Reviewerly/exHarmony huggingface dataset:
Comparative of the Supply Chain and Block Chains to Increase the Country Revenues via Virtual Tax Transactions and Replacing Future of Money

As a consensus network, Bitcoin enables new payment systems and money that are entirely digital or can be interpreted as a virtual currency that uses open source user-to-peer network systems. It offers easier way of payment without the need for a bank account, credit card or intermediary. Bitcoin is cash stored in a computer that can be used to replace cash in an online sale transaction. Therefore, this study aims to investigate how to maximize the opportunities that allow Bitcoin in contributing for Indonesia tax revenue and also, the respond to the growing issues of virtual money transactions in the world. This study uses Literature study method based on some previous research and scientific journals that discuss about Bitcoin as a means of payment in sale and purchase transactions. The results of this study Bitcoin transaction tax still needs to be addressed is the absence of Legal Basis and legislation on legality of Bitcoin as a recognized payment instrument in Indonesia. This study can helps the Indonesian governments for creating a guidelines to adjust the regulation of virtual transactions, which have already been created and implemented in other countries and have a positive impact on the country's economy in addition to being one of the sources of increasing state tax revenues.
Proof-of-Possession Tokens for OAuth Using JWS HTTP Signatures

This document describes a method of generating and validating proof-of-possession tokens for use with OAuth 2.0. The required proof isprovided via a JSON Web Signature (JWS) representing a signature of aminimal subset of elements from the HTTP request.
Control of students' autonomous learning in competency-based teaching of mathematics

Federal State Educational Standards of Higher Education have designated a reorientation from the subject-knowledge education model to the competency-based one, when the goal is to develop students' personal and professional features with an emphasis on their autonomous learning. Universality and generality of requirements for the results of studying the bachelor’s programme in Pedagogical Education does not exclude, but assumes the subject’s orientation of the competencies formulated when implementing specific areas of training. This requires rethinking the functionality of all components of the training system, including the contents. It is the very aspect that remains insufficiently revealed for competency-based teaching of mathematics. The vector of a significant part of studies is directed towards the search for effective educational technologies. Meanwhile, continuity in nurturing competencies requires considering professional orientation on teaching-learning the subject. Reviewing mathematical contents is also vital as the proportion of students’ autonomous learning is getting increased. The article substantiates the role and significance of mathematical contents in arranging control of students' autonomous learning. Keeping in mind the priority of control’s teaching function, it is proposed to make up tasks that contribute to assessing not only knowledge, but also experiential and motivational components of competences.
Frontline employees automated social presence (ASP) cocreation orientation

New technologies are transforming the nature of service experiences and relational dynamics between service providers, frontline employees (FLEs) and customers. Such technologies are both pervasive and invasive and create opportunities and challenges for users and beneficiaries. The perception of some technologies such as robots, as having an automated social presence (ASP), is likely to have a significant impact on service experiences.
LSC-Tomball: Library Research Guides: Music: Find Print Books

You can check out the text books / CDs on Reserves for 2 hours at a time to use them inside the library.
IMPLEMENTASI ALGORITMA PAILLIER CRYPTOSYSTEM PENGAMANAN CITRA DIGITAL PADA APLIKASI CHAT

Chat application allows easily users to exchange information in the form of text, images, video and audio. Information that is distributed can be either confidential or not confidential. However, at this time there is often attack on to information that is communicated through communication media such as chat, so that it is possible for other people to misuse the information. The use of algorithms from cryptographic techniques in securing distributed information. This research discusses how to use the cryptosystem pailler algorithm to secure digital images that are distributed through chat applications. This algorithm is very resistant to solving because n-residue class calculations are believed to be very difficult to compute, so as to maintain the security of images distributed through chat applications.Keywords: Cryptography, Paillier Cryptosystem, Chatting, Digital Image, Communication
O discurso do Design da Informação: um estudo a partir do CIDI | Information Design discourse: a CIDI-based study

Este artigo discute e analisa, conforme a abordagem dos Estudos Discursivos em Design, três textos publicados no Congresso Internacional de Design da Informação – em sua trilha História e Teoria, e nos artigos selecionados para publicação na revista InfoDesign – entre os anos de 2013 e 2017. Partindo da teoria pós-estruturalista de Michel Foucault, os discursos expressados e sustentados pelos trabalhos – selecionados através de uma Revisão Bibliográfica Sistemática simplificada – são discutidos com o intuito de sinalizar a existência de uma rede discursiva que, ao mesmo tempo, sustenta e permite a existência do Design da Informação enquanto campo do conhecimento.*****In the present article three works published in the International Congress of Information Design between the years of 2013 and 2017, specially selected from its ‘History and Theory’ thread and amongst the articles selected for publication in the InfoDesign journal, are discussed under the light of Design Discursive Studies. Based on the poststructuralist contextualization of Michel Foucault, the discourses expressed and sustained by these works, which were selected by a simplified Systematic Literature Review, are discussed as means for the existence of a discursive network that, at the same time, enables the existence of Information Design as a field of knowledge.
Improved algorithms for clustering with outliers

Clustering is a fundamental problem in unsupervised learning. In many real-world applications, the to-be-clustered data often contains various types of noises and thus needs to be removed from the learning process. To address this issue, we consider in this paper two variants of such clustering problems, called k-median with m outliers and k-means with m outliers. Existing techniques for both problems either incur relatively large approximation ratios or can only efficiently deal with a small number of outliers. In this paper, we present improved solution to each of them for the case where k is a fixed number and m could be quite large. Particularly, we gave the first PTAS for the k-median problem with outliers in Euclidean space R^d for possibly high m and d. Our algorithm runs in O(nd((1/epsilon)(k+m))^(k/epsilon)^O(1)) time, which considerably improves the previous result (with running time O(nd(m+k)^O(m+k) + (1/epsilon)k log n)^O(1))) given by [Feldman and Schulman, SODA 2012]. For the k-means with outliers problem, we introduce a (6+epsilon)-approximation algorithm for general metric space with running time O(n(beta (1/epsilon)(k+m))^k) for some constant beta>1. Our algorithm first uses the k-means++ technique to sample O((1/epsilon)(k+m)) points from input and then select the k centers from them. Compared to the more involving existing techniques, our algorithms are much simpler, i.e., using only random sampling, and achieving better performance ratios.
An OpenMP-Based Algorithm for Multi-Nodes Computational of Super-Resolution

Abstract A new common OpenMP based parallel programming method MPMC (multi-node paralleling model base on multiprocessor devices) is proposed and implemented for data separation based to accelerate Super-Resolution (SR) task. PanguOS, a common parallel programming system designed with MPMC, is deployed with Secure Shell (SSH) to control devices and Secure Copy (SCP) to transmit the data stream on Ubuntu 16.04, and it has a good performance for SR task with remote sensing images. Experiments with images from geostationary-orbit earth observing satellite GaoFen(GF)-4, the method proposed can achieve almost 2.95 times acceleration at PanguOS, deployed with 3 Jetson TX2s, than a single Jetson TX2.
Runtime Revision of Norms and Sanctions Based on Agent Preferences.

To fulfill the overall objectives of a multiagent system, the behavior of individual agents should be controlled and coordinated. Runtime norm enforcement is one way to do so without over-constraining the agents' autonomy. Due to the dynamicity and uncertainty of the environment, however, it is hard to specify norms that, when enforced, will fulfill the system-level objectives in every operating context. In this paper, we propose a mechanism for the automated revision of norms by altering their sanctions, based on the data monitored during the system execution and on some knowledge about the agents' preferences. We use a Bayesian Network to learn at runtime the relationship between the obedience/violation of a norm and the achievement of the system objectives. We propose two heuristic strategies that explore the updated Bayesian Network and automatically revise the sanction of an enforced norm. An evaluation of our heuristics using a traffic simulator shows that our mechanisms outperform uninformed heuristics in terms of convergence speed.
Mapping Geological Structures in Ilbisil Area, Kajiado County Using Remote Sensing Techniques

This project is all about the applications of remote sensing techniques in mapping the geological structures in Ilbisil area, Kajiado county.Lineament mapping constitute a very important process in the field of Geology and Earth Sciences.Much of the exploration work, mapping and the exploitation of natural resources including oil and gas, ground water and other hydrocarbons rely on a thorough understanding of the geological structures within an area and the ability to interpret the result from analysis before the exploitation process begins.This increases success rates while reducing cost and time associated with geophysical surveys.Understanding structures is the key to interpreting crustal movements that have shaped the present terrain.Geological structures play an important role in mineral and hydrocarbon exploration and potential hazard identification and monitoring.Structures can also indicate potential locations of oil and gas reserves by characterizing both the underlying subsurface geometry of rock units and the amount of crustal deformation and stress experienced in a certain locale.Remote sensing has the advantage of covering a huge area while data about features at different frequencies recorded in different spectral bands which can be exploited to obtain information about the structural geology of the area.The area of study is characterized by dense forest vegetation with bushes and thickets with difficult access, scarcity and discontinuity of the available outcrops.Geological and structural mapping therefore in this type of environment is difficult, time consuming, expensive and even dangerous and sometimes dangerous.All these factors constitute a major problem for the accurate geological mapping in the area.This study attempts to employ the use of modern satellites technology in trying to map the near surface structures and to compare and update the existing structural and geological maps.Satellite imagery have a synoptic view of the earth's surface and therefore it is possible to acquire data in inaccessible and in huge areas.The objective of this study is to map the geological structures in Kajiado area using remote sensing techniques.The expected output is to show how the mapping method integrating remote sensing technology is useful for accurate interpretation of geological structures by designing a geodatabase for structural mapping and also to document a methodology for structural mapping using remote sensing technology.The methods to be used in this study include Pan sharpening and image sub-setting, Principal component analysis, Band ratios and combinations, Spatial filtering, Sobel filtering, Edge enhancement and Geodatabase scheme.The materials include; Landsat 8, DEM/ SRTM, Topographical and geological maps and Satellite imagery.
Research on Implementation Method of Fuzzy Logic Control Based on MCU

Abstract Fuzzy control belongs to the category of intelligent control, which has outstanding control advantages for more complex systems. Firstly, based on Matlab sltank fuzzy control system, a data extraction model has been established in this paper. By running the model, a number table can be obtained. Secondly, the number table is embedded into the two-dimensional lookup table module, and the C code is generated by real time workshop (RTW) function. Finally, the interpolation principle analysis is carried out, and the interpolation algorithm of two-dimensional lookup table is embedded into the MCU for testing. The real-time test results show that the interpolation result of the MCU is consistent with the off-line simulation result, and the real-time control of the MCU can be guaranteed.
PRINTED MASS MEDIA TO IMPROVE READING SKILL OF JUNIOR HIGH SCHOOL DARUL FIKR ANDONG

Reading is an important skill to help people learn from human knowledge and experience. Through reading, knowledge has greatly contributed to the growth of mankind. The aims of the study are as the following: (1) To identify whether the use of Printed Mass Media can improve the students’ reading skill at the Eight Grade of SMP DARUL FIKR Andong in 2017/2018 Academic Year., (2) To describe what happens when Printed Mass Media is applied at Eight Grade of SMP DARUL FIKR Andong in 2017/2018 Academic Year. The research was carried out at SMP Darul Fikr Andong. It was conducted from September until October 2017. The subject of the research was grade VIII-A students of SMP Darul Fikr Andong in 2017/2018 academic year. The research was carried out in 2 cycles of action. Each cycle consisted of: planning the action, implementing the action, observing, reflecting, and revising the plan. In collecting the data, the researcher used tests and non-tests. The tests consisted of pre-test and post-test. While non-tests were divided into three types: they were observation, interview and field note. To analyze the data, the researcher used qualitative  and  quantitative  data.  The  qualitative  data,  he  used  Strauss  and  Glesser  in Moleong analysis that consisted of data reduction, categorization, synthesis, stating action hypothesis.To  analyze  the  quantitative  data,  the  researcher  used  mean  score  and  t -test formula. The results of the research show that  printed  mass  media can  improve students’ reading skill of the students at grade VIII-A of SMP DarulFikrAndong. The improvements can be seen from the students’ reading achievements. Themean score results was pre-test (49. 1), post-test 1 (51. 1), and post-test 2 (74. 4). Then t-test value of cycle one is 0,33 and the t- test value of cycle two is 0,32. Based on the finding, the researcher concludes that Printed Mass Media is an appropriate media to improve students’ reading skill. Keywords :Printed Mass Media, Reading Skill,Classroom Action Research.
PERBANDINGAN METODE MD4 DAN SHA 384 UNTUK MENDETEKSI ORISINALITAS CITRA DIGITAL

Cryptography is used to protect the contents of information from anyone except those who have the authority or secret key to open information that has been encoded. Along with the development of technology and computers, the increase in computer crime has also increased, especially in image manipulation. There are many ways that people use to manipulate images that have a detrimental effect on others. The originality of a digital image is the authenticity of the image in terms of colors, shapes, objects and information without the slightest change from the other party. Nowadays many digital images circulating on the internet have been manipulated and even images have been used for material fraud in the competition, so we need a method that can detect the image is genuine or fake. In this study, the authors used the MD4 and SHA-384 methods to detect the originality of digital images, by using this method an image of doubtful authenticity can be found out that the image is authentic or fake.Keywords: Originality, Image, MD4 and SHA-384
Aktieprediktion med neurala nätverk : En jämförelse av statistiska modeller, neurala nätverk och kombinerade neurala nätverk

This study is about prediction of the stockmarket through a comparison of neural networks and statistical models. The study aims to improve the accuracy of stock prediction. Much of the research ma ...
Implementasi Pelayanan Administrasi Kependudukan Desa Kalimanah Wetan Purbalingga Berbasis Online

Implementation of Population Administration Services in the Village of Kalimanah Wetan Purbalingga is still done manually. In the processing of data population is still conventional with a data collection system that is now felt there are still many shortcomings that occur, because the existing system still uses sheets of paper so that it can cause existing data easily lost or damaged. The system development in the form of a web-based Population Service system in Kalimanah Wetan Village is a system that provides information on population data and web- based letter printing services, so as to help speed and quality in delivering information and simplify correspondence printing services to be more effective and efficient. In this system, the web can only be accessed by users, namely citizens and administrators. The method used in developing this system is SDLC (System Development Life Cycle) with the waterfall process model. In this study, besides describing the theoretical study that is used as the basis of the preparation, it will also be discussed regarding system design and the making of Population Services web. So that it is expected to be implemented in a product that will correct any shortcomings in the old system.
Collaborative Broadcast in O(log log n) Rounds.

We consider the multihop broadcasting problem for $n$ nodes placed uniformly at random in a disk and investigate the number of hops required to transmit a signal from the central node to all other nodes under three communication models: Unit-Disk-Graph (UDG), Signal-to-Noise-Ratio (SNR), and the wave superposition model of multiple input/multiple output (MIMO). In the MIMO model, informed nodes cooperate to produce a stronger superposed signal. We do not consider the problem of transmitting a full message nor do we consider interference. In each round, the informed senders try to deliver to other nodes the required signal strength such that the received signal can be distinguished from the noise. We assume sufficiently high node density $\rho= \Omega(\log n)$. In the unit-disk graph model, broadcasting needs $O(\sqrt{n/\rho})$ rounds. In the other models, we use an Expanding Disk Broadcasting Algorithm, where in a round only triggered nodes within a certain distance from the initiator node contribute to the broadcasting operation. This algorithm achieves a broadcast in only $O(\frac{\log n}{\log \rho})$ rounds in the SNR-model. Adapted to the MIMO model, it broadcasts within $O(\log \log n - \log \log \rho)$ rounds. All bounds are asymptotically tight and hold with high probability, i.e. $1- n^{-O(1)}$.
Leading Through Transitions and Turbulence: An Oral History with Executive Vice Chancellor R. Michael Tanner

Author(s): Reti, Irene H. | Abstract: In 1971, Robert Michael Tanner [R. Michael Tanner] arrived at the University of California, Santa Cruz as a young assistant professor, joining what was then a fledgling computer and information sciences board [department]. Attracted to UCSC by its focus on undergraduate education and interdisciplinary study, and by the beauty of the campus’s natural landscape, Tanner was hired by the legendary provost of Cowell College, Jasper Rose. Tanner remained at UC Santa Cruz until 2002; in his more than thirty years on the campus he served in a myriad of leadership roles. His first administrative position was as chair of the Committee on Admissions, Financial Aid, and Relations with Schools, working with Dean of Admissions Richard Moll during UCSC’s enrollment crisis of the 1970s and early 1980s. He later chaired the Computer and Information Sciences (1981-1988) board and the Academic Senate Committee on Educational Policy (1985-1987), where he focused on reviewing UCSC’s Narrative Evaluation System and the campus’s general education requirements. This oral history, conducted as part of the Regional History Project’s University History Series, provides Tanner’s unique perspective on thirty years of UCSC’s history from the vantage point of these diverse administrative positions, as well as a member of the computer and information science faculty and of Cowell College, where he served as a residential preceptor in the 1970s. After many years of dedicated teaching, in 1988-89 Tanner entered UCSC’s senior administration, serving first as acting dean of natural sciences from 1988-19, and then as academic vice chancellor from 1989-1992 and executive vice chancellor (a position which he was the first to occupy) from 1992-1998. In the early 1990s, Tanner played a key role in helping UCSC cope with a major budget crisis. During those years he worked with three chancellors: Chancellor Robert Stevens, Chancellor Karl Pister, and finally Chancellor M.R.C. Greenwood. In this oral history, he offers his firsthand impressions of these three very different campus leaders.One of the most substantial contributions of this oral history is Tanner’s incisive thoughts on UC Santa Cruz as an experimental and unique institution of higher education. He shares insightful reflections on how Dean McHenry’s centralized decision making structure during the early years of the campus impacted the campus as it began to grow; on UCSC’s innovative college system; and on the campus’s Narrative Evaluation System. Another valuable contribution of this narrative is Tanner’s on-the-ground perspectives on the development of Silicon Valley and UC Santa Cruz’s relationship with the technology industry.
MODEL DETERMINISTIK DINAMIKA PENYEBARAN PENYAKIT CAMPAK

It has been done a research to get deterministic model of measles spread dynamic and predict some conditions of population. The research is focused on theory Markov process usage in measles diseases spread model with differential equation. The appropriate model to describe the measles diseases spread dynamic on average of large scale population that count on latent period is deterministic model SEIR (Susceptible, Exposed, Infectious, Recovery). The model could interact between population, susceptible in time t (St), Exposed in time t (Et), Infectious in time t (It) and Recovery in time t (Rt). To find out the counting of population number in each condition and each time period it is used matrix Markov A times with population condition score of prior condition. To get the counting in end of period of model (  ) used matrix   times to prior condition count by mean of Matlab. So it could be thought that the bigger reproduction number the faster the population to steady condition.