bluuebunny/crossref_metadata_2025_split huggingface dataset:
The effectiveness of Automatic Network Administration (ANA) in network automation simulation at Universitas Pendidikan Ganesha
Authors: Santyadiputra G S , Listartha I M E , Saskara G A J 
Published: March 2021

Abstract
Network administration activities pose scalability challenges. Challenges arise when the devices handled are very numerous. Instead of using traditional methods, IT organizations need to implement automation methods. It is very inefficient to administer a large number of network devices by logging into them one by one. Human error is very susceptible to occur, which will cause configuration inconsistencies, to configuration errors, which will have an impact on poor network services provided. The automation method on the network is known as Network Automation (NA). NA uses an algorithmic approach in arranging steps in problem solving. NA is executed in the form of an application program that has the main function of automating routine, complex, repetitive, and comprehensive activities. Network administration activities that can be automated include routing automation, virtual administration and backup or restore. The simulation of NA implemented by ANA. ANA is the test is which was carried out using the Python programming language by utilizing Paramiko and Netmiko Library in a virtual environment using GNS3 and Virtual Box. The purpose of developing ANA was to make network administration activities run more efficiently. The results of applying the ANA can be taken into consideration in network administration activities. The result showed ANA was effective to prove the NA purpose.
The simulation of divayana formula calculation to determine the priority of recommendation in evaluation activities
Authors: Divayana D G H 
Published: March 2021

Abstract
Evaluation activities are not carried out to determine whether to pass or not the program being evaluated. Evaluation activities tend to provide recommendations for improving or completion of the constraints that are still found in the program being evaluated. The problem that often occurs in the field is the difficulty in determining recommendation priority for each evaluation aspect. Therefore, a precise and accurate formula is needed to determine the recommendation priority in an evaluation activity. Hence, the evaluation results will be more optimal. The purpose of this study was to demonstrate a DIVAYANA formula calculation simulation in determining recommendation priority. This research approach was evaluative with research stages that follow the DIVAYANA model stages. This research focused on the DIVAYANA formula part which lies at the Nominate stage. The subjects involved in the initial data collection were ten students from the Department of Informatics Education, Universitas Pendidikan Ganesha. The subjects involved in determining the weight for the evaluation component were four experts. The tool used for initial data collection and expert weight determination was questionnaires. The analysis technique of this research was done by checking the correctness of the DIVAYANA formula calculation based on case proof. The results showed that the process of DIVAYANA formula calculating simulation had been running well as evidenced by the accuracy of the results of determining priority recommendation.
Smart school strategic design for information systems using framework ward & peppard in smk negeri 1 tampaksiring
Authors: Aryotejo I G N B , Candiasa I , Divayana D G H 
Published: March 2021

Abstract
Vocational School (SMK) is a formal institution which is aimed at producing graduates who are ready for the 21st century workplace. In order to do this, SMK Negeri 1 Tampaksiringhas been improving the quality of the human resources through the implementation of technologyin the learning process. It is started by updating the information systems and other supporting facilities like integrating planning, or blueprint, in regard to school information systems. These become a necessity in order to be aligned with the vision, mission and objective of SMK Negeri 1 Tampaksiring. A model design by Ward and Peppard was applied to analyze school internal conditions and activities inside the school. Furthermore, several tools namely SWOT analysis, value chain analysis, five force factor analysis, McFarrland Grid, and Critical Success Factor (CSF) analysis were used to analyze the purpose. The findings revealed that formation of Information and Communication Technology (ICT) and IT strategy required to design Local Area Network (LAN), e-Learning, and AplikasiBuku Point in its preliminary stage for the success of SMK Negeri 1 Tampaksiring. These results implies that SMK Negeri 1 Tampaksiring has pioneered itself to become a smart school.
Designing learning object using articulate storyline 3 for supporting indonesia online learning system (spada)
Authors: Sindu I G P , Santyadiputra G S , Permana A A J 
Published: March 2021

Abstract
This study aimed at design learning object using Articulate Storyline 3 for supporting the Indonesian Online Learning System (SPADA). This is a development research using ADDIE model. ADDIE Model development design was combined with the AGILE Method to develop learning tools. The expected benefit from this research is being able to integrate learning objects with other learning objects at SPADA Indonesia. The development stages were determining the course to be developed, conducting needs analysis, developing draft, utilizing the Universitas Pendidikan Ganesha E-learning software, and testing (a review from content expert and field testing). The results of the learning object design can help and facilitate lecturers and students to carry out the lecturing process better and be able to increase the level of mastery of the subject matter. Students and lecturers would not be limited to face-to-face meeting and time. Based on the validity test conducted by media, design and content experts, it could be said that the AS3-based learning object designed was “Very Valid” and could be used for lecturing process.
Design of user satisfaction evaluation instrument of informatics engineering education graduates, faculty of engineering and vocational, universitas pendidikan ganesha
Authors: Subawa I G B , Mertayasa I N E , Agustini K , Wahyuni D S 
Published: March 2021

Abstract
This research was a design stage of an instrument used to evaluate the satisfaction of the users of the graduates of the Informatics Engineering Education Study Program. This research was aimed at producing an instrument in the form of a proper questionnaire. The questionnaire creation was based on seven indicators as a reference namely, ethics, expertise in accordance with the field, foreign language skills, the ability to use information technology (IT), communication skills, teamwork, self-development. The seven indicators were broken down into 20 statement items to a questionnaire draft. There were several tests carried out on the questionnaire draft, the Gregory test involving 2 experts in the field of evaluation, the validity of the items using Pearson Product Moment correlation, and the reliability test using the Cronbach alpha formula. The result of the Gregory test is the coefficient value of the content validity of the instrument being tested (0.85), which is categorized as high. Based on the item validity test, 17 questions were valid. The reliability test results in a Cronbach Alpha value of 0.973. Based on the results of the tests carried out, the questionnaire instrument fits for measuring user satisfaction of the Informatics Engineering Education study program graduates.
Social media as integrated character education media
Authors: Candiasa I M , Mertasari N M S , Aryanta M 
Published: March 2021

Abstract
Character education in schools is carried out in an integrated manner in all subjects. Integrated character education involves the school, family, and community in its implementation. The very few communication opportunities make the implementation of integrated character education involving families and communities difficult. Through this opportunity, we tried to introduce social media to be used as an integrated learning media for subjects and character education. The teacher can provide material and assessment to students and students can learn and submit assessment completion through the media. In addition, students can also place all of their work in a folder prepared for each student to accommodate their portfolios. Teacher-student communication and student-student communication can be done through groups or private chats. Such a mechanism can monitor student learning progress and at the same time train students’ courage to express opinions, collaborative skills, responsibility, respect for other people’s work, and independence. However, the effort to increase honesty and independence, social media has not provided satisfactory results because during the implementation of tests that must be done independently, students often exchange answers. These findings can be used as a reference for finding techniques around the use of social media in practicing honesty and independence.
The impact of external knowledge on organization performance with indirect effect of instructional agility and process innovation effectiveness
Authors: Wahyuni D S , Agustini K , Ariadi G , Mertayasa I N E , Sugihartini N 
Published: March 2021

AbstractEngaging industry in Vocational High School (VHS) policy outcomes does not only offer awareness of market needs, but also enables industries to influence learning and teaching methods and courses across the overall VHS. This study indicates that external knowledge leads to the feasibility of instructional agility, and process innovation effectiveness, resulting in success of VHS. This study looks at structural equation modeling (SEM) analysis based on empirical data obtained from 129 vocational high schools in Bali Province, Indonesia. The study aimed to concentrate explicitly on how the impact of external knowledge on VHS achievements in Indonesia is mediated by instructional agility, and process innovation effectiveness. The study shows that external knowledge has no influence on VHS performance, while improving VHS performance indirectly through all instructional agility and effectiveness of process innovation.
Provisioning of Contention Resolution in Multiple UAVs to Establish Collaborative Tasks
Authors: Saravanan M , Baskaran Sandhya 
Published: March 2021

Abstract
As demand for commercial roles for Unmanned Aerial Vehicles (UAVs)is at its peak, market players are finding it more difficult to accommodate the ever-changing dynamic market requirement. As UAVs are used across multiple verticals such as photography, delivery, providing medical assistance, tracking, etc., the demand has pushed open the floodgates for this sector. UAV platforms today offer only the idea of leasing a drone for a specific period which works well if the requirements are known prior. In the case of an agile environment, the platform services need to incorporate the policy of leasing and releasing UAVs on a need basis. Our paper focuses on the idea of a dynamic UAV as a service platform wherein the UAVs are hired from the public using some selection and provisioning methods. Such a solution will assist in the fast-paced and cost-effective development, but also enable interoperability between multiple companies to share the resources. Regarding this, we have introduced a new contention resolution framework to handle multiple UAVs during the collaborative operation. The proposed framework which comprises a new protocol, task filter, and the application of the Machine Learning (ML) model to perform probabilistic ranking and assign the UAVs for the specific tasks that will address the required situation efficiently.
Robotic arm for automatic brake testing and control
Authors: Krishnapuram Seetharam , Kameswara Rao Adithya , Dhivakar K M , Kapur Mayank 
Published: March 2021

Abstract
Brake testing is an important verification test before putting an automobile up for sale. Unfortunately, brake judders which act as hindrance for getting true brake performance results can’t be rectified. Therefore, we have to account for brake judders in our brake test results. Our project is aimed at reducing the effects of brake judder by examining the Disc Thickness Variation dynamically with the heat produced because of friction between brake pads and disc as the brake is applied. This thorough examination is done with the help of a capacitive sensor which continuously feeds disc thickness variation data to our robotic arm which is programmed to change the position of the brake pedal in order to keep a uniform brake force on the disc.
Benchmark Device To Mitigate Jaw Tremor Using Gyroscopic Effect
Authors: Harikrishna K , Dhivakar K M , Puthiyavan L N , Meenatchi L S , Rajiv Navneeth , Premkumar S , Girithar T A 
Published: March 2021

Abstract
A tremor is a mildly rhythmic muscle contraction and relaxation that predominantly involves involuntary oscillations or twitching movements of one’s body parts. Jaw tremor looks more like shivering although with different amplitude and frequency which can vary. Jaw tremors hinder patients’ day to day activities and hamper confidence, causing social handicaps. There are only drug-based solutions for jaw tremors to date. Currently, there are some surgical treatments like Deep Brain Stimulation (DBS), but, they have side effects. Our solution - the palliator a wearable, ergonomic device that dampens jaw tremors without producing any side effects on patients. The proposed solution uses two accelerometers to detect and distinguish involuntary tremors from the voluntary jaw motion and then uses the gyroscopic principle to control the involuntary motion, thus resisting the tremors.
5-Position 4-Actuator Automated Bed To Prevent Bed Sores
Authors: Premkumar S , Girithar T A , Niranjan Kumar P , Saimothish R , Ashok Malani Vaibhav , Jacob Rubin 
Published: March 2021

Abstract
Bedsores — also called pressure ulcers or decubitus ulcers — are injuries to the skin and underlying tissue resulting from prolonged pressure on the skin. For permanently bedridden patients (especially those paralyzed or in coma), bedsores are a problem which is usually either ignored or not dealt with properly. The effects of bedsores can be very severe when it reaches higher stages (stage 3, stage 4) below the surface of the skin, even exposing the bones. The causes of bedsores are pressure, shear and friction where pressure plays a significant role and hence are known as pressure ulcers. When a person lies on a bed for a prolonged period of time, the pressure at body parts such as the tailbone, shoulder blades, heels, ankle, skin behind knees restricts blood flow at these points which in turn results in sores. Taking care of patients affected by bedsores is a trying process for the nurses or the caretaker. Either by distributing the pressure throughout the body or by shifting the pressure points frequently, the occurrence of bedsores can be delayed or prevented. Hypnos employs the latter principle to prevent the development of bedsores by attaining five different positions.
A Trade-off between ML and DL Techniques in Natural Language Processing
Authors: Singh Bhavesh , Desai Rahil , Ashar Himanshu , Tank Parth , Katre Neha 
Published: March 2021

Abstract
The domain of Natural Language Processing covers various tasks, such as classification, text generation, and language model. The data processed using word embeddings, or vectorizers, is then trained using Machine Learning and Deep Learning algorithms. In order to observe the tradeoff between both these types of algorithms, with respect to data available, accuracy obtained and other factors, a binary classification is undertaken to distinguish between insincere and regular questions on Quora. A dataset called Quora Insincere Questions Classification was used to train various machine learning and deep learning models. A Bidirectional-Long Short Term Network (LSTM) was trained, with the text processed using Global Vectors for Word Representation (GloVe). Machine Learning algorithms such as Extreme Gradient Boosting classifier, Gaussian Naive Bayes, and Support Vector Classifier (SVC), by using the TF-IDF vectorizer to process the text. This paper also presents an evaluation of the above algorithms on the basis of precision, recall, f1 score metrics.
A review on the characteristic of biomass and classification of bioenergy through direct combustion and gasification as an alternative power supply
Authors: Sivabalan K , Hassan Suhaimi , Ya Hamdan , Pasupuleti Jagadeesh 
Published: March 2021

Abstract
Extinction of fossil fuel resources owing to excessive use has called up new solution-based resources called ‘biomass’ which is more affordable to deliver and utilize, bring less environmental damages such as greenhouse gas (GHG) emission, opened more employment opportunities in both rural or suburban areas due to the abundant availability of this resources throughout the world. About 44% of the energy required by the year 2030 and about 14% energy sourced from biomass in 2016 based on the World Bioenergy Association’s data. Biomass can be sorted from various sources such as municipal solid waste (MSW), agricultural crops, crop residues, and forest residues. The clear cut of biomass characteristics in proximate analysis and ultimate analysis makes it possible to produce reliable energy resources. Biomass is multi-faceted fuel; thereof, it produces biofuel, which can be used in transportation and bioenergy to generate cleaner and affordable electricity throughout the world. In that sense, in this article, the characteristics and functionality of different thermochemical processes such as direct combustion and gasification have been discussed, and the reliability and new findings in various aspects in the bioenergy field. Furthermore, the advantages and disadvantages have been discussed to substantiate further the core objective of renewable energy in producing better, cheaper, and harmless to the surrounding environment. This study will give a brief understanding of the right way of using biomass and indirectly reduce the usage of fossil fuel, thus reserving a better world for the future generation.
A Metrological of Laser Pavement 3D Measurement Equipment
Authors: Liu Yue , Zhou Yishu , Zhang Jinning , Ren Lishuo , Cao Jinjin 
Published: March 2021

Abstract
Laser pavement 3D measurement equipment is widely used in pavement measurement due to its comprehensive, fast and reliable measurements. In the study, based on the working principle and measurement output indicators of laser pavement3D measurement equipment and the analysis of influencing factors, reasonable metrological indicators were determined firstly. Then, a convenient, efficient, and reliable test method was developed based on the determined metrological indicators to provide the basis for calibrating objects and preparing metrological standards. In addition, through the survey from partial users in China, the measurement errors of existing equipment were evaluated. The study provides the basis for subsequent establishment of metrological standards for pavement 3D measurement equipment.
Analysis and Application of Judicial Data Based on Machine Learning
Authors: Yang Juan 
Published: March 2021

Abstract
At this stage, judicial trial work has received increasing attention from the people and society, and its rationality is regarded as one of the important evaluation criteria for the fairness and effectiveness of the national judicial organs. This article analyzes the methods and types of machine learning. The author studies the relevant content of the machine learning judicial data process. The purpose of this article is to improve the reliability of the analysis and forecast results and provide a theoretical basis for the further improvement of the national legal system.
Research on the Fast Reset Time of Safety Rod and Implementation
Authors: Wang Shijia , Wang Zhenlin , Li Yuan , Gao Jiaqi , Feng Jun 
Published: March 2021

Abstract
The fast reset time of the safety rod is one of the important parameters for the drive design of space nuclear reactor. In the paper, it analyses the structure, operation process, and fast reset process of the safety rod system, and proposes a measuring method that measures the change of the angular displacement sensor in the drive mechanism during the fast reset process of the safety rod assembly to get the fast reset time of the safety rod. The ground engineering prototype of the safety rod was used to verify the measuring method, by real test environments, such as real high temperature, earthquake. The test results show that the measuring method of the fast reset time is effective on the safety rod, and provides a test basis for the research on the drive design of the safety rod system of the space nuclear reactor.
Power grid automatic dispatching method considering renewable energy fluctuation
Authors: Li Huixiu 
Published: March 2021

Abstract
In the process of power supply, the abnormal fluctuation of renewable energy leads to the increase of economic cost of power grid dispatching. Therefore, this paper proposes a power grid automatic dispatching method considering the fluctuation of renewable energy. According to the fluctuation of renewable energy, the power of renewable energy is predicted, and the power balance is judged by combining with other power related parameters in power grid operation. According to the change of peak load regulation, the power grid control center issues dispatching instructions and adjusts power related parameters to achieve the purpose of power automatic dispatching. The experimental results show that the proposed power grid automatic dispatching method considering renewable energy fluctuation has small operation delay and low economic cost, the economic benefit of which is higher than that of the traditional dispatching method.
Design of reducer cooling system based on PLC control
Authors: Huaifeng Cui , Yaxian Zhang , Yuanchang Lin , Guotian He , Guangping Chen 
Published: March 2021

Abstract
Combining PLC and configuration software to design the reducer cooling system, can realize the functions of reducer temperature monitoring, lubricating oil cooling, and replacement; the article puts forward the design scheme of the reducer cooling system, summarizes the various functions of the control system, analyzes and describes the realization method and key technology of the control system in detail.
Nonlinear Vibration of Manipulator Induced by Coupling Time Delay and Control Strategy
Authors: Deng Zhiju , Jiang Shanying 
Published: March 2021

Abstract
This article uses the theory of Hopf bifurcation to study the stability[1-2] of nonlinear manipulator system with time delay built by Spong. The period vibration, almost periodic vibration and chaos motion are stabilized by the controllers designed in the article, which is achieved by changed the polynomial u in the dynamic of manipulator. It is proved that the controllers in this article are useful by calculating the eigenvalues of the linear form of the dynamic of manipulator, which are expressed in the complex plane, according to the stability theory[2].