Reviewerly/exHarmony huggingface dataset:
Современный дискурс архивоведения научно-технических документов

Archival science of scientific and technical documents is considered from the standpoint of existing research, pedagogical and methodological practices. Historiographical aspects of the formation of the discipline “Archival science of scientific and technical documents” are designated. The author formulates the definition of the concept “Archival science of scientific and technical documents” and describes it as a system of scientific knowledge that studies the theory, history, methodology and organization of activities for the preservation and use of scientific and technical documentation as a source on the history of science and technology. The author has developed a periodization of archival scientific knowledge of scientific and technical documents, since the 1970s of the XX century. The author’s historiographic review of the materials of the round tables of the RSUH “Problem 2000” is given, which reflects the movement of the vector of the problems of archival science of scientific and technical documents from 2000 to 2007: new approaches to the completion of scientific and technical documentation; technology of preservation of especially valuable documents; innovative directions of teaching disciplines related to scientific and technical documents; legal aspects of scientific and technical archives; economic history and the formation of business archives; socio-cultural aspects of the use of scientific and technical documents; virtual exhibitions of archival scientific and technical documents in the electronic information environment. The main directions of development of archival science of scientific and technical documents as an object of scientific research, teaching and organizational and methodological activity are outlined.
Type-2 fuzzy logic based pitch angle controller for fixed speed wind energy system

In this paper, an interval Type-2 fuzzy logic based pitch angle controller is proposed for fixed speed wind energy system (WES) to maintain the aerodynamic power at its rated value. The pitch angle reference is generated by the proposed controller which can compensate the non-linear characteristics of the pitch angle to the wind speed. The presence of third dimension in the Type-2 fuzzy logic controller (FLC) membership function offers an additional degree-of-freedom in the design of the Type-2 FLC controller to improve the system performance. The applicability of the proposed controller is evaluated by considering a nonlinear simulation model of the WES which is developed and implemented using OPAL-RT real time digital simulator. The results show that the proposed controller offers better performance than the conventional PI and fuzzy logic controllers.
Dynamic Virtual Machine Migration using Ratio-based Method

Cloud computing provides various services over the internet and its increasing day by day. Given the growing demands of cloud services, it requires a lot of computing resources to meet customer needs. So, the addition of energy consumption through cloud computing resources will increase day by day and become a key obstacle in the cloud environment. In cloud computing, data centers consume more energy and additionally release carbon dioxide into the atmosphere. To reduce energy consumption through the cloud datacenter, energy-efficient resource management is required. In this paper a specific technique for performing virtual machines through datacenter is given. Our goal is to reduce power consumption on the datacenter by reducing the host running in the cloud datacenter. To reduce power consumption, schedule the incoming task such a way that all the resources like ram, cpu(mips) and bandwidth utilize in equal weightage. Then after if any host is over utilized then migrate one or more vm from that host to another host as well as if any host is underutilize then migrate running vm of that host and switch off the under loaded host to save energy.
Integration Mechanism of Information Literacy Education and Professional Course Teaching in Higher Vocational Education

Information literacy, as a necessary condition for lifelong learning and knowledge innovation, has become the focus of attention in the educational circles. This paper explores the design, implementation, assessment and analysis of information literacy and professional curriculum integration, and puts forward suggestions for improvement and future research directions.
Developing experimental techniques for detecting composite failure modes and fatigue crack growth in an metallic aircraft panel

Aircraft structural integrity of both metallic and composite structures is underpinned by reliable predictions of the formation and growth of damage and the strength in the presence of damage in primary structure under operational conditions. In order to model this behaviour, obtaining detailed and representative experimental evidence of typical damage and damage growth is vital. This paper examines two evolving experimental techniques for gathering high fidelity information of this type. First, strain fields near the tips of fatigue cracks in an integrally stiffened aircraft metallic wing panel were studied in-situ using 3D digital image correlation. The objective was to see if the evolution of the strain field ahead of a crack tip could be monitored during spectrum fatigue crack growth testing and to see if measurable increases in strain could be detected before fatigue cracking became visible. Secondly, an ultra-high-speed camera was used to monitor composite specimen failure modes, in real-time, at rates of up to two million frames per second. The objective was to capture images detailing the mode and sequence of composite failure events and at sufficient image resolution to allow for full field strain data image processing. The experimental techniques developed in this study are an innovative application of sensor technologies with the potential to improving composite and metallic structure lifing predations and modelling with a corresponding sustainment benefit for current and future Australian Defence Force aircraft fleets.
Gesture Motion Interpretation Using CW Radar for H2M Communication

Human to Machine (H2M) communication is an interaction between people and device in order to solve a certain given task. This communication can be used for people with disabilities who get problems due to their limitation. Continous Wave (CW) radar can recognize human body movements or in this research hand gesture movement. The motion of a hand which is hit by electromagnetic wave produce doppler effect that shifts the main frequency of the radar. This paper explains the work has been simulated about the extraction of various gesture movement using CW radar. Several doppler responses in time and frequency domain has been obtained for each gesture.
H e (a) r: Of an ecological enactive perspective

An audio paper on H e (a) r; a soundscape connected to ecology, acoustics and embodiment, drawing on encounters and what happens in the connection. A fluctuation between hear-here-her*-her. Originating in a work for the ensemble Nordic Affect’s concert at Nordic Music Days 2016, the piece has now been developed into both a quadrophonic and stereo version of H e (a) r (2017/18). The work has been released on Nordic Affect’s album on the Sono Luminus label.This audio paper unpacks the work’s compositional process as well as curatorial strategies, which link to my PhD research project’s ecological-enactive trajectory, including its socio-political backdrop.The audio paper references H e (a) r in its album version. It also includes Nordic Affect’s performance of Mirjam Tally’s Warm life at the foot of the iceberg. Other sonic material lists as follows: documentation material from H e (a) r’s workshops – field recording by Magnus Bergsson of a crawling glacier - field recording by Halla Steinunn Stefansdottir for a sonic prototype stereo sketch for Davið Brynjar Franzson’s An Urban Environment as an English Garden (2019) – electronics from To Cairn (2018) by Halla Steinunn Stefansdottir – the performance of Akio Suzuki, Halla Steinunn Stefansdottir, Nguyen Thanh Thủy and Stefan Ostersjo of strengur (2019) by Halla Steinunn Stefansdottir - field recordings from the performance of Anders Hultqvist’s Entropic Pleasures I-III/A Shrinking Emptiness (2018), recorded within the project Tapeshavet (2018) in collaboration with Anders Hultqvist, Gunnar D. Hansson and Stefan Ostersjo.Readers in the audio paper are Halla Steinunn Stefansdottir and Elisabet Indra Ragnarsdottir.*her is the Icelandic word for here. (Less)
Thrombocytopenia as an Indicator of Malaria

Malaria remains today one of the major health problems in most parts of India with increased morbidity and mortality.Low platelet count is regularly related to malaria and has been describing by numerous workers. Thrombocytopenia is a routine characteristic of severe malaria and happens in both P. falciparum and P. vivax disease regardless of the acuteness of infection. The study was conducted in the population of Nadiyad city, and district Kheda of Gujarat state, India; from July 01, 2017 to Oct 31, 2017. The chosen target population was for a purposeful screening. The complete blood count and a blood smear were examined for malaria. A total of 250 patients were examined for malaria. 63(25.2%) patients were positive for malaria. From them 53(84.1%) were males and 10(15.8%) were females. Majority of patients were between 10 and 65. Thrombocytopenia was observed in 52 patients (82.53%). In this study group, 54 patients (85.71%) were positive for Plasmodium vivex and 9 (14.28%) patients were positive for plasmodium falciparum. It was noted that moderate thrombocytopenia has seen in malaria patients. Elevated frequency of light to acute thrombocytopenia was seen in patients suffering from malaria, and assorted as skilful as Plasmodium vivax was found to be ordinary type in these cases. Keyword: Infection, malaria, Plasmodium falciparum, Plasmodium vivex, thrmbocytopenia Cite this Article Ankita Bhatiya. Thrombocytopenia as an Indicator of Malaria. Research & Reviews: Journal of Medical Science and Technology . 2019; 8(3): 1–3p.
Detection of Outlier of Electric Power Data Based on Improved Fast Density Peak Clustering

Outlier detection is an important field in the application of electric power big data, and has an important application in depth analysis and mining of electric power data. The detection of outlier of electric power can avoid the fault, eliminate the source of interference of power quality and reduce the loss of power grid. This paper is set in the power big data, aiming at the characteristics of big data of electric power. In this paper, an improved fast density peak clustering is proposed, which introduces the idea of local outlier factor algorithm, and redefines the relative density and relative distance. The identification degree of cluster center with relatively small density in data is improved, and the accuracy of outlier detection is improved. The validity of the algorithm is proved by the simulation experiment on the outlier detection of the load data from an oil company.
SecureLink: When Growth Happens Faster Than a Wink

SecureLink was founded in Belgium in 2003. In 2008, the three co-founders acquired ownership and moved the company to Sliedricht, the Netherlands. They realized early on that the industry was based on the mantra ‘Eat or get eaten’ and set out an ambitious plan for growth. In 2014, a new CFO was hired to further formalize the structure and processes of the organisation as it continued growing rapidly. By 2016, 3 cybersecurity firms were acquired and the number of employees went from 140 to 650. In 2018, a new CEO was appointed.
WT-DCT domain based image watermarking technique using SVM

Digital watermarking technique can be utilized for the protection of digital images from unauthorized use and distribution. In this paper a robust image watermarking technique has been developed based on the combination of discrete wavelet transform (DWT) and discrete cosine transform (DCT). To achieve the improved robustness under various attack conditions, support vector machine (SVM) has been incorporated during watermark extraction. The 3-level DWT transformed DCT coefficients are modified to insert a particular binary watermark bit in the host image. The watermarking system provides an average imperceptibility of around 42.45 dB over 300 images. The algorithm also offers improved robustness against different types attacks including both geometrical and non-geometrical attacks. The imperceptibility has been observed in terms of peak signal to noise ration (PSNR) while robustness is carried out using normalized cross-correlation (NC) and bit error rate (BER). Experimental observation suggests that the developed technique may be suitable for the copyright protection applications of digital images.
Testing VR headset cameras for capturing written content

Virtual reality (VR) has become an important tool for providing immersive and collaborative teleprensence experiences. The technology has the possibility of bringing people in different geographical places together in an immersive way and makes sharing knowledge, ideas and experience easier. An important evolution in the immersive experience is the introduction of items from the real world into the virtual environment and the creation of a mixed reality experience. We present a pilot study in the use of the built-in head mounted display (HMD) cameras, for capturing parts of the environment and presenting them in VR. Particular emphasis is put on capturing physical written content on flat surfaces and visualizing it in VR for sharing with other users. We test the HTC Vive and Valve Index cameras and compare them to two external solutions by applying optical character recognition (OCR) on captured and rectified images from them. We demonstrate that the Valve Index camera has the potential to be used for capturing readable text for use in shared VR.
Enterprise Information Security in the Process of Informatization

With the development of economic globalization and informatization, enterprises have realized efficient production and office work, and communication and contact among enterprises have been increased. But at the same time, the problem of information security has become more serious. Many enterprises are attaching importance to information security Many countries have listed information security into their national laws. Based on the analysis of the current situation and trend of information security and information countermeasure technology, this paper puts forward opinions for enterprises to deal with information security risks, and puts forward the solutions for security protection of enterprise information. Finally, this paper puts forward the prospect for enterprise information security. And enterprises should solve information security problems ideologically and technologically.
Research on Operation State Assessment of Electric Power Composite Insulator Based on Visual Deep Learning and 3D E-field Simulation Technology

Typical composite insulators are widely used in the electric power system, including the composite insulators for the transmission lines, the composite pillar insulators for substations and the hollow composite insulators of transformer bushing. The composite insulators have different operating environment and surface E-field distribution characteristics, so it is urgent to make reasonable evaluation of the operation status. Firstly, the typical composite insulators are observed by the ultraviolet and infrared imaging technology to form the database of electrical-thermal image. The original images are denoised by the wavelet imaging technology, and the image region of the composite insulators is segmented based on the clustering algorithm. The adaptive recognition of composite insulators and the matching of external contours are realized by visual depth learning. At the same time, three-dimensional modeling technology is applied to simulate the electric field distribution law of typical composite insulators, to visualize the E-field in the high field strength area of composite insulators. Finally, the post-processing results of image and the characteristics of electric field distribution are combined to form evaluation strategy of composite insulators operation status . This study has guiding significance for operation and maintenance of composite insulators used in power system.
Знакомство с формальными методами с помощью изучения системы интерактивных доказательств Coq

This article describes introducing students to formal methods using the interactive proof assistant Coq. The course is taught to fourth-year undergraduate students. Formal methods are mathematically based languages, techniques and tools for specification, development and verification of software and hardware systems. Their importance grows with the complexity of systems that are being developed. Formal methods are widely used in applications where the price of error is very high.The goals of the course include sharpening students’ skills in writing rigorous mathematical proofs, as well as demonstrating practical applications of the previous course in mathematical logic. Towards this purpose Coq is used for specification, implementation and verification of algorithms. The first part is devoted to working with topics that are familiar to students, such as arithmetic and proofs by induction; however, this is done in a much more rigorous way. The last three or four weeks are devoted to working on a group project, which consists of developing a complete specification and verification of an algorithm, such as finding maximum in a one- or two-dimensional array, checking if a number is prime or finding an integer root of an equation.Since the course length is limited due to the need to work on bachelor's thesis, the course tries to minimize nontrivial aspects of Coq. The use of complex inductive types and predicates is avoided. Arrays are modeled using functions from natural numbers rather than lists. The Curry-Howard correspondence, which is the theoretical foundation of Coq, can be described as time permits. This comparative simplicity, which is appropriate for the first introduction to formal methods, distinguishes the course from its analogs.
Remittances, Foreign Aid and Private Consumption in Sub-Saharan Africa (SSA): A System GMM Estimation

The question of whether remittances and foreign aid at the macro level impact private consumption in SSA has been explored in this study. Twenty-nine (29) SSA countries were sampled for the study from 2002 to 2017. The System Generalized Method of Moment (SGMM) estimator was applied in the study to account for the dynamics in the model. Empirical evidence showed that foreign aid and remittances exerted positive but insignificant impact on private consumption.
Tectonic Settings and Petrogenesis of Pan-African S-Type Granitoids in Anka Schist Belt, NW, Nigeria

Research into geotectonic settings of the Anka schist belt was regionally carried out by (Holt, 1982) stating that there is no evidence of significant partial melting or metasomatism.This research uses chemical data of some Pan-African granitoids within the Anka schist belt to explain the tectonic setting and petrogenesis of the S-type granitoids intruding the metasediments within the Anka schist belt.Twenty-five (25) representative samples of granitoids was analyzed for major oxides and trace elements composition.Results obtained from the chemical data was used to plot various classification diagrams.The granitoids in the study area plots within the orogenic class and the use of trace element discrimination diagrams as a means of fingerprinting the tectonic environments revealed that the granitoids ranges from syn-collision to late orogenic field.The granitoids which plotted in the syn-collision field is a characteristic of chemical affinity of syn-collision peraluminous granites with highly fractionated volcanic-arc magmas.The petrogenesis of the S-type granitoids in the study area are greywacke sourced which is largely metagreywacke and metapelitic sourced during partial melting.
Competencies on Web 2.0 skills of LIS Professionals working in Central University Libraries of South India: A Study

The purpose of this paper is to evaluate the competencies and skills of LIS Semi-professionals and Professionals of Central universities of South India in handling Web 2.0 technologies. A survey was conducted using a structured questionnaire circulated personally among 100 LIS Semi-professionals and 30 LIS Professionals in eight Central University Libraries of South India. The primary outcome of the investigation is that there exists a significant difference in Web 2.0 skills of LIS Semi-professionals and Professionals. Library Professionals responded that they have sufficient skills in social networking. Also, the study proves that there is no significant relationship between the knowledge of collaborative skills of LIS Semi-Professionals and Professionals. The originality of the study is the first of its kind dealing with the evaluation of Web 2.0 skills of LIS Semi-professionals and Professionals in central universities of South India. However the geographical area of the research was restricted to eight Central University Libraries of South India.
Semi-Supervised Generative Adversarial Model for 3D Recognition

In this paper, we focus on the issue of 3D point cloud recognition utilizing semi-supervised generative adversarial network, composed of two parts: classification net and generative adversarial net. Using the adversarial criterion, the generator learns to establish the mapping relationship from one-dimensional noise data to 3D point cloud, which can remedy the insufficient data available faced by traditional supervised methods, and the adversarial discriminator acts as a powerful 3D object descriptor to get the point cloud into the right category and eliminate the fake data brought by the generator. In order to fix the rotation problem of point cloud data and improve the recognition performance of the model, we also introduce the spatial transformation networks into the discriminator. Compared with the current supervised and unsupervised methods, the impressive experimental results we show illustrate the effectiveness of the proposed method.
pengembangan E-Market Place Pertanian Dengan Metode Prototype

The purpose of this study is to create an agricultural e-marketplace prototype. The E-Marketplace is a digitization of the conventional market where buyers and sellers make transactions in cyberspace. This research was conducted using the prototyping method. The results showed that the prototype of the agricultural e-marketplace was successfully created. Prototype testing uses a blackbox testing method which results in the conclusion that the success rate reaches 97.6%.Â Keywords: Digitization, market, prototype
Метрология систем эволюционного согласования решений и нормирование интеллектуального труда

The work outlines a new information technology for evolutionary coordination of decisions for organizing effective group work. The coordination of group work is carried out in a self-organizing way through the use of genetic algorithms. The use of the Rush model and the principle of equal pay for equal work made it possible to introduce a universal unit for measuring the intellectual complexity of a task and the intellectual strength of actors - INT and to find the dependence of these quantities on the model parameters. A technique is proposed for objectively measuring the creative abilities of actors and determining the integral assessment of the quality of the actor’s work, as well as the relative values ​​of the cost of solving problems and remuneration. The optimal number of actors was found to provide a cost-effective solution to the problem.