Reviewerly/exHarmony huggingface dataset:
Designing Digital Nudges for Sustainable Travel Decisions

Tourism is an important force for sustainable development in many countries. It provides millions of jobs which, for some countries, entails an increased gross domestic product (GDP). Unfortunately ...
13.4 ACCEPTABILITY AND FEASIBILITY OF MOBILE DEVICES FOR HEALTH (MHEALTH) PLATFORMS TO INCREASE ENGAGEMENT AND RETENTION AMONG COMMERCIALLY SEXUALLY EXPLOITED YOUTH

Mobile devices for health (mHealth) have been demonstrated as efficacious, low-cost ways of reaching underserved populations to engage them in and/or deliver quality care. The goals of the current study were to: 1) gauge the feasibility and acceptability of an mHealth tool for justice-involved youth with histories of commercial sexual exploitation (CSE); 2) understand if and how youth currently use mobile phones for health-related information; and 3) identify potential gaps in treatment adherence that could be mitigated by mHealth to increase engagement.
A Proposed Measurement for Video Quality of Experience

Technological development in the last years leads to increase the access speed in the networks that allow a huge number of users watching videos online.The Quality of Experience (QoE) Knowledge of services that provide from the network is a very critical matter to have a strong design of multimedia streaming networks.This paper provides a video streaming QoE prediction metric that does not require any information on the reference video.The proposed system extract numbers of features from videos that used to train the neural network and finally prediction the QoE value.Verify models prediction using 10-fold cross-validation that in a regular way split dataset (training set and test set) with multiple percentages.The proposed system verifies the best result.
Report of the ALCTS Collection Evaluation &amp; Assessment Interest Group Meeting. American Library Association Midwinter Meeting, Seattle, January 2019

The Association for Library Collections & Technical Services (ALCTS) Collection Evaluation and Assessment Interest Group (IG) serves as a forum for discussion about collection evaluation issues, me...
The Digital Age: Bridging the Communication Gap Between Digital Natives and Digital Immigrants

The global explosion of the rudiments of Information and Communications Technology (ICT) and the appeal it enjoys among the young presents a huge challenge to folks of yester years. An erstwhile analog method of acquiring information and sharing same has continued to linger in the heads and hearts of those who belong to the older generation which unsurprisingly irritates the youth of today. This study â€œThe Digital Age: Bridging the Communication Gap between Digital Natives and Digital Immigrantsâ€ employed the qualitative method to access the seeming clash between what Marc Prensky designates as â€œDigital Nativesâ€ and â€œDigital Immigrantsâ€ by adopting a proposed Digitus Nativo-Immigrantes ICT Theory as theoretical framework. The researcher discovered the challenge of being media-savvy, language and content barrier and generational difference as clogs in the wheel of progress in terms of finding a nexus between â€œdigital nativesâ€ and â€œdigital immigrants.â€ It proposed being in touch with modern technology, creation of balance regarding language and content as well as attempting to bridge the general gap between the two groups as possible ways out of the seeming quagmire. The paper concluded that with the right methods and disposition, it is possible to bridge the lacuna between â€œDigital Nativesâ€ and â€œDigital Immigrantsâ€ in the classroom and beyond.
Plasmonic Quantum Walk in Gold Strip Parallel Waveguides

Quantum walks (QWs) simulate particle behaviors in the quantum mechanical regime, which exhibit time evolutions completely different from the classical (probabilistic) random works [1]. QWs offer quantum physical simulations and the novel approach to build quantum computers. Currently on-chip photonic devices implementing QWs have been intensively developed. QW photonic chips were realized using photonic circuits based on silica (SiO <sub xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">2</sub> ) waveguide platforms [1,2]. Here, we demonstrate a QW chip based on the other waveguide platform, namely the long-range surface plasmon polariton (LR-SPP) waveguide [3]. The LR-SPP waveguide allows a single-polarization mode, and has relatively low optical losses. Moreover, the LR-SPP waveguide platform will realize two-dimensional waveguide lattice structures with a high reliability. Thus, the LR-SPP waveguide is the potential platform to construct large-scale and high-dimension QW simulators.
동화를 활용한 통합적 유아발레교육 프로그램 개발

With today’s enhanced importance of arts education based on humanistic thinking ability and creativity, there are constant needs of development of integrated educational program improving imagination, creativity, expression capacity and power of delivery. This study aims to develop an integrated pre-ballet program based on diverse forms and content of children’s stories capable of inspiring preschool children aged 6-7, attracting their attention and arousing their interests. For the purpose of this, the present program intended to consider developmental features of children and educate in connection with their real life, in order to encourage children to have an open mind and stimulate their curiosity and inquiring mind based on the motif of fanciful, lyrical and didactic features of children’s stories imbued with innocence of children.First, the purpose of this program lies in encouraging children to experience the land of children’s stories from the past to the present through dancing, after considering three characteristics of educational implications of ‘space’, ‘encounter’ and ‘hope’ based on multiple intelligence theory by means of children’s story, and constituting the areas of writing (movement and composition), speaking (creation and expression) and reading (presentation and appreciation) with body.Second, teaching-learning plan is composed of 14 sessions and is conducted in order of 1) warming up - expressing with body, 2) understanding the children’s stories, 3) experience- expressing through dance, 4) performance- explaining and 5) communication. In other words, this program contributes to giving children spirit of challenge and courage towards a new future, by writing with body in the space, communicating with friends while talking about their feelings and ideas, making a presentation of dance based on a newly created story and giving them some reflective time.Third, the instruction method must not only arouse humanistic imagination of children’s story through ballet movement but also help children understand the principle of storytelling. Moreover, this instruction can give children an opportunity of newly recognizing the world of children’s stories and showing interest in it, by expressing their own story through learning literary phenomena and scientific knowledge with their own body and making and applying media.In conclusion, the developed integrated pre-ballet program will contribute to developing creative sensitivity, rational critical power and healthy social skills for problem-solving of real life scenes, by inviting children to naturally observe scientific knowledge and principles of children’s stories and experience the process of asking questions, discussing and creating through the body movement.
A Study on Improvement Plan of Korean Geospatial Information Education Systems for Developing Countries

The government officials of developing countries such as Cambodia that has not made its own map have been dispatched to Korea every year to learn advanced geospatial information of the Republic of Korea. This fact means that the international demands in geospatial information education have been increasing. The purpose of this study was to propose the improvement plan of educational policy to more systematically share experience and transmit technologies of Korean geospatial information for developing countries. It derived implications through analyzing the current status of geospatial education in Korea and overseas for developing countries. In addition, the survey of satisfaction level for the trainees who had finished the training course of the NGII (National Geographic Information) in cooperation with KOICA (KOrea International Cooperation Agency) was performed to elicit major issues in geospatial education for developing countries. Based on this analysis, this study suggested three strategies such as improvements of the education curriculum, the construction of education infrastructure facilities and the development of education service platform. It was judged that the results of the study could be contributed in not only enhancing the status of Korea as donor country of OECD members but also supporting expansion of overseas markets of Korean geospatial information industry.
Effectiveness Guided Discovery Learning Model With Macromedia Flash Animation Toward Misconception Decreation

This study aimed to understand the effectiveness of Guided Discovery Learning model with macro media flash animation to decrease misconception.This study is a quantitative research using quasi-experimental design with the control group and experimental group as the sample.The sampling technique employed was cluster random sampling.Collecting data used four-tier test.The data analysis result based on the independent sample t-test showed value 0,00<0,05.The result of the N-Gain score analysis in experiment group showed 0,49 and the N-Gain score in the control group is 0,30, both of the scores were in the low category.It can be concluded that learning activity using guided discovery learning model with macro media flash animation can be better to decrease student misconception, although of both of learning model in experiment and control group included to the scientific approach.Macromedia flash animation used in the experiment class can support learning process and understanding concept.
High Numerical Aperture Aberration Compensation Enabled by an Artificial Neural Network

The determination of phase aberrations is essential to ensure diffraction limited performance in optical imaging and three-dimensional laser fabrication [1]. It is especially crucial as the photonics community transitions from microscopy to nanoscopy and from microfabrication to nanofabrication. However, the determination of phase aberrations is often a highly parallel and nonlinear problem that necessitates specialist equipment, intensive computation, or prolonged iteration.
LibGuides: ENC1102 Powley OER: Hollywood

Resources for Dr. Tammy Powley's English Composition II open educational resource course at Indian River State College.
A Survey on Spread Spectrum Methods for Image Watermarking in Noisy Environment

Digital photos have a crucial role each in normal of living applications like resonance imaging, television, portable computer picturing, optical character recognition , Universal Product Code reader, Watermarking still as in areas of analysis and technology like geographical information systems and natural science. Watermarking is basically the maneuver of passing information, noted as a watermark, in a} very cover image. The aim of watermarking is to avoid drawing suspicion to the transmission of the watermark, whereas providing some tons of price to the covering media. Watermarking encompasses ways that during which of transmitting secret messages through innocuous cowl carriers in such the only technique that the really existence of the embedded messages is undetectable. inventive ways that within which are devised among the activity technique to cut back the visible detection of the embedded messages. Spectrum technique below discrete wavelet transform (DWT) Domain. Watermarking theme quality is set by transparency and capability.
A SURVEY ON THE DATA MINING TECHNIQUES USED FOR BREAST CANCER PREDICTIONS

Breast cancer has become a major cause of death for women in the world.The most effective way to reduce the rate of death caused by breast cancer is early detection.In the last few years, there has been an increase in the usage of data mining techniques on medical data, to discover useful patterns or trends that are used in analysis, diagnosis and decision making.Data mining algorithms, when used appropriately, are efficient in improving the quality of prediction, diagnosis and disease classification.In this paper we present an overview of the data mining techniques used for the classification of medical data and also highlight some related works in breast cancer predictions, using a table to compare the results obtained from the classifications.
High-quality Parameters Estimation for Noisy Motion Blurred Image Restoration

A new scheme with high performance and anti-noise capability is presented for restoring a noisy motion blurred image. The Fuzzy method based on local mean square error and mathematical morphology algorithms are utilized to deal with power spectrum of the image, and the empirical formula is offered for estimating the parameters and the method for defining the morphological template. Then the angle accurately via Radon transform can be obtained. Experiments show that motion blur angle, motion blur length and the variance of image have a nonlinear function relationship. So, the 3D surface is formed by the three factors and it fits the polynomial expression. Then, the length fast can be estimated via the expression. At last, this paper carries out simulations to validate the proposed scheme on blurred images with different motion parameters and different noise. Results show that it can estimate the motion parameters more efficiently and accurately than counterparts even in a strong noisy environment.
Penerapan QR Code dan Vigenere Cipher Dalam Sistem Pelaporan Juru Parkir Ilegal

The number of illegal parking attendants creates problems around us, especially the losses received by the regional government. Parking money that should have contributed to regional income, but because of the presence of illegal parking attendants did not make the slightest contribution to the local government. Another problem is that the parking attendant often gives tariffs outside the normal tariff, so that the people are harmed. Therefore, with the development of current technology, it can help the public to report the illegal parking attendants, the system created in this study provides a solution where the parking lot business card will be given a QR Code marker, the public can scan the QR Code on the id card the parking attendant. If the parking attendant is indicated to be illegal, the public can report it directly using the application on their smart phone. In addition, the information contained in the QR Code is encrypted using vigenere cipher cryptography, it is intended that the information is guaranteed authentic and cannot be falsified by certain parties that aim to take advantage. Keywords: QR Code, Parking Attendant, Smart Phone, Cryptography, Vigenere Cipher
People Counting System with H_mk Segmentation in Dense Crowd Views

Crowd People counting in dense crowd scenes is a difficult task due to various appearance, perspective distortions and severe occlusions. Most of the previous works degrade the performance due to illuminations, and inter-class variations. The more the performance result increased, the more accurate the foreground segment need to have. To avoid these issues, this proposed work contributes an H_mk segmentation algorithm for accurate foreground segmentation. This work also proposes an effective people counting framework by using mean subtraction background estimation for clear background, H_mk segmentation and deep convolutional neural network (CNN) that exactly estimates the person number. Performance results are evaluated on challenging crowd counting dataset that gets the significant performance than the previous works.
Corpora and Processing Tools for Non-Standard Contemporary and Diachronic Balkan Slavic

The paper describes three corpora of different varieties of BS that are currently being developed with the goal of providing data for the analysis of the diatopic and diachronic variation in non-standard Balkan Slavic.The corpora includes spoken materials from Torlak, Macedonian dialects, as well as the manuscripts of pre-standardized Bulgarian.Apart from the texts, tools for PoS annotation and lemmatization for all varieties are being created, as well as syntactic parsing for Torlak and Bulgarian varieties.The corpora are built using a unified methodology, relying on the pest practices and state-of-the-art methods from the field.The uniform methodology allows the contrastive analysis of the data from different varieties.The corpora under construction can be considered a crucial contribution to the linguistic research on the languages in the Balkans as they provide the lacking data needed for the studies of linguistic variation in the Balkan Slavic, and enable the comparison of the said varieties with other neighbouring languages.
Del Internet al aula y de regreso: hacia una aplicación memética del proceso educativo

espanolEn el proceso de educar, se intenta ensenar a los alumnos memes que son deseables que transmitan. Con el uso de Internet, se puede llevar al aula imemes que pueden complementar el proceso de educacion formal al apreciarse, al analizarse o al modificarse de manera que se relacionen con los temas de clase. Del mismo modo, se puede usar la clase para que los alumnos adquieran una mejor apreciacion sobre la informacion en Internet, de manera que puedan filtrar mejor, asi como buscar expresiones que sean afines a sus intereses personales y de beneficio para su comportamiento fuera del aula. De esta forma, se aprovecha el caracter ludico de los fenomenos en Internet para complementar la educacion y la experiencia en la red. EnglishIn the educational process process, we try to teach memes that are desirable to transmit. With internet use, imemes can be taken into the classroom as a process of formal education if they are appreciated, analyzed or modified in a way that relates them to the subjects in class. In the same way, the class can be used for the students to get a better appreciation about the information on the internet, so they could filter and search for expressions that are related to their personal interests and useful for their behavior out of the classroom. Hence, it can be taken advantage of the ludic nature of the phenomena on the internet to complement education and the experience on the web.
Development of Guided Inquiry Models on Cooperative Learning Using Vocational School Materials LKS

This study aims to develop a guided inquiry model in cooperative learning using the vocational school of Science.The data of this study are the results of the validation of the validator and the results of the trial analyzed with descriptive qualitative and quantitative techniques.The results of the validation showed that the development worksheet was in the good category.Process skills improve so it can be said that the developed worksheet is feasible and effective.
A mobile application with augmented reality in exploring the natural environment of Hong Kong

This paper introduces a mobile educational application using Augmented Reality (AR) called N-Trail for primary students to explore the natural environment of Hong Kong. Students studying in the primary schools in Hong Kong do not have many chances to go for a field trip in the nature parks. It will be beneficial for the students to learn outside of the classroom and explore the beauty of the nature. With the use of N-Trail, primary students can explore the Hong Kong natural environment effectively. N-Trail can provide the nearby flowering plants with the Global Positioning System (GPS) function. Students can take pictures for recognition of different flowering species. The augmented reality model in N-Trail can simulate the growth of the flowering plants. Students can learn more about the flower and insect species found in Hong Kong. User evaluation revealed that N-Trail is a useful and effective tool for primary students to explore the natural environment in Hong Kong.
Research on Video Encryption and Privacy Protection in Cloud Monitoring System Based on H.264

: Cloud monitoring technology is an important maintenance and management tool for cloud platforms.Cloud monitoring system is a kind of network monitoring service, monitoring technology and monitoring platform based on Internet. At present, the monitoring system is changed from the local monitoring to cloud monitoring, with the flexibility and convenience improved, but also exposed more security issues. Cloud video may be intercepted or changed in the transmission process. Most of the existing encryption algorithms have defects in real-time and security. Aiming at the current security problems of cloud video surveillance, this paper proposes a new video encryption algorithm based on H.264 standard. By using the advanced FMO mechanism, the related macro blocks can be driven into different Slice. The encryption algorithm proposed in this paper can encrypt the whole video content by encrypting the FMO sub images. The method has high real-time performance, and the encryption process can be executed in parallel with the coding process. The algorithm can also be combined with traditional scrambling algorithm, further improve the video encryption effect. The algorithm selects the encrypted part of the video data, which reducing the amount of data to be encrypted. Thus reducing the computational complexity of the encryption system, with faster encryption speed, improve real-time and security, suitable for transfer through mobile multimedia and wireless multimedia network.
A Power-aware Scheduling Algorithm in Multi-tenant IaaS Clouds

With the rise and development of cloud computing technology, more and more individuals and companies are hosting applications to cloud servers. Thanks to the strong support of virtualization technology, the development of cloud computing technology has become faster. Virtualization technology can isolate the user from the underlying physical hardware and generate virtual machines of various configurations for the user. However, as a basic unit for cloud users, virtual machine scheduling algorithms have become a research hotspot in academia and industry. In the existing research, most of the virtual machine scheduling algorithms are aimed at simplifying or satisfying user requirements. However, with the further expansion of the cloud cluster size and the increase of multi-tenant parallel tasks, the existing virtual machine scheduling algorithm can not meet the current requirements. In this paper, according to the characteristics of virtual machine and physical machine, a new virtual machine scheduling algorithm is proposed: Maximum Filling (MF) Algorithm, which can improve the scheduling efficiency of virtual machines and reduce the usage of physical machines in cloud clusters. Finally, the effect of the algorithm is compared. The proposed algorithm is obviously better than the comparison algorithm.
Towards a Suburban Quantum Network Link

The concept of quantum repeaters paves the way towards a scalable quantum network, which is essential for large scale quantum communication and distributed quantum computing. The basis of a quantum network is entanglement between separated quantum memories. One of the current experimental challenges is to achieve entanglement over long distances.