Reviewerly/exHarmony huggingface dataset:
Enterprise Tools for Data Forensics

Companies today face different types of cyber-crime-related attacks.There were loads of security-related problems discovered in the past couple of years -Poodle, Heartbleed, Spectre, Meltdown, Ransomware, Microsoft Exchange security problems -these are just some of the more common ones from the past couple of years.As these attacks become more prevalent, it is only a matter of time before the incident will require digital forensics investigation.Tools for data imaging, hashing, analysis, and reporting must be a part of the administrator toolkit.Many tools provide modules or toolkits.These can be applied for different functions in the forensic processes.Competencies and knowledge are often outsourced in most organizations.There will always be a demand for data forensics procedures, and it will only increase as IT develops.
Design and Implementation of FPGA-based High-speed Printing Printhead Controller

This paper presents a new FPGA-based control system for high-speed digital printing printheads. System we proposed is dedicated to freeing general-purpose processors from the heavy burden of controlling printhead, and instead using FPGA hardware acceleration to achieve a more efficient, stable control system. The main work of this paper includes: (1) changing the traditional printing image processing algorithm suitable for general-purpose processors to make it a hardware-oriented algorithm that can be executed by FPGA in parallel; (2) Splitting data processing unit and timing control unit of the system, reducing their coupling, increasing the reliability, and also bringing higher maintainability and expandability to the system. After simulation tests, our system is able to achieve the expected functions, and the upper limit of system throughput can be improved by about 8 times compared with traditional methods.
The Lode Gold Occurrence in the «Territory» of Oleg Kuvaev (North of the Chukotka Upland)

A sample of a gold-bearing quartz vein from the Upper-Ichuveem ore occurrence, discovered in the Triassic terrigenous complex in the north of the Chukotka Upland, the Oleg Kuvaev's “Territory”, had been comprehensively studied. The gross gold grade was estimated at 3–4 g / t. The vein includes quartz, native gold, sulfide-goldsilver solid solutions, alumoseladonite, aluminium-sulfate-phosphates Fe-Pb-Mg-Ca compound, apatite, pyrite, iron-titanium oxides, litharge, native phases composed of Fe (Ni), Ag-Pb-Bi, Fe-Al-PS-As, multicomponent ocher of hypergene origin. Native gold ranges from medium to fine. The vein contains particles of non-crystalline organic matter, which is close in composition of organic groups to polysaccharides. It is possible that the carbon particles found in the gold-quartz vein are of an abiogenic nature and can be compared with abiogenic condensed organelles in the products of modern volcanism. The data obtained make it possible to attribute the Upper- Ichuveem gold ore occurrence to a low-sulfide gold-quartz formation, but with additional signs of gold-silver and polymetallic formations, which can be regarded as a favorable prerequisite for prospecting and exploration in Oleg Kuvaev's «Territory» not only of gold-placer deposits, but also of lode gold deposits.
REALISTIC STRATEGY OF POP-ART VIA STRUCTURAL PSYCHOANALYSIS OF JACQUES LACAN

Pop-art challenges the boundaries of art, polemicize with the traditional idea of a valuable piece of art, not only operating its inner, objective substance, but also transforming the external cultural context – art-object becomes a subject of the art-discourse, and its utterances built in a frame of the consumer paradigm. An open integration of a piece of art into the discourses, which are conterminous to the art, permits to speak about a specific realistic quality of the artistic strategies of pop-art. The investigations of American pop-art rely heavily on the aesthetic tradition of postfreidism, foregrounding the methods of the structural psychoanalysis developed by Jacques Lacan. The present article is devoted to the research of the American pop-art realistic strategy in a dialogue with the psychical structure of a perceiving subject. The problematization of the pop-art phenomenon in focus of Lacanian theory, the main concept of which is a subject/person of language, reveals the paradoxical nature of a piece of art as a sign, which in a same time locks the circuit of signifiers and refers something beyond its limits.
Automated processing of applications for transfer and restoration to BSU

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Towards Autonomous Driving Using Vision Based Intelligent Systems

Vision Based systems have become an integral part when it comes to autonomous driving. The autonomous industry has seen a made large progress in the perception of environment as a result of the improvements done towards vision based systems. As the industry moves up the ladder of automation, safety features are coming more and more into the focus. Different safety measurements have to be taken into consideration based on different driving situations. One of the major concerns of the highest level of autonomy is to obtain the ability of understanding both internal and external situations. Most of the research made on vision based systems are focused on image processing and artificial intelligence systems like machine learning and deep learning. Due to the current generation of technology being the generation of “Connected World”, there is no lack of data any more. As a result of the introduction of internet of things, most of these connected devices are able to share and transfer data. Vision based techniques are techniques that are hugely depended on these vision based data.
Theory of high-power excitation spectra of rf-SQUID

We discuss the theory of linear and non-linear spectroscopy of an rf-SQUID coupled to a Josephson spectrometer. Recent experimental measurements on this system have shown a strongly non-linear absorption lineshape, whose current peak maximum undergoes a forward-backward bending transition depending on the value of the rf-SQUID phase. We show that this transition can be qualitatively understood by mapping the dynamics of the driven rf-SQUID onto a generalized Duffing oscillator, with tunable drive and non-linearity, undergoing a bifurcation. Finally we show that in order to quantitatively reproduce the experimental data reported in arXiv:2106.02632, it is crucial to include the feedback from the load-line, leading to an additional source of non-linearity.
FPGA Implementation of Weighted Online Sequential Extreme Learning Machine for Data Classification

To design an efficient embedded module field-programmable gate array (FPGA) plays significant role. FPGA, a high speed reconfigurable hardware platform has been used in various field of research to produce the throughput efficiently. A now-a-days artificial neural network (ANN) is the most prevalent classifier for many analytical applications. In this paper, weighted online sequential extreme learning machine (WOS-ELM) classifier is presented and implemented in hardware environment to classify the different real-world bench-mark datasets. The faster learning speed, remarkable classification accuracy, lesser hardware resources, and short-event detection time, aid the hardware implementation of WOS-ELM classifier to design an embedded module. Finally, the developed hardware architecture of the WOS-ELM classifier is implemented on a high speed reconfigurable Xilinx Virtex (ML506) FPGA board to demonstrate the feasibility, effectiveness, and robustness of WOS-ELM classifier to classify the data in real-time environment.
Theoretical and methodological direction in education services research

The main characteristics of the theoretical and methodological foundations of educational research, including the problems of internationalisation of higher education, as well as the prospects for the development of export of educational services in the national and global economy are examined.
The Effectiveness of Private and Public Blockchain Frameworks for Predicting Hypotension in Edge Computing Systems

The Smart Health care system plays a most predominant role in the current research for the integration of IoT devices with Edge Computing.Blockchain technology is used to ensure immutability of the recorded transaction.It is used to create a decentralized edge computing marketplace, without a single control point.Ethereum Framework is a distributed public Blockchain network uses consensus algorithms such as Proof of Work (PoW) and Proof of State (PoS) to reach consensus about the current state, thus ensuring immutability of data.It is used for developing open-source decentralized applications for public network communities.Certain data in healthcare information system is sensitive and it might not be revealed even to the co-peers.Integration of private Blockchain is essential for limiting the accessibility of records in certain sensitive domains like healthcare.Hyperledger Sawtooth is an enterprise, private and open source Blockchain platform to create distributed networks for enterprises.It uses Proof of Elapsed Time (PoET) as internal consensus mechanism.Both Ethereum and Sawtooth are identified and implemented with a decentralized application.Though the private and public blockchain frameworks have specific potential benefits, their working mechanisms differ from each other depending on various parameters.The system aimed at evaluating the working efficiency of private and public Blockchain networks upon implementing the predictive analysis of hypotension using Mean Arterial Pressure in Edge computing system.The system also integrates Homomorphic Encryption schemes to ensure authenticity of the patient's test report.
Augmented Reality Application with Real Object Marker of Tanah Lot Temple

Tanah Lot Temple is located in Beraban Village, Kediri District, Tabanan Regency. Tanah Lot Temple is a temple that is included in the Dang Kahyangan Temple. Tanah Lot Temple has buildings scattered in the Tanah Lot Temple Tourism Object. Not all of the buildings in Tanah Lot Temple are known by tourists. Augmented Reality is a visual technology that combines objects or virtual worlds into real-world views in real-time. This study used markerless method and was developed using the Wikitude library and supported by web hosting to store information data and building coordinate data. The system in this study runs dynamically, making it easier to manage data without modifying the program code. Augmented Reality application results with real object marker of Tanah Lot Temple are that it can display information in the form of text narrative and location points along with voice explanations for each building in Tanah Lot Temple.
Towards a broad-coverage graphemic analysis of large historical corpora

Abstract This paper presents a method which we are developing to explore graphemic variation in large historical corpora of German. Historical corpora provide an amount of data at the level of graphemics which cannot be handled exhaustively using common methods of manual evaluation. To deal with this challenge, we apply methods from computational linguistics to pave the way for a broad-coverage graph(em)ic analysis of large historical corpora. In this paper, we show how our approach can be applied to the Reference Corpus of Middle High German. Illustrating our method and linguistic analysis, we present findings from our investigations into diatopic and/or diachronic variation as documented in 13th and 14th century charters (Urkunden) from the corpus.
How to Better Identify and Mitigate Risks in Call for Tenders: Towards a Dedicated Risk Ontology

When preparing a commercial offer concerning technical systems, suppliers working in engineer to order can either make a detailed design job or just decide key solution choices. With a detailed design, if the customer accepts the offer, the supplier has a good confidence in its ability to provide a solution matching offer contents because requirements have been studied in details. With key technical choices, it is not the case, and the supplier takes the risk of not being able to provide an adequate solution because requirements have been just superficially studied. The goal of the communication is to propose and discuss the key knowledge elements in order to manage this kind of supplier risk when preparing the offer. By management we mean, according to ISO 31000, identifying, assessing and processing risk. The proposed key knowledge elements are a risk taxonomy and a risk mitigation action taxonomy. Actually, risk management relies fully on human expertise, these modeling elements will allow companies to design a knowledge-based system that can assist the human in charge and improve commercial offers quality.
Penerapan Metode Machine Learning untuk Prediksi Nasabah Potensial menggunakan Algoritma Klasifikasi Naïve Bayes

Customers are people who trust the management of their money in a bank or other financial service party to be used in banking business operations, thereby expecting a return in the form of money for their savings. To reach information to increase company profits, a method is needed to be able to provide knowledge in supporting the data that the company has. The model can be obtained by using predictive data processing of customer data that is categorized as potential or not potential. Data processing can be done using Machine Learning, namely classification techniques. This technique will produce a churn prediction model for determining the category of customers who fall into the Potential or Not Potential category and find out what accuracy value will be generated by applying the classification technique using the Naïve Bayes Algorithm. The parameters used in this study are Gender, Age, Marital Status, Dependent, Occupation, Region, Information. The data used are 150 data from customers who have participated in the savings program to find out whether the customer is in the Potential or Non-Potential category. The accuracy results generated using this data are 86.17% of the tools used by Rapidminner.
An Intelligent Method For Detecting the Rate of Poverty Level with Reference to Tuberculosis

This paper represents the factors, which is important for the prediction of the population living below the poverty level as defined by world health organization through reverse engineering. The objective of this research work is to analyze how the tuberculosis detection rate can help us to predict the people living below the poverty line. The feed-forward artificial neural network and Support vector machines used for comparison. The Authors provide physical reasons behind the startling results that we obtained. This work used data collected by the World Health Organization. The data collected consisted of 202 observations of 358 variables and out of these vast numbers of variables; we selected only six variables of interest to build the model. After removing the not available rows, we get only 75 observations out of which we use only 57 observations to build our model. Although the error was a bit high, still with only these few observations both artificial neural networks and support vector machines yielded similar results, confirming our hypothesis. This paper also compares two well-known algorithms for variable importance and finally provides a solution to the problem of poverty by fuzzy cognitive maps. Various concepts related to the economy have been used to develop this model and results are astounding, based on the results solution to the present-day problems has been proposed.
Toward a Critical Turn in Library UX

In the past decade, cataloguing and classification and information literacy have experienced a critical turn, acknowledging the political, economic, and social forces that shape complex information environments. Library user experience (UX) has yet to undergo such a transformation, however; instead, it continues to be seen as a toolkit of value-neutral approaches for evaluating and improving library services and spaces to enhance user satisfaction and engagement. Library UX draws upon ethnography but is also informed by the principles and values of usability and design. Little attention has been paid to the origins or epistemological underpinnings of UX as a construct, the ways these inform UX practice, and, ultimately, how they impact what academic libraries are and what they do. With the exception of a 2016 article by Lanclos and Asher, the relationship among corporatism, UX, and the mission and values of academic libraries has yet to be acknowledged or examined. This paper seeks to address this gap by drawing upon literature from LIS, anthropology and human computer interaction to interrogate library UX. While a handful of library UX practitioners have started to promote a more thoughtful study of individuals’ activities and needs, in the main, library UX remains a theoretically weak practice, one that sets out to solve complex problems with practical “solutions.” The failure to interrogate UX as a construct and a practice necessarily forecloses the user-centered problems we address, the tools and strategies we use, and the solutions we propose. We contend that UX would benefit from a deeper engagement with user-centered theories emerging from Library and Information Science (LIS) and critical and feminist perspectives on practice, embodiment, and power or risk perpetuating oppressive, hegemonic ideas about the academic library as a white space and its users as able-bodied.
Processo de Enfermagem à Pessoa Idosa nos Tempos de Pandemia da Covid-19: CIPE

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Restricting the fourth reading

Szabó (2010, 2011) argues that DPs in intensional contexts have specific-opaque readings, in which their determiner scopes above some intensional operator while their restrictor is nevertheless interpreted in the scope of the operator. This poses a potential problem to prominent theories of intensionality (e.g. Percus 2000, Keshet 2008) in which wide quantificational scope (specificity) implies transparency. We attempt to restrict the scope of the problem by demonstrating that an important sub-class of Szabó's examples is syntactically restricted to relativization environments, and can be generated by invoking independently motivated mechanisms for NP reconstruction into relative clauses without calling into question commonly made assumptions about intensional constructions.
Formal Specification of a Mobile Robot with Modular Architecture for Navigation in Dynamic Environment

This article discusses the organization of inter-modular information interaction in a mobile robot with a hierarchical architecture of the control system.The use of the principle of the full functionality of the modules allows real-time reconfiguration of such mobile robots and the distribution of the computational load between the modules to provide a real-time mode.The purpose of the work is to present a formal description, mathematical and computer models of the control system of a modular mobile robot, and inter-modular information interaction in the process of solving the general problem of a mobile robot.The two-level hierarchical architecture of the control system is considered, which consists of an intelligent control module, transport and sensor modules.The described robot control system provides navigation in an environment with dynamic obstacles.The functionality of the main modules of the robot and the requirements for their inter-module interfaces have been determined.An analysis of well-known methods for avoiding moving obstacles is given, which made it possible to establish the requirements for the functionality of the transport and sensor modules and their inter-module interface.The article presents the results of a computer simulation of the movement of a modular mobile robot in a dynamic environment.The specificity of the work of a modular system with a hierarchical organization of the control system is shown.A modular mobile robot is proposed to be represented as a network of intelligent agents in a multi-agent environment, the mathematical model of which can be formally described using the theory of finite automata.
Cut elimination for knowledge logic with interaction

In the article the multimodal logic Tn with central agent interaction axiom is analysed. The Hilbert type calculi is presented, then Gentzen type calculi with cut is derived and the proof of cutelimination theorem is outlined. The work shows that it is possible to construct a Gentzen type calculi without cut for this logic.
Methodologies for assigning damages in copyright litigation involving value-destroying copying

Journal Article Methodologies for assigning damages in copyright litigation involving value-destroying copying Get access Eric K Clemons, Eric K Clemons Search for other works by this author on: Oxford Academic Google Scholar Stina Teilmann-Lock Stina Teilmann-Lock *Email: stte.mpp@cbs.dk https://orcid.org/0000-0002-7487-0274 Search for other works by this author on: Oxford Academic Google Scholar Journal of Intellectual Property Law & Practice, Volume 17, Issue 2, February 2022, Pages 149–163, https://doi.org/10.1093/jiplp/jpab178 Published: 15 February 2022 Article history Received: 18 April 2021 Revision received: 07 November 2021 Editorial decision: 08 November 2021 Accepted: 30 December 2021 Published: 15 February 2022 Corrected and typeset: 03 March 2022
Multimedia Based e-Learning for Educating Children in Sindhi Language

The education system is rapidly updating with the involvement of technology. The primary education is considering the backbone of the children’s study. Normally, the children do not memories their lesson at home and they play games on mobile instead of reading. In this paper, a digital learning approach has introduced based on Sindhi primary education using mobile application. The children/students can learn easy basics of primary level like; numbers, Sindhi and English alphabets, shapes, and colors along with lessons. A digital approach is consisting of a mobile application that manages the basic learning features with an attractive user-friendly environment together with the Mp3 audio voice and high resolution of images in HD quality. The main features will be appeared on the screen by launching the application in the form of icons as ABC, اب ٻ, 123 and clicking them for further process. When single alphabetical reading task is complete, then it moves into the Arabic form of the Sindhi alphabet with the addition of Zer, Zabar, Pesh. These alphabetical characters connecting to each other for the creation of Sindhi words such as; آھي (Is) {Aahe}, آھن (Are) {Aahin}, ھُو (Who) {Hoo}and so on. The next level for children to learning, the basic lessons of Sindhi with audio and the same tasks for basic English for primary education learning. At the initial level of digital learning approach, a Sindhi textbook named “سنڌي ٻاراڻو ڪتاب” (Sindhi Childs Book) {Sindhi Barano Kitab} has been covered through this application. &nbsp