Reviewerly/exHarmony huggingface dataset:
Phenomenological Understanding of Child Well-being Encounter Big Data Universe

이 연구는 발달, 놀이경험, 겨육 등의 아동 생활세계에서의 교육적 경험을 중심으로 아동 참살이를 바로 보기 위한 연구이다. 이를 위해 학술 빅데이터 분석을 통해 전문가들의 아동참살이에 대한 이해에 기반하여 경헝론의 관점에서 아동참살이의 본연의 모습을 드러내고자 하였다. 연구결과 학술빅데이터 분석에서는 아동참살이와 관련하여 활동, 신체, 정서, 주관, 심리 등의 심리학적 주제어가 높은 빈도로 집중연결을 나타냈다. 반성적 태도전회로 참 잘 살고 있는 아동은 성인과 구분되는 타자로, 미숙한 발달되어야 하는 존재로 굴절시켜 성인의 통제와 개입을 정당화 하여, 개별 존재의 고유함으로 실존하는 아동의 본래성을 훼손하고 있다고 지적하였다. 테크놀로지의 현대사회에서의 인간소외는 표상의 세계에서의 주관적 표상을 상실한 개인을 의미하는 것으로 아동이 경험하는 고유한 개별 존재의 주관적 표상, 더 나아가 타자와의 윤리에 기반한 대화를 통한 표상의 융합으로의 약진으로, 아동 존재의 고유한 삶의 영토를 확장시켜 아동참살이를 실현 할 수 있도록 해야하겠다. 마지막으로 인류와 사회는 훗설의 ‘사랑의 공동체’ 지향으로 현대문명사회의 위기극복은 물론 아동참살이와 인류공영의 이념적 토대를 마련해야 함을 논의하였다.For the empirical understanding of child slavery, we analyzed academic big data and examined the dynamics of child and environment experience for child slavery from an empirical point of view. In this study, we investigate major themes and concepts by collecting large data data of scholarly data, focusing on related topic data, analyzing keywords and networks, and examining themes and concepts of Hume and Dewey. saw. As a result, the main themes for child survivors were development, play, and education. The essence of this empirical approach was a continuous process of extended circulation of play experience based on child freedom . In addition to the human environment for the experience of child abduction and the physical environment, it means an extension of the process of extraterrestrial circulation to others and their own societies and the world beyond the expansion of their own existence. We discussed the theoretical and philosophical foundation as well as the importance of practice.
Smart Musical Instruments

This chapter aims to provide sound designers with theoretical principles and practical skills to understand and develop new musical instruments featuring intelligent sensing and Internet connectivity, the so-called smart musical instruments (SMIs). After reviewing related works on augmented instruments and networked music performance systems, we describe the key concepts related to smart musical instruments which combine (i) sensing/actuating, (ii) artificial intelligence enabling proactivity and context awareness properties, (iii) network connectivity, and (iv) interoperability. By appropriate use of sensor technology and embedded systems, it is possible to turn a traditional musical instrument into a smart musical instrument or design a new interface for musical expression from scratch that can react and adapt to performers’ gestures and context in programmable ways.
STUDENTS’ PERCEPTION ON THE CONTRIBUTION OF LITERATURE IN READING AND WRITING SKILLS

For language learners, being skilled in all part of the language is priority. In order to have those skills, many ways are done by the learners. Not only the method of study, have some other fields of study also given a contribution to the learning process.  Literature, as one of the fields, has a lot of contributions to the language elements and skills.  All part of listening, speaking, reading and writing, including vocabulary and grammar are much contributed through studying literature. In this study, the writer was interested in conducting a deep discussion about the students’ perception on the contribution of literature in reading and writing skills. The sample of this study was 52 English Department students who had taken literature courses. The data were taken by distributing them opened-questionnaires consist of some questions about the contribution of literature in reading and writing skills which are related to their own experiences. The result shows that 8% of the students stated that literature gave a significant contribution to their writing skill only, and 25 % of them agreed that literature gave a significant contribution to their reading skill only, and 67% of them agreed that literature gave a significant contribution to both of their reading and writing skill as well. Keywords: students’ perception, literature, reading and writing skills
LibGuides: University of Vaasa writing guidelines: Images, figures, tables, and examples

The guidelines contain instructions about the layout and contents of theses and other written assignments as well as instructions on how to refer to source literature and other material used in the work.
Tarzan and His Mate, Tarzan ja valkoinen nainen (1934)

Ohjaus: Cedric Gibbons (USA, 1934). Arvostelu: Jari Mustonen. Vapaus viidakossa ei ole vain Tarzanin. Tarzan and His Mate toi...
PENGARUH TEKNOLOGI INFORMASI, TEKNIK AUDIT, TEKANAN ANGGARAN WAKTU TERHADAP KUALITAS HASIL AUDIT

This research examines the effect of information technology, the application of audit techniques and time budget pressures on the quality of audit results at KAP offices in Makassar. The research objective was to see the level of influence of information technology, the application of audit techniques and time budget pressures on the quality of audit results. The study was conducted at 9 KAP offices in Makassar, 40 Auditor's research samples. Data collection techniques were carried out with a questionnaire with a scale value of 5. Data analysis using multiple regression analysis. From the results of information technology research has a positive and significant effect on the quality of audit results. the application of audit techniques has a positive and significant effect on the quality of audit results. time budget pressure has a positive and significant effect on the quality of audit results.
A educação patrimonial como instrumento de reconhecimento e valorização do patrimônio cultural e informacional da Biblioteca Pública Benedito Leite de São Luís, Maranhão

Investigation that aims to analyze the role of Patrimonial Education in the protection, recognition and appreciation of Benedito Leite Public Library (BLPL). It is an exploratory and descriptive study, with qualitative approach, based on the theoretical assumptions of authors as Horta, Grunberg e Monteiro (1999), Nora (1993), Choay (2006) and Flores e Perez (2013) about the Patrimonial Education allied to the reality of public libraries. It characterizes the BLPL, its history and its collection as a patrimonial institution in the city of Sao Luis, state of Maranhao. It demonstrates the Patrimonial Education as a methodology that enables the identification of elements that explain the changes made in the individual, collective, cultural patrimonial perception and in people’s lifestyle, which the preservation and appreciation is necessary. It reveals the relation between the patrimony hosted in the BLPL and the society, materialized in educational actions that raise patrimonial awareness and reconstruct the identity of the population of Maranhao. It reinforces the importance of interdisciplinary work of the professional librarian, in the protection and conservation of the collection, aiming its dissemination for the future generations. It highlights the need for the integration of history, memory and cultural patrimony as keystones for the reconstruction of identity and patrimonial awareness about the BLPL in the state of Maranhao.
Optimisation of robot navigation decision making using Artificial Intelligence (AI) techniques.

Optimisation of robot navigation decision making using Artificial Intelligence (AI) techniques.
Challenges and Measures for Information Security Practices: A Literature Review on Systemic and Idiosyncratic Aspects

Information security is becoming a key organizational concern in light of increasingly demanding regulations, customers’ apprehension, and, significant operational risks. The information security practices of employees are pivotal for preventing, detecting, and responding to security incidents. This paper is synthesizing the insights from prior research based on a systematic literature review that explores challenges related to information security practices in organizations and the ways these challenges are managed to avoid security breaches. Four general challenges are identified: (1) security rules and procedures, (2) individual and personal risks, (3) culture and security awareness, and (4) organizational and power relations. To manage these challenges, three types of measures are prominent: measures related to training and awareness, measures related to organizational support, measures related to rewards and penalties. These measures aim to enhance systemic capabilities and to adapt security mechanisms to the idiosyncratic characteristics of organizations.
Larkin Library: Library Partnerships (i.e.SEFLIN): Library Partnerships and Consortia

This page provides information regarding the partnerships and agreements we have with other libraries in our local area,
Efficient MPC via Program Analysis: A Framework for Efficient Optimal Mixing.

Multi-party computation (MPC) protocols have been extensively optimized in an effort to bring this technology to practice, which has already started bearing fruits. The choice of which MPC protocol to use depends on the computation we are trying to perform. Protocol mixing is an effective black-box ---with respect to the MPC protocols---approach to optimize performance. Despite, however, considerable progress in the recent years existing works are heuristic and either give no guarantee or require an exponential (brute-force) search to find the optimal assignment, a problem which was conjectured to be NP hard. We provide a theoretically founded approach to optimal (MPC) protocol assignment, i.e., optimal mixing, and prove that under mild and natural assumptions, the problem is tractable both in theory and in practice for computing best two-out-of-three combinations. Concretely, for the case of two protocols, we utilize program analysis techniques---which we tailor to MPC---to define a new integer program, which we term the Optimal Protocol Assignment (in short, OPA) problem whose solution is the optimal (mixed) protocol assignment for these two protocols. Most importantly, we prove that the solution to the linear program corresponding to the relaxation of OPA is integral, and hence is also a solution to OPA. Since linear programming can be efficiently solved, this yields the first efficient protocol mixer. We showcase the quality of our OPA solver by applying it to standard benchmarks from the mixing literature. Our OPA solver can be applied on any two-out-of-three protocol combinations to obtain a best two-out-of-three protocol assignment.
Selfie?s Reflections on Formal Verification for Transport Layer Security 1.3: Largely Opaque

Selfie is a new attack on Transport Layer Security (TLS) 1.3 that was published recently<sup>1</sup> by researchers Nir Drucker and Shay Gueron.
An Exploratory Study of the Information Security Awareness of Business School Students in UAE

The objective of this paper is to understand the status of information security awareness among business school students in the Middle East. Based on the literature review, the authors developed a questionnaire to understand the attitude of business college students about information security. Universities and companies, especially in the Middle East, can identify the awareness level of students. This is an ongoing work and needs a better understanding of how future-leaders of business look at this serious issue. Besides universities, firms must, therefore, manage these concerns and opportunities promptly. Overall, the empirical results show that the impact of technology and awareness coefficients is insignificant while students are comfortable answering technology and fraud related issues.
국립 청소년 수련시설의 건축계획에 관한 연구

This study focused on various cultural experience programs that utilize the culture and exhibition space of the National Youth Center, and is conducted through a case study analysis of domestic and foreign marine cultural experience facilities for young people. To summarize the contents of the case analysis, cultural and exhibition facilities focused on youth in each country are currently providing various experiences in education and culture through various experience activities as well as exhibition functions. However, in Korea, teenagers are subject to many restrictions on leisure cultural activities due to the importance of learning-oriented school life. Under these circumstances, youth cultural facilities should be able to develop and share basic building space composition and operating programs through specialization with diverse cultural bases, including local nature, and provide diverse cultural activities of high quality to future youth.
Authentication protocol based on collective quantum steering

It is well known that certain quantum correlations like quantum steering exhibit a monogamous relationship. In this paper, we exploit the asymmetric nature of quantum steering and show that there exist states which exhibit a polygamous correlation, known as collective correlation [He and Reid, Phys. Rev. Lett. 111, 250403 (2013)], where the state of one party, Alice, can be steered only by the joint effort of the other two parties, Bob and Charlie. As an example, we explicitly single out a particular set of three qubit states which exhibit this polygamous relationship, known as collective steerability. We provide a recipe to identify the complete set of such states. We also provide a possible application of such states to an information theoretic task, termed as quantum key authentication (QKA) protocol. QKA can also be used in conjunction with other well-known cryptography protocols to improve their security, and we provide one such example with quantum private comparison.
Duluth at SemEval-2019 Task 4: The Pioquinto Manterola Hyperpartisan News Detector

This paper describes the Pioquinto Manterola Hyperpartisan News Detector, which participated in SemEval-2019 Task 4. Hyperpartisan news is highly polarized and takes a very biased or one–sided view of a particular story. We developed two variants of our system, the more successful was a Logistic Regression classifier based on unigram features. This was our official entry in the task, and it placed 23rd of 42 participating teams. Our second variant was a Convolutional Neural Network that did not perform as well.
Nonces are Noticed: AEAD Revisited.

We draw attention to a gap between theory and usage of nonce-based symmetric encryption, under which the way the former treats nonces can result in violation of privacy in the latter. We bridge the gap with a new treatment of nonce-based symmetric encryption that modifies the syntax (decryption no longer takes a nonce), upgrades the security goal (asking that not just messages, but also nonces, be hidden) and gives simple, efficient schemes conforming to the new definitions. We investigate both basic security (holding when nonces are not reused) and advanced security (misuse resistance, providing best-possible guarantees when nonces are reused).
Security in the Presence of Key Reuse: Context-Separable Interfaces and their Applications.

Key separation is often difficult to enforce in practice. While key reuse can be catastrophic for security, we know of a number of cryptographic schemes for which it is provably safe. But existing formal models, such as the notions of joint security (Haber-Pinkas, CCS ’01) and agility (Acar et al., EUROCRYPT ’10), do not address the full range of key-reuse attacks—in particular, those that break the abstraction of the scheme, or exploit protocol interactions at a higher level of abstraction. This work attends to these vectors by focusing on two key elements: the game that codifies the scheme under attack, as well as its intended adversarial model; and the underlying interface that exposes secret key operations for use by the game. Our main security experiment considers the implications of using an interface (in practice, the API of a software library or a hardware platform such as TPM) to realize the scheme specified by the game when the interface is shared with other unspecified, insecure, or even malicious applications. After building up a definitional framework, we apply it to the analysis of two real-world schemes: the EdDSA signature algorithm and the Noise protocol framework. Both provide some degree of context separability, a design pattern for interfaces and their applications that aids in the deployment of secure protocols.
How Data Can Introduce Biases

An old adage is "garbage in, garbage out," suggesting that if you feed garbage data into even the fanciest algorithm, you will end up with garbage as output. The same could be said about biases. In this chapter, we will review the many ways deficient data can introduce biases into an algorithm. As you will see, some of these issues can be addressed by the data scientist; other issues actually need to be addressed by the individuals who in one way or the other generate the data (e.g., an insurance underwriter processing applications or a programmer updating a webpage).
On Round Optimal Statistical Zero Knowledge Arguments.

We construct the first three message statistical zero knowledge arguments for all of NP, matching the known lower bound. We do so based on keyless multi-collision resistant hash functions and the Learning with Errors assumption—the same assumptions used to obtain round optimal computational zero knowledge.
Royal Dutch Shell and Spinoza (or Interventions in Amsterdam’s Most Influential Institution).

Royal Dutch Shell and Spinoza(or, Interventions in Amsterdam’s most influential institution)This action-paper seeks to position ‘Live Art’ and ‘Applied Theatre’ practices (especially onfossil fuel based international conglomerates) as a mode of critically affirmative,internationalist intervention. The practice of the Forgotten Futures and the City (a Liverpool,UK based intervention into dementia care) and The Institute for the Art and Practice ofDissent at Home (a Liverpool based intervention into the ‘cultures of capitalism’) will cometogether to understand how ‘forgetting’ and ‘remembering’ could be utilised as radical acts ofintervention against Royal Dutch Shell – with a little help from Baruch Spinoza.From a canal barge in full view of the headquarters of Royal Dutch Shell in Amsterdam Bay -a dialogue between Forgotten Futures and the City and The Institute for the Art and Practiceof Dissent at Home will take place. Topics will include dementia, applied theatre, live art andthe multiple failures of intervention into what is arguably the world’s most powerfullyinstitutionalised ‘norm’ – the fossil fuel industry, and possibly the world’s most pressinganatomical degenerative condition dementia.This action will be streamed live at the conference (via social media) and will last for 20:19(twenty minutes and nineteen seconds). Building on the work of Platform and theirforthcoming publication Crude Britannia (Marriott & McAlistar, Pluto 2019), we seek todemonstrate the affirmative potential of intervention as a slow burning, renewable processwhich depends on responsibly resourced energy levels from its authors. In other words,interventions probably don’t work well if they burn too quickly – at least in this instance.
SURVEY : CRYPTOGRAPHY OPTIMIZATION ALGORITHMS

With the advent of e-commerce, it has become extremely essential to tackle the sensitive issues of affording data security, especially in the ever-blooming open network environment of the modern era. The encrypting technologies of the time-honored cryptography are generally employed to shelter data safety extensively. The term ‘cryptography’ refers to the process of safeguarding the secret data against access by unscrupulous persons in scenarios where it is humanly impossible to furnish physical protection. It deals with the methods which convert the data between intelligible and unintelligible forms by encryption/decryption functions with the management of key(s). Nowadays cryptographic key management issues that arise due to the distributed nature of IT resources, as well the distributed nature of their control. Recently these issues are solved by optimization algorithms utilized in the cryptographic algorithms. The purpose of this paper is to give a survey of optimal cryptographic keys that can be developed with the help of optimization algorithms, and to address their merits to the real-worldscenarios. Abstract With the advent of e-commerce, it has become extremely essential to tackle the sensitive issues of affording data security, especially in the ever-blooming open network environment of the modern era. The encrypting technologies of the time-honored cryptography are generally employed to shelter data safety extensively. The term ‘cryptography’ refers to the process of safeguarding the secret data against access by unscrupulous persons in scenarios where it is humanly impossible to furnish physical protection. It deals with the methods which convert the data between intelligible and unintelligible forms by encryption/decryption functions with the management of key(s). Nowadays cryptographic key management issues that arise due to the distributed nature of IT resources, as well the distributed nature of their control. Recently these issues are solved by optimization algorithms utilized in the cryptographic algorithms. The purpose of this paper is to give a survey of optimal cryptographic keys that can be developed with the help of optimization algorithms, and to address their merits to the real-worldscenarios. Keywords: Cryptography; Encryption; Decryption; Key Management; Optimization algorithm;
Louise H. Kellogg (1959–2019)

Louise Kellogg, an influential solid Earth geodynamicist and leader of the geoscience community, passed away in April.
Automatic Optimal Thresholding Using Generalized Fuzzy Entropies and Genetic Algorithm

The use of fuzzy entropy for image segmentation is one of the most popular methods, which is used today. In a classical fuzzy entropy, using a fuzzy complement with an equilibrium point of 0.5 is a limitation, which reduces the chances of obtaining an optimal result. We use generalized fuzzy entropy phrases in this paper, which uses fuzzy complements of Sugeno and Yager, and corresponds the equilibrium point to the m parameter (0<m<1), and increases the chance of finding the optimal threshold. So, we will have many pictures depending on the points of balance, and by the genetic algorithm, we choose the best decision among them. The effect of this method have considered in medical images to find the brain tumors. Results have shown that the use of generalized fuzzy entropy and the genetic algorithm can greatly be used to find the optimal threshold. Presented method is very effective for reducing the number of intensity levels. Problems may cause images with height amount of unwanted information which is saved to the expanse of subjective more important information.
Evolutionary ant colony algorithm using firefly-based transition for solving vehicle routing problems

In this paper, we propose an evolutionary optimisation algorithm which adapts the advantages of ant colony optimisation, firefly optimisation algorithms and simulated annealing to solve vehicle routing problem and its variants. Firefly optimisation (FA) along with simulated annealing tries to avoid local optima stagnation of ant colony optimisation. Whereas multi-modal nature of FA helps in exploring the search space, pheromone shaking avoids the stagnation of pheromone deposit on the exploited paths. This is expected to improve the working of ant colony system (ACS). Performance of the proposed algorithm has been compared with the performance of some of other available meta-heuristic approaches currently being used for solving vehicle routing problems on some benchmark problems. Results show the consistency of the proposed approach. Moreover, its convergence rate is also faster and the obtained solutions are closer to optimal as compared to solutions obtained using certain other existing meta-heuristic approaches in use. The results also demonstrate the effectiveness of the presented algorithm over other existing FA-based algorithms for solving vehicle routing problems.