP) were made in accordance with the ERP system workflow and gave the ERP system blueprint for further development. The results of the questionnaire after the application of the SOP have increased for Information and Data of 0.45, Economy of 0.38, Control and Security of 0.38 and Services of 0.14.
QR Label for Handicapped Exhibition Visitors Queue Built-Up Avoidance
Authors: Tanutama Lukas , Seikka Ricardo , Hardy Albert 
Published: March 2020

Abstract
Most exhibitions such as in museums items are provided with printed labels that contain information of interest. A queue of visitors will be formed both to view the items and read the labels for information of interest. Visitors have limited time to read and view as a queue will built-up in due time. Handicapped visitors on wheel chair are very disadvantaged in enjoying exhibits due to the possibility of queue built-up that could cause inconvenience to other visitors. Current visitors most likely possess smartphones as communication device. Smartphones can be exploited to satisfy the need of information. QR labelling together with private cloud or network for information retrieval is presented as a viable solution. The system could cater the need of handicapped visitors. Visitors can conveniently collect information and study it at their convenience using their smartphones. Excessive queue forming can be avoided. This research is to find the position where a handicapped or any person can reliably scan the QR code label and the advisable size of label. The result is beneficial both for the exhibition organizer and the visitor. The parameters of interest are the distance and angle where a QR code label of certain can be reliably scanned.