Reviewerly/exHarmony huggingface dataset:
The Challenges of Teaching Design in the 21st Century, the Age of the Fourth Industrial Revolution

There is an ever-growing demand from industry for qualified design engineers.Many of these design engineers are trained at universities and colleges.This paper will explore how to keep this training as up to date and relevant as possible.It will look at the modern techniques and methods used by worldleading industries during the 21 st Century.This century, known also as the Fourth Industrial Revolution, or the Information Technology Revolution.It will show how these techniques and methods can be applied in academia.A challenge is also highlighted, how to get students to design to industry standards but at the same time make it possible to assess their work to satisfy the needs of academia and awarding bodies.These modern techniques and methods will be applied to actual university students and an assessment made of the results.Use of group working will be explored and an algorithm developed to grade the completed group work.What do students need now to equip them to become competent designers, and what will they need soon?
Testing Our Assumptions: Preliminary Results from the Data Curation Network

Objective: Data curation is becoming widely accepted as a necessary component of data sharing. Yet, as there are so many different types of data with various curation needs, the Data Curation Network (DCN) project anticipated that a collaborative approach to data curation across a network of repositories would expand what any single institution might offer alone. Now, halfway through a three-year implementation phase, we’re testing our assumptions using one year of data from the DCN. Methods: Ten institutions participated in the implementation phase of a shared staffing model for curating research data. Starting on January 1, 2019, for 12 months we tracked the number, file types, and disciplines represented in data sets submitted to the DCN. Participating curators were matched to data sets based on their self-reported curation expertise. Aspects such as curation time, level of satisfaction with the assignment, and lack of appropriate expertise in the network were tracked and analyzed. Results: Seventy-four data sets were submitted to the DCN in year one. Seventy-one of them were successfully curated by DCN curators. Each curation assignment takes 2.4 hours on average, and data sets take a median of three days to pass through the network. By analyzing the domain and file types of first- year submissions, we find that our coverage is well represented across domains and that our capacity is higher than the demand, but we also observed that the higher volume of data containing software code relied on certain curator expertise more often than others, creating potential unbalance. Conclusions: The data from year one of the DCN pilot have verified key assumptions about our collaborative approach to data curation, and these results have raised additional questions about capacity, equitable use of network resources, and sustained growth that we hope to answer by the end of this implementation phase.
Klasterisasi Data Rekam Medis Pasien Pengguna Layanan BPJS Kesehatan Menggunakan Metode K-Means

Patient histories who use the services of Badan Penyelenggara Jaminan Sosial (BPJS) Kesehatan are stored in medical record data. Each medical record data contains important information that is very valuable and can be processed to explore new knowledge using a data mining approach. This study aims to help Prof. Dr. Tabrani hospital in classifying patient data who use BPJS Kesehatan, so that the pattern of disease spread is known based on class of service. The data used is patient medical record data in 2019 from October to December, the data will be processed using the K-Means Clustering algorithm with a total of 3 clusters. In cluster 0 (H0) there are 3 patients who are dominated by A09.9 disease (Diarrhea / Dysentery) in Class 2 and Class 3, for cluster 1 (H1) there are 5 patients with more diverse types of disease, while for cluster 2 (H2) there are 5 patients who are predominantly K30 disease (Dyspepsia) in Class 1.
IMPLEMENTING SKETCH-BASED IMAGE RETRIEVAL SYSTEM USING EDGE DETECTION AND SIFT ALGORITHM

Throughout the past few years, several researchers have introduced various methods and various algorithms for a precise and dependable sketchbased image retrieval system.In this paper, a proposed sketch-based image retrieval system is introduced.The framework goes over two phases: creating the sketch dataset phase and implementing SIFT (scale invariant feature transform) algorithm.The sketch dataset was created by selecting 100 colored image passed through canny edge detection operator.The system tends to enter a linebased/hand-drawing sketch and applies the SIFT algorithm to match between the input sketch and all sketches in the dataset.SIFT is one of the main efficient algorithms that are used to make description and matching, since it works on large keypoints.This system retrieves images depending on sketch image, and the result of matching will retrieve images that are approximate the entered sketch.The proposed system is assessed according to the measures that are utilized in detection, description and matching grounds, which are precision, recall and accuracy measures.The system showed (96 %) accuracy for line based sketches and (84%) for hand drawing where the detection was identical.
Optimalisasi Prediksi Penjualan Produk Herbal Menggunakan Metode Monte Carlo dalam Meningkatkan Transaksi (Studi Kasus: Toko Herbal An Nabawi)

Herbs are a product that is in great demand by the public. With so many enthusiasts of herbal products, there is a need for product availability to increase sales transactions for these products. To increase sales transactions for these products, one process that can be done is to predict the sales of herbal products, with data used from January 2018 to December 2019 at the An Nabawi herbal shop. The prediction process is carried out using the Monte Carlo method and to simplify the prediction process a web-based system with the PHP programming language is implemented to make it easier. With the Monte Carlo method used in this study to predict sales of herbal products so that the leadership can use it to make decisions on the availability of herbal products in the shop. The sales prediction results obtained from the Monte Carlo simulation process with an accuracy rate of 87.91%. In this way, the Monte Carlo method can be applied to predict the future sales of herbal products and can be used by store leaders to make decisions regarding the availability of herbal products.
Meta-Analysis on Bitcoin

A sea of doubt surrounds the technology that promises to completely change the economic paradigm, Bitcoin.A 365degree turn to the monetary system that promises an intangible currency, with a peer to peer (P2P) trust system, without intermediaries and based in a revolutionary technology, Blockchain. The reason of this work is due to the lack of a publication that summarizes and unifies the main contributions that have been made during the last decade. The main objective of this work is the exhaustive literature review of Bitcoin. This study proposes to pursue the understanding of this technology and its environment in a simple, summarized way and based on a large amount of research work, bibliometric analysis, and scientific articles, to unify the studies of this new concept. The variables studied in this work include cryptocurrencies, specifically Bitcoin, its history, its technology and its operation, its legislative framework in the world and in Spain, its operation and application to society, and the possibility of a price bubble we well as its advantages and disadvantages. The main contributions to the literature include both theoretical and methodological aspects, as well as considerations about Bitcoin, their application and behavioral factors. The results provide reasons for professionalsto improve their business models in the application of this technology and, in addition, help scientists to take the initiative to continue researching more adequately.
The Increased Estimation Capability Through Traditional Game Mpa’a Amba

Every tribe or region has a traditional game with different characteristics and the game itself becomes the own characteristics of each region or tribe.Some of the games are used in a learning strategy that adapted to certain theme of learning and its effectiveness depends on the ability of teachers to use it.One of the traditional games from the Bima region is Mpa'a Amba that can be an effective strategy to improve students' mathematical estimation skills.The purpose of this study is to examine the effectiveness of the Mpa'a Amba game strategy in improving students' estimation skills in mathematics.The results showed that teaching with the Mpa'a Amba strategy had a very significant effect in increasing students' estimation ability, reaching 184% with effectiveness using the n-gain formula (<g>) in the high category.The learning process with the Mpa'a Amba strategy is to design the classroom atmosphere like market conditions include market products such as the replica of fruit, egg, and currency in the form of counterfeit money.
Developing English Speaking Material through Contextual Teaching and Learning (CTL) for Beauty Study Program

The research was aimed to identify the target needs and learning needs of the tenth grade student of Beauty Study program at SMK Pariwisata Imelda Medan and to develop English speaking material through CTL for Beauty Study Program. This research was implemented by conducting Research and Development (R n D) study by Borg and Gall. There are four steps were done namely: (1) need analysis; (2) developing material; (3) evaluating and (final revision). The target clients of this research were 34 people which consisted of (a) 30 students of Tenth grade of Beauty Program chosen by total random sampling technique; (b) English lectures; (c) English teacher; and (d) stakeholder. There were 3 types of technique for collecting the data applied in this research, they were questionnaire which used to gain the need analysis and validate the material, documentation consisted of the existing material, and interview to support the data gained from the previous techniques. The data of the research was analyzed descriptively. The result of this research were (1) the students needed the English speaking material which contains the material relating to their filed expertise and supported by innovative and creative learning process, and (2) the English speaking material developed through CTL is a set of English speaking material which consisted of 6 units. Keywords: R and D, Speaking Material, Beauty Study, CTL
Rancang Bangun Rekonstruksi 3D Dengan Kinect Xbox 360

Technology development is increasing rapidly and effectively brings an impact on the field of technology. One of them is scanning objects using a computer. Object scanning is a technology that combines hardware to see objects and software to process data that has been received by the hardware. The traditional manufacturing process without 3D scanning involves the design, analysis and testing of prototypes needs a very long time and expensive. Whereas 3D scanning is considered capable of being more efficient and practical. This research is conducted to facilitate the 3D scanning process by utilizing sensors on the Kinect 360 camera. The object will be scanned with a 360 camera to get data on each side. The results obtained will be processed by the system and process it into 3D objects. The process of collecting object data using Eclipse software while object rotation using a stepper motor which controlled by arduino. Based on the results of tests from research, the infrared sensor on the Kinect camera is less than optimal in reflecting light back on the object that has uneven surfaces. But the sensor works well on the object that has a flat surface.
Construction and Implementation of Three Dimension College English Blended Class During Epidemic

Faced with the 2019-nCoV outbreak, Chinese universities are required to postpone the 2020 spring semester, and meanwhile meet the requirement of "classes suspended but learning continues" policy, which guarantees the continuous learning for students in the form of online teaching.This paper tries to analyze how online technologies work as supplement, transformation and improvement of the learning process by introducing the construction and implementation of three-dimension college English blended class in Xi'an Eurasia University.Online classes are conducted through video communication Zoom, and online English learning cloud system Unipus is adopted in the pre-class, while class and after class learning sessions, meanwhile online education platform TronClass is used to conduct regular class management for teachers and submit assignments for students.On this basis, this study further elaborates effective measurements to enhance the effectiveness of teaching and learning.
Health State Transition Model by Binary Expression and Cubic Lattice Representation Corresponding to the Specific Health Checkup

We proposed a model that represents health checkup data in binary according to data structure of the Specific Health Checkup and visually represents the state transition of health conditions. Each of four inspection factors (body type, blood sugar, lipids, and blood pressure) were expressed as binary variable using reference values in the Specific Health Checkup, yielding 16 health condition states, (0000) through (1111). The state transition probability (256 transitions x 4 age ranges) for each of four age groups were calculated. We then constructed a health state-transition model using two cubic lattices with eight vertices. We built our models each age groups and compared these models, and could show by those how people with certain health conditions are likely to continue to change in future. Our health state transition model provides an easy visual demonstration of the health state of examinees, as well as indicating direction of the state transition.
Development of a Control and Estimation Strategy for a Six-Link Robot Manipulator

This paper covers the ongoing approach of creating new combinations of robot controllers with filtering techniques.It outlines the need for such a system and a current controller system that uses filtering techniques to improve accuracy.It also explains how the proposed approach differs from the systems in literature.This paper outlines how the system is designed and tested.It explains the approach taken to design a system, and how the performance of the system will be measured.Finally, it explains progress that has been achieved, as well as recommendations for future work.
Tingkat Pengelolaan Limbah B3 Pada Industri Pariwisata Di Kecamatan Kuta Selatan

Kuta Selatan subdistrict is one of the tourism hotspots in Bali, as shown by the rates of development in the economic sector, especially in the tourism industry. The numbers of accommodations in Kuta Selatan, from 2018 data, are 329 non-star hotel, 33 five star hotels, 12 four star hotels, 12 three star hotels, 12 four star hotels and approximately 150 private villas (BPS,2019). Daily operation of hotels produces hazardous waste such as electronic waste, LED light, oil and chemical containers. Electronic waste is content with heavy metal such as mercury, lead, lithium and cadmium. Hazardous wastes that are released into the environment without any treatment can be harmful for public health. The purpose of this research is to know how far tourism industries, especially hotels and private villas, have implemented the requirements for hazardous waste management. Hazardous waste management consists of permits, container, storage, collection and treatment. Permits and temporary hazardous waste storage are mandatory requirements for hotels to have as a first step of the whole process of hazardous waste management. Based on the data collection from 150 samples, we are shown that 70% of hotels with a capacity of 300-400 rooms already have hazardous waste temporary storage as well as the permit. With smaller scale hotels, only 50% already have hazardous waste temporary storage, as well as the permit. In contrast, in small scale accommodation, such as hotels with a capacity under 100 rooms, and private villas, only 4 % have proper hazardous waste temporary storage.
E-Portal Software Development Framework in Emerging Cloud Computing Environment

Cloud computing is an emerging new technology context that introduces promising environment for computer applications. This context put the enormous resource capabilities of the globe under the disposal of the development lifecycle of a software system. The new emerging concept of cloud computing is turning web service into eUtility that can be delivered over the internet to consumers who are normally software application developers and consumers. eUtility has announced the start of new eCommerce era where eUtility is metered due to its usage by consumers. This paper is presenting a framework to model the evolutional impact of eUtility on software engineering lifecycle and introduces E-Portal concepts as software integration points to the cloud.
Construction of Independent Innovation Experiment System of Control Course Group

One of the important objectives of the teaching reform of the control course group is to change the traditional experimental teaching mode of verification into the design and innovation of the experimental mode combined with the actual engineering control object, according to the direction of modern teaching and experimental development, optimize the combination of practice content according to its internal connection, break the situation that each practice teaching link acts on its own, and pay attention to the level, relevance, gradualness and integrity of the curriculum within the curriculum group.Let students transition from the confirmatory experiment in the lower grade to the exploratory experiment in the higher grade, and from the operational and single experiment to the design and comprehensive experiment.Let the more excellent students create experiments or explore new solutions after completing the experimental content required by the program.Through the key training of students' innovation ability and hands-on ability, improve the students' innovation idea of integrating theory with practice and leading the project scientifically.
PENILAIAN TERHADAP TINGKAT KEMATANGAN DALAM PENINGKATAN EFISIENSI BIAYA IT DAN KONTRIBUSINYA PADA KEUNTUNGAN BISNIS (STUDI KASUS: HOTEL TICKLE YOGYAKARTA)

Hotel is one of the main aspect to provide the tourism and business. The use of Information system is in all aspect of life, including in hospitality business, so Hotel use Information system to support their business process. Tickle Hotel is one of two star hotelthat implements information system to make the business proses easier. The use of Information System certainly need some funds to make sure the information system suitable for hotel’s business process. The funds is one of the form of investment from Hotel to gain optimal profit in the existence of information system. Based on this preposition, the author is interested in conducting research to find out whether the investment that has been issued by the hotel has provided optimal results to support its business activities. This research use COBIT 4.1 as the framework which focus on business goals that is financial perspective, how the IT investment give the good result to the company with PO1 domain for manage the IT Investment and DS6 domain for identify and allocate costs. The research was conducted using a questionnaire distributed to hotel employees, and then be obtained the value of the level of maturity of each domain. Based on the results of the research, the average value obtained for the PO1 domain was 2.64 and DS6 was 2.63. Keywords : Hotel , Information System Audit , Finance Perspective, Balanced Scorecard, COBIT 4.1.
Validation of a Low Fidelity Catenary Model Developed Using a Novel Optimization Algorithm

Contact wire pre-sag directly impacts the current quality collection in a high-speed railway catenary.Due to this, the initial configuration of the catenary geometry plays an important role on the dynamic performance of the railway.Therefore, accurately representing the initial equilibrium state of the catenary based on specific design requirements is crucial to obtain accurate dynamic results.Despite its importance, there are only a few publications in this area that present methods that can accommodate desired amount of presag in the contact wire and are computationally efficient.The goal of this paper is to present a catenary system that has been modelled using a novel optimization method and validate its dynamic response from its interaction with a pantograph system against the reference model results in BS EN 50318.The novel optimization methodology presented in this paper employs a gradient-based algorithm with a modified finite difference method to solve the initial equilibrium geometry of the catenary.The pantograph and catenary systems are modelled using a commercial finite element software and the post-processing of the results is done using in-house code.A penalty contact-force model is used to represent the contact behavior between the pantograph-catenary system and a threestep simulation procedure is used to achieve better convergence of results.The results from the simulation demonstrated good accordance with the reference model results in BS EN 50318.
On the Application of Computer Multimedia in Teaching

With the progress of computer technology and the wide use of multimedia in the field of education and teaching, teachers must also have a certain ability to apply multimedia technology, through the application of multimedia technology in education and teaching, can improve the quality and efficiency of education and teaching, but also to stimulate students' interest in learning to a greater extent.This paper mainly focuses on the production of multimedia courseware and the embodiment of computer multimedia teaching methods in teaching links.
Improved throughput of Elliptic Curve Digital Signature Algorithm (ECDSA) processor implementation over Koblitz curve k-163 on Field Programmable Gate Array (FPGA)

The widespread use of the Internet of things (IoT) in different aspects of an individual’s life like banking, wireless intelligent devices and smartphones has led to new security and performance challenges under restricted resources. The Elliptic Curve Digital Signature Algorithm (ECDSA) is the most suitable choice for the environments due to the smaller size of the encryption key and changeable security related parameters. However, major performance metrics such as area, power, latency and throughput are still customisable and based on the design requirements of the device.&#x0D; The present paper puts forward an enhancement for the throughput performance metric by proposing a more efficient design for the hardware implementation of ECDSA. The design raised the throughput to 0.08207 Mbit/s, leading to an increase of 6.95% from the existing design. It also includes the design and implementation of the Universal Asynchronous Receiver Transmitter (UART) module. The present work is based on a 163-bit key-size over Koblitz curve k-163 and secure hash function SHA-1. A serial module for the underlying modular layer, high-speed architecture of Koblitz point addition and Koblitz point multiplication have been considered in this work, in addition to utilising the carry-save-multiplier, modular adder-subtractor and Extended Euclidean module for ECDSA protocols. All modules are designed using VHDL and implemented on the platform Virtex5 xc5vlx155t-3ff1738. Signature generation requires 0.55360ms, while its validation consumes 1.10947288ms. Thus, the total time required to complete both processes is equal to 1.66ms and the maximum frequency is approximately 83.477MHZ, consuming a power of 99mW with the efficiency approaching 3.39 * 10-6.