Reviewerly/exHarmony huggingface dataset:
Dabus Gains Territory in South Africa and Australia: Revisiting the AI-Inventorship Question

This paper draws from and builds upon DO Oriakhogba ‘What If DABUS Came to Africa? Visiting AI Inventorship and Ownership of Patent from the Nigerian Perspective’ (2021) 42(2) Business Law Review 89. It reviews the recent granting of a patent by the Companies and Intellectual Property Commission (CIPC) to Dr Stephen Thaler in respect of the DABUS-generated invention in South Africa and the judgment of the Australian Federal Court (FCA) upholding AI-inventorship. The review, which is based on desk research, is conducted against a backdrop of statutory provisions and case law from both countries, the provisions of the Patent Cooperation Treaty (PCT) and relevant literature dealing with the inventorship question. The paper determines whether, without reform of the extant patent law and policy, recognition of artificial intelligence (AI) as an inventor does not undermine the foundational concept of human inventorship, and the central focus on human creation and agency for intellectual property protection in South Africa and Australia. In connection with this, the paper asks and examines the question of whether the CIPC patent grant and the FCA judgment can stand judicial scrutiny under the extant patent regimes in South Africa and Australia.
Classification of cognitive algorithms for managing services used in cloud computing

This paper presents a new idea of cognitive systems dedicated to cloud computing. Especially presents backgrounds, introduction and description of service management procedures and algorithms dedicated to cloud computing and infrastructure. Cognitive methods based on semantic description and interpretation procedures. Described idea will be dedicated to secure service management procedures, especially in the cloud and fog stages. The proposed algorithms of cognitive service management will be presented and described by use of semantic aspects. Semantic analysis is used to extract meaning of analysed data. Also, in management processes is possible to analyse meaning aspects. These kinds of analysis can be used in different application areas. This paper presents services management protocols in the cloud and in the fog. In both of these stages is possible realised management procedure by application of secure methods and protocols. This paper presents the sharing techniques for data security in cloud computing.
Design of Gesture Recognition System for Basketball Referee Scoring Based on Recorder

The basketball referee scoring gesture recognition system of the recording station obtains the static and dynamic gesture images of the referee scoring through the camera, and recognizes the two kinds of referee scoring gestures. Through STM32 as the core controller, it realizes the fast collection, data processing and display of the basketball referee scoring gestures. It is possible to improve the accuracy of basketball referee scoring.
Realization of an Analog Computing Circuit for Simulating a Chaotic Electro Optic System and Validation of Model using Lyapunov Exponent

Chaotic optical communication is attractive for its security because in such type of communication optical signal is encrypted using the optical chaos and decrypted at the receiver side with identical chaotic key. Chaotic signals are created using nonlinear optical systems with sensitive dependence in initial condition. In our work we have chosen an Electro Optic modulator based nonlinear optical system for producing optical chaos. However the optical devices are costly and not easily accessible. Hence to overcome this difficulty we have created a nonlinear analog computing circuit capable of producing chaotic signals as those of nonlinear Electro Optic or Acusto Optic system. Extensive numerical experiments have been conducted on this electronic system for studying its chaotic behaviour and it has been found that our electronic simulator is able to mimic the actual Electro Optic system up to a large extent.
Intelligent File Management System Based on Artificial Intelligence

research-article Intelligent File Management System Based on Artificial Intelligence Share on Author: Yanlin Wang Shandong Technology and Business University, China Shandong Technology and Business University, ChinaSearch about this author Authors Info & Claims AIAM2021: 2021 3rd International Conference on Artificial Intelligence and Advanced ManufactureOctober 2021 Pages 2730–2733https://doi.org/10.1145/3495018.3501172Online:14 March 2022Publication History 0citation0DownloadsMetricsTotal Citations0Total Downloads0Last 12 Months0Last 6 weeks0 Get Citation AlertsNew Citation Alert added!This alert has been successfully added and will be sent to:You will be notified whenever a record that you have chosen has been cited.To manage your alert preferences, click on the button below.Manage my AlertsNew Citation Alert!Please log in to your account Save to BinderSave to BinderCreate a New BinderNameCancelCreateExport CitationPublisher SiteGet Access
Utilize a Timeline for Planning Your Gala

Special Events GaloreVolume 20, Issue 2 p. 5-5 Gala Logistics Utilize a Timeline for Planning Your Gala First published: 13 January 2020 https://doi.org/10.1002/speg.31290Read the full textAboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onFacebookTwitterLinkedInRedditWechat No abstract is available for this article. Volume20, Issue2February 2020Pages 5-5 RelatedInformation
IMPORTANT TRENDS IN THE APPLICATION OF DIGITAL TECHNOLOGIES IN HIGHER EDUCATION

These days information technology has held a firm place in all aspects of human life and activity. These tendencies are leading to positive changes, such as the development of various fields, professional and personal growth of people. Likewise, information and communication technologies have already been able to find important place in education as well.On this occasion, there have been adopted several Presidential and higher education ministry decrees in our country. The introduction of Moodle Electronic Education System, the organization of online courses, the introduction of blended courses, the open-source (MOOC-Massive Open Online Course) courses in higher education institutions are examples of the development of digital technology in education. The possibility of students mobility in the internet, search and retrieval of information, to study at any place and time, and many other advantages make learning and teaching comfortable. Modern technology has specific goals such as facilitation of learning and teaching instructional and learning activities, making a learning process interesting, assessment, managing information, combining data, communicating, developing relationships between a teacher-learner and parents, and facilitating professional collaboration and professional development. The objective of this trend in education is not only to educate students and to increase students' computer literacy and information technology, but also to encourage independent and creative thinking and self-expression of learners.According to UNESCO and NMC Horizon Media Consortium report, digital literacy has become a integral part of education aiming to shape lifelong learning skills of students, which can assist them later to be employed and to continue education independently.
Member Program Tune‐Up Ensures Smooth Operations

The Membership Management ReportVolume 15, Issue 12 p. 5-5 Articles Member Program Tune-Up Ensures Smooth Operations First published: 07 November 2019 https://doi.org/10.1002/mmr.31359Read the full textAboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onFacebookTwitterLinkedInRedditWechat No abstract is available for this article. Volume15, Issue12December 2019Pages 5-5 RelatedInformation
Society 5.0: a simulation optimisation study of dynamic scheduling for a grocery store

Society 5.0 refers to a technology-based human-centred society that integrates cyber-physical systems and uses advanced technology to improve everyday life. Queuing systems, such as grocery stores, will transition to Society 5.0. Waiting time in the queue of such systems makes it difficult to determine the necessary number of resources to operate cost-effectively and keep customers satisfied. This work studies a grocery store with two types of resources: cashier-staffed billing counters and self-checkout machines. The objective of the study is to dynamically schedule the required number of resources such that the arriving customers experience reduced waiting times in the queue, while the store maintains low operational costs. The work uses the Simio simulation software and the OptQuest simulation optimisation engine to determine the staffing levels and achieve the aforementioned objectives. The optimisation experiment results showed that using dynamic resource scheduling can assist in maintaining satisfactory customer waiting times and operational costs.
Negation and Public Debate of Edict No.41’s ‘Seokdo=Dokdo’ at the Wikipedia(Japanese version).

Dokdo is Korean territory to the day since ancient Silla Dynasty. The Joseon Dynasty proclaimed Edict No. 41 in 1900. That's why Dokdo is administration became a member of the Uldogun. Nevertheless, Japan, Dokdo hostless the Dokdo islands in order to invade it. Japan is that Dokdo is Japanese territory to a royal edict in order to 41 the fraud had to. 41, a royal edict in administrative areas designated as a “Ulleung of, Jukdo, a stone blade”. Dokdo is a stone blade here. Dokdo is a stone blade, denies that Japan. Japan claims that Seokdo is Gwaneumdo. The reason is Gwaneum Jukdo, and that only around Ulleungdo Island. The jurisdiction of Uldo-gun should be the islands around Ulleungdo. In 1899 the status of Ulleung island is uyongjeong from Ulleung and Dokdo is not included in the range. In fact, 41 as a royal edict uldogun for Dokdo and Ulleung Island, why care to set. Dokdo by name, there was no reason to manage, not ‘uldogun’ and ‘Ulleung County’ was enough. Jukdo in context the invention of a study group problem is ‘Sukdo’ of Wikipedia. Jukdo and the Edict of Dokdo is the ‘Sukdo’ of paragraph 41. not. Japan's claim is as follows. South Korea before 1904, Dokdo didn't know. Changed to ‘Dokdo’ the name ‘Sukdo’ on the reasons unknown. Dokdo is Japanese umbrella to be correct is the moment, a stone blade, Korea's cause in 1905, South Korea has admitted all did not protest. Japan claims that &quot;Seokdo&quot; in Edict No. 41 is &quot;Gwaneumdo.&quot; Ulleung Island around Dokdo and, Gwaneum and ‘Jukdo’ only. This argument is not convincing. That is speculation, and there is no reasonable explanation.
Innovation System of Interior Design Based on Big Data and Virtual Reality Technology

In order to overcome the disadvantages of traditional hand-painted design, such as low efficiency, cumbersome repair and low customer satisfaction, this paper proposes a new interior design innovation system based on big data and virtual reality technology. basis on this, by examining the current problems, challenges and opportunities of interior design, this paper proposes innovative solutions for the new era in three aspects: constructing virtual architectural spaces using virtual reality technology, realizing customers' personalized needs using dynamic design elements, and providing customers with interactive spatial experiences. The results show that the innovation system can fundamentally solve the problems of traditional interior design methods, and has high feasibility.
Improving students’ reading comprehension through question answer relationship (QAR) strategy at the first grade on SMAN 3 Kotabumi

The aims of this research are to find out whether there is a significant difference of students’ reading comprehension at the first grade of SMAN 3 Kotabumi before and after the implementation of QAR strategy and to investigate which aspect of reading comprehension improves the most after the implementation of QAR strategy. This research was a quantitative research which used a one group pre-test and post-test design. This research was conducted on January 17th to February 21st 2020 in which the population was the first grade of SMAN 3 Kotabumi. The sample of this research was class X MIPA 4 which consisted of 30 students. The data was analyzed by using Repeated Measure T-Test in which the criteria of accepted hypothesis were p &lt; 0.05, and t-value &gt; t-table. The result of this research showed that there was a significant difference of students’ reading comprehension after the implementation of QAR strategy. It can be seen from the students’ mean scores of pre-test and post-test which improves from 63.44 to 71.22 in which the gain was 7.78. The statistical analysis also revealed that t-value was higher than t-table (19.341 &gt; 2.04523) with the significant level of 0.000. Besides that, the researcher also finds that making inference the aspect of reading comprehension which improves the most and the lowest was understanding vocabulary. It can be concluded that QAR strategy can be applied to improve students’ reading comprehension ability and all aspects of reading comprehension can be integrated using QAR strategy.
Higher accuracy of light sectioning method using wide-field laser microscope

The light sectioning method is a method of measuring the shape of an object by projecting a band-shaped light onto the object to be measured and analyzing the distorted band-shaped light according to the unevenness of the object. This method is widely used in the engineering industry because the measurement principle based on triangulation is suitable for 3D measurement. The band-shaped light that spreads in one direction can be easily created with a rod lens, etc., but the measurement accuracy is limited to about several tens of micrometers due to moderate quality of the band-shaped light. The wide-field view laser microscope we have developed is able to scan a laser beam, focused up to a few micrometers in diameter, in one direction to form a high-precision band-shaped light that is suitable for the light sectioning method. Thus, in this study, we experimentally investigated how much the measurement accuracy of the light sectioning method can be improved by using a wide-field view laser microscope. It was found that the measurement accuracy was improved to a few micrometers.
A Study on Improving Accuracy of Analytical Approximators by Machine Learning with Active Learning

The machine learning approximator of the simulation output has a large error when the training data is small because the training data is discrete. Therefore, we thought that the accuracy could be improved by additional learning based on the concept of active learning. In response to this, we added learning points to the middle points of the neighboring tents of the learning points with large errors, but so far we have only been able to derive points that improve the accuracy by about 70%. In this study, we found that by recognizing the shape of the learned approximator as a distribution of curvature, we can propose an appropriate additional training point with a probability of 90%, which is expected to improve the accuracy.
Study on the Spatial Radiation Characteristic by Adjusting the Violin Sound Post

Violins were invented in the 16th century in Italy, many methods of manufacturing and adjusting have been developed. Certain violins are highly valued from a cultural perspective as well as for their high sound quality. However, Violin repairers have carried on techniques that have largely been transmitted verbally from generation to generation, so there is a little detailed documentation. Much research has been done to elucidate manufacturing technology and materials used for these valuable violins. This study aims to support the passing down of certain techniques from an acoustic engineering perspective. Many elements defining the timbre, but this study will be focusing on the sound post and the bridge. By clarifying the relationship of adjusting the sound post to the Spatial Radiation Characteristic, we will estimate the ideal position of the sound post and attempt to present the results in the form of a graph.
Modelling higher education environment based on knowledge system transfer between instructor and learners using genetic algorithm

Performance of a teacher in classroom evaluates via feedback from students, assignment and exam. Traditionally, the performance of teachers in classrooms evaluate by administrators. However, the administrators never evaluate teacher performance by considering factors such as subject, experience, and student's performance, which influence student learning and performance in assignment and exams. In this paper, we evaluate the performance of teachers based on student's assignment and term exam results via genetic algorithm. The Genetic algorithm adjusts the weightage of student's performance in the assignment and terms exam with respect to various factors such as syllabus difficulty level and preparation time for term exams. The study was conducted for BCA course second-year students of total 50 in number. From the proposed teacher evaluation, the relation between teacher knowledge and student performance at the various level are analysed and suggests certain parameter must be considered in the evaluation for exact teacher's performance more accurately.
Smart Security Algorithm: Ensured Confidentiality and Integrity

The main aim of this paper is to provide confidentiality, integrity to the message. It Encrypts the message when it is passing from the sender side to the receiver side. If we take the Caesar cipher it is weak against the brute force attack, dictionary attack but this algorithm is stronger against the brute-force attack and dictionary attack. It has both private and public key encryption which is unlikely for other encryption algorithms like hill cipher, play fair cipher etc. Some Encryption algorithms will prone to be attacked with man-in-the-middle attack but this will be overcome with using hash code concept. This proposal encrypts the message with the novel algorithm at the client side and does the counterpart at the server side. Algorithm implemented using python programming and proves our algorithm is stronger against brute force and dictionary attacks.
Driver Monitoring for the Electric Wheelchair Using Image Data Processing

In recent years, the number of productions of electric wheelchairs has been increasing. With this increase, the possibility of accidents is likely to increase. In response to this, it is necessary to create a safety system for electric wheelchair users. Therefore, we consider driver measurement for electric wheelchair users, referring to driver monitoring system (DMS) of automobiles. Like a general DMS, we created a system for fatigued driving, and used image processing to predict the driver’s fatigue level. In the experiment, a camera attached to the wheelchair takes a video of the riding situation, and this video is processed by the proposed system. We verified the comparison between the normal state and a pseudo dozing state in which driver’s eyes intentionally closed. As a result, some subjects were identified these states, while others were not.
A topic-enhanced recurrent autoencoder model for sentiment analysis of short texts

This paper presents a topic-enhanced recurrent autoencoder model to improve the accuracy of sentiment classification of short texts. First, the concept of recurrent autoencoder is proposed to tackle the problems in recursive autoencoder including 'increasing in computation complexity' and 'ignoring the natural word order'. Then, the recurrent autoencoder model is enhanced with the topic and sentiment information generated by joint sentiment-topic (JST) model. Besides, in order to identify the negations and ironies in short texts, sentiment lexicon is utilised to add feature dimensions for sentence representations. Experiments are performed to determine the feasibility and effectiveness of the model. Compared with recursive autoencoder model, the classification accuracy of our model is improved by about 7.7%.
Development of an STM32 Microprocessor System for Automatic Continuous Remote Temperature Control in an Intensive Flow of People

This article discusses the fundamental principles of non-contact temperature measurement, technical solutions that translate them into practice in order to automate temperature control and improve the current epidemiological situation in the world in connection with coronavirus infection, as well as a proposal for a new technical solution that is more affordable, which will increase coverage of the use of automatic systems for monitoring the body temperature of people in public places, and a description of the following steps for its implementation.
The Interior Design of Smart Home Based on the BIM Model of the Structure

BIM technology has been introduced to China for many years, and has been rapidly developed in recent years. Some super-large design institutions are one step ahead with advanced awareness and resource advantages in the exploration of BIM technology, and have improved their core competitiveness and new business areas. In the field of expansion, there are achievements, but in the field of smart home interior design, there is a lack of real understanding and in-depth research on BIM applications. The research topic of this article is the research on the smart home interior design based on the BIM model of the structure. First, a brief introduction to the BIM technology is made, then the parameterized model, basic road network and algorithm selection are established, and finally the influencing factors and efficiency evaluation of the BIM application Carried out an analysis and reached relevant conclusions.
Automatic recommendation of user interface examples for mobile app development

It is an efficient development practice for user interface (UI) developers to exploit some examples for their reference. We propose an approach for automatic recommendation of UI examples for mobile app development. We first introduce a search engine for UI components of mobile applications based on their descriptions, graphical views and source code. From the search results, an algorithm, density-based clustering with maximum intra-cluster distance (DBCMID), is proposed to automatically recommend examples. The comparison between the recommended examples using our approach and existing summarised examples shows that for 83.33% summarised examples, there are completely/partly matched examples in our recommended results. In addition, 39 new valuable examples are found based on the search results of six queries.