Reviewerly/exHarmony huggingface dataset:
KEMAMPUAN NUMERASI SISWA MENYELESAIKAN SOAL HOTS PADA MATERI POSISI GARIS TERHADAP LINGKARAN

This research is a Quantitative Descriptive research that aims to describe how the numeracy skills of Global Islamic Boarding School students in solving HOTS level math problems. The problems given were 3 problems. The research subjects were NS B1 XI class students as many as 9 people. Numeracy skills focus on the ability of students to analyze, give reasons and convey ideas effectively, formulate, solve, and interpret problems in various forms and this can be seen in working on HOTS level problems. The results of this study are for question number 1, the average for the first indicator is 1.33, then the second indicator has an average of 1.22, and the third indicator has an average of 1.22. For question 2, the average on the first indicator is 0.89, then on the second indicator has an average of 0.67, and on the 3rd indicator has an average of 0.33. And for the 3rd question, the average on the first indicator is 0.44, then on the second indicator has an average of 0.55, and on the 3rd indicator has an average of 0.33. The conclusion from these three questions is that the lowest numeracy ability of students in class XI NS B1 in working on HOTS questions given is their ability to interpret the results of the analysis to predict, formulate, and make decisions, it is because most of the students of XI NS B1 have not been able to interpret the results of the analysis of the questions given to predict and make decisions correctly.
Analisis dan Rancangan Sistem Informasi Sirkulasi Buku berbasis Internet of Things dalam Meningkatkan Kualitas Layanan Perpustakaan Universitas Surabaya

Accounting information system becomes an important role for a business entity both profit business entity and non profit business entity. In fact, in the operational activities of the University Surabaya’s Library on Tenggilis, the existing information systems are still not working optimally and causing various problems. The findings of researchers are relate to differences in the status of books, length ofbook search on the shelf, as well as the number of queues that are sometimes long at certain hours also vandalism. For that, we need an analysis and system design that can help solve existing problems. This study aims to determine how the system design, especially on service cycle based on IoT in improving the quality of service at the Ubaya’s Library on Tenggilis. This recommendation used System Development Life Cycle from system analysis stage to physical design stage which is limited to relationship database creation. Researchers recommend NFC-tags, smart shelf library systems, smart libraries, AppIT, hand-held readers, SMS Gateway also reward and punishment system.
Information security model using data embedding technique for enhancing perceptibility and robustness

Information concealing using steganography is simple, but to maintain its security, perceptibility, robustness, embedding capacity and better recovery of both covers as well as secret data are the major issues. This paper is focused on the improvement in all these major issues. The proposed technique embedded the image and audio as secret data into the randomly selected frames of the video using multi frame exploiting modification direction (MFEMD) algorithm. Hence, it is very difficult to understand in which part of video, data is hidden. At the receiver end, we have used the forensic tool for authentication to improve the data security. Furthermore the obtained simulation results are found to be better than any other existing methods in terms of good visual recovery of both original video and secret data, embedding capacity, security of hidden secret data. Different types of attacks are applied on stego video during transmission like visual, chi-square, histogram, etc. to improve the perceptibility and robustness of secret data.
Superfast encodings for fermionic quantum simulation

Simulation of fermionic many-body systems on a quantum computer requires a suitable encoding of fermionic degrees of freedom into qubits. Here we revisit the Superfast Encoding introduced by Kitaev and one of the authors. This encoding maps a target fermionic Hamiltonian with two-body interactions on a graph of degree $d$ to a qubit simulator Hamiltonian composed of Pauli operators of weight $O(d)$. A system of $m$ fermi modes gets mapped to $n=O(md)$ qubits. We propose Generalized Superfast Encodings (GSE) which require the same number of qubits as the original one but have more favorable properties. First, we describe a GSE such that the corresponding quantum code corrects any single-qubit error provided that the interaction graph has degree $d\ge 6$. In contrast, we prove that the original Superfast Encoding lacks the error correction property for $d\le 6$. Secondly, we describe a GSE that reduces the Pauli weight of the simulator Hamiltonian from $O(d)$ to $O(\log{d})$. The robustness against errors and a simplified structure of the simulator Hamiltonian offered by GSEs can make simulation of fermionic systems within the reach of near-term quantum devices. As an example, we apply the new encoding to the fermionic Hubbard model on a 2D lattice.
Perspectives for discovering kimberlitic and lamproitic magmatism in the Russian Far East........

The Aldan-Stanovoi geoblock which is the south-eastern end of the Siberian Platfora, and the Aaursk geoblock representing the north-eastern part of the Chinese Platfora deteraine the geotectonic nature of the Far East which has a coaplicated geologic structure and a long history of evolution.The Yakutsk and North-Chinese diaaond-bearing kiaberlitic provinces occur in the adjacent areas.Archean cratons coaposed of Archean intrusive-aetaaorphic coaplexes and Phanerozoic paleorift structures represented by terrigenous and terrigenous -volcanogenic overlapping depressions and basins are recognized in the region.Froa the position of T. Clifford rule, rifting, and plate tectonics, perspective areas corresponding to the rank of a kiaberlitic or a laaproitic region were identified.Thea are within the liaits of Archean cratons, at the intersection of paleorift structures by cross (transfora) deep faults.On analogy with ore regions in Yakutiya, North-East China, and Hestern Australia a forecasting-prospecting iiage of a field of kiaberlitic and laaproitic aagiatisi was elaborated for geologic forecasting and prospecting stages of works.On the whole, it corresponded to kiaberlitic aagaatisa in peripheral zones.Minerals-indices of kiaberlitic (laaproitic) aagaatisa are the aost inforaative features of the field forecasting-prospecting iaage..The specialized works carried out in the Far East deterained individual findings of chroae-pyrope, picro-ilaenite, chroae-spinellid, chroae-diopside, and olivine.Their coapositional peculiarities are suggestive of kiaberlitic or laaproitic nature.Chroae-pyrope was found in the Daabukinsky and flktyabr'sky blocks and in the north-eastern ria of the Khankaisky aassif.In a Ca0-Cr203 diagraa a aajor portion of grains corresponds to lherzolitic paragenesis, three grains to eclogitic, and one grain to a diaaond association.Picroilaenite was deterained in a nuaber of sites of the Bureinsky aassif and in the Alchan structural-foraational zone representing the north-eastern aargin of the Khankaisky aassif superiaposed by Mesozoic volcanogenic-terrigenous deposits.In
E-Voting System: The Pathway to Free and Fair Election in Nigeria

Voting is a critical component of any election. In most developing countries, this process is usually marred with multiple irregularities such as falsification of results, identity theft, stolen of ballot boxes, multiple voting and electoral fraud among others. This research aimed at solving these multifaceted problems associated with manual-based voting processes by using agile development and components-based software engineering (CBSE) principles to evolve a usable electronic voting system that can be used to conduct national election and any other election in the country. This will enhance and guarantee the credibility of the electoral processes and show a true reflection of the wishes of the people. The system was implemented using Visual Studio .Net and Microsoft SQL Server with attendant benefits of increased level of participation by the electorate, drastic cost reduction in organising election, voter's convenience, and faster release of election results.
Geneve applicability for service function chaining

This document describes the applicability of using Generic NetworkVirtualization Encapsulation (Geneve), to carry the service functionpath (SFP) information, and the network service header (NSH)encapsulation. The SFP information will be carried in Geneve optionTLV(s).
Computer Model for Evaluating Multi-Target Tracking Algorithms

Public benchmark datasets have been widely used to evaluate multi-target tracking algorithms.Ideally, the benchmark datasets should include the video scenes of all scenarios that need to be tested.However, a limited amount of the currently available benchmark datasets does not comprehensively cover all necessary test scenarios.This limits the evaluation of multitarget tracking algorithms with various test scenarios.This paper introduced a computer simulation model that generates benchmark datasets for evaluating multi-target tracking algorithms with the complexity of multitarget tracking scenarios directly controlled by simulation inputs such as target birth and death rates, target movement, the rates of target merges and splits, target appearances, and image noise types and levels.The simulation model generated a simulated video and also provides the ground-truth target tracking for the simulated video, so the evaluation of multitarget tracking algorithms can be easily performed without any manual video annotation process.We demonstrated the use of the proposed simulation model for evaluating tracking-by-detection algorithms and filtering-based tracking algorithms.
Rice-Marlin Codes: Tiny and Efficient Variable-to-Fixed Codes

Marlin [1, 2] is a Variable-to-Fixed (VF) codec optimized for high decoding speed through the use of small sized dictionaries that fit in the L1 cache of most CPUs. While the size of Marlin dictionaries is adequate for decoding, they are still too large to be encoded fast. We address this problem by proposing two techniques to reduce the alphabet size. The first technique is to encode rare symbols in their own segment, and the second is to combine Marlin dictionaries with Rice encoding, hence our name Rice-Marlin for our new codec. Using those techniques [3], we are able to reduce the size of Marlin dictionaries by a factor of 16, not only enabling faster encoding speed, but also achieving better compression efficiency.
Target-specific airborne geophysical forecast-exploration technology for diamond deposits &lt;Field - Cluster - Pipe&gt;

The current level of airborne geophysics enables changing the technological use of airborne geophysics to solve different applied geological problems.
Keefektifan Model Pembelajaran Kooperatif Tipe TGT (Team Games Tournament) Pada Pokok Bahasan Pecahan Sederhana Kelas III Sdn Tanjungsari 1 Sidoarjo

In elementary school learning is a time of planting a foundation to build fundamental concepts that will later be developed for the next learning material. Effective and fun learning can help students to understand concepts in mathematics, one of which is simple fraction operations. Simple fractions are included that are difficult for some students to understand. This can be seen from the number of students who sit at the high level of elementary school some have not mastered the subject of this simple fraction, so that they have many difficulties in learning higher mathematical topics. Through effective learning models and teacher guidance is expected to help students learn simple fractions. This study aims to show the effectiveness of the TGT (Team Games Tournament) cooperative learning model on the subject of simple fractions class III SDN Tanjungsari I Sidoarjo. Indicators of learning effectiveness include four aspects, namely mastery learning outcomes, teacher activities, student activities, and student responses. Data collection used in this study is a test method for completeness of learning outcomes, teacher activity observation methods, student activity observation methods, and student questionnaire methods for student responses. The results of this study (1) The completeness of student learning outcomes in class III of SDN Tanjungsari I Sidoarjo is said to be complete with a percentage of 82.60% (2) The percentage of teacher activity is included in the high category with a percentage value of 81.6% (3) The percentage of class student activities III SDN Tanjungsari I Sidoarjo included in the category of active student activities with a percentage value of 85.4% (4) The response of students in class III SDN Tanjungsari I Sidoarjo was positive with a percentage of 60% providing strong support and 40% providing very strong support. So that the TGT (Team Games Tournament) type of cooperative learning model on the subject of simple class III fractions at SDN Tanjungsari 1 Sidoarjotakes place effectively.
The effects of regolith-landform development in diamond exploration: spectral investigation

The regolith
An improved RSA image encryption algorithm using 1-D logistic map

The need to have a more secured ways of protecting sensitive images in this modern age of technology has become necessaryfor ensuring that such images sent via the insecure public network called the Internet are protected from attacks. To this end, variousimage encryption algorithms have been proposed by many researchers and RSA image encryption algorithm is one of them. Studies onRSA image encryption algorithm reveal that some images when encrypted using the algorithm, gives encrypted images that do exposesome features of the plain images on visual inspection no matter the size of primes used. This is due to the fact that digital images havehigh redundancy and high correlation of image data that make RSA algorithm image dependent. Cryptanalysis has been a major sourceof concern (in particular the brute-force attack) when designing a cryptosystem since it is assumed that the cryptanalyst knows exactlythe design and working of the cryptosystem under study except the secret key. Thus, making the secret key access much more difficult tothe cryptanalyst makes the encryption algorithm a more reliable one. In view of these, an improved RSA image encryption algorithmusing 1-D logistic map was proposed. The proposed scheme has two stages. In the first stage, the plain-image is shuffled using the chaoticproperties of the map and in the second stage; the shuffled image is encryption using the RSA algorithm. The proposed algorithm andthe RSA algorithm were tested on two standard test gray scale images: cameraman.tif and clock.tif using four different set of keys. Securityanalysis such as histogram analysis and correlation coefficient analysis were also carried out on the results obtained from the twomethods. The results of the analysis show that the proposed scheme is more secured and stronger against the brute-force attack ( encryptedimage which does not reveals any hint about the plain image to the attacker and also its key space has double: the two primes,initial condition and control parameter) than the RSA image encryption scheme.
Phase uncertainty in quantum linear amplifiers beyond the small-noise approximation

We estimate the output phase uncertainty of linear amplifiers in a practical regime (weak input, ideal amplification, and large gain) without the small-noise assumption. Furthermore, the small-noise assumption is shown to fail in this regime.
Visibility Estimation Method Considering Disability Glare Using Contrast-Average Graph

The authors have proposed a visibility estimation method using Contrast-Average (C-A) graphs based on the contrast profile method. C-A graphs can express three factors (luminance contrast, adaptation luminance, and object size) necessary for visibility estimations from luminance images. The objective of this study is to propose a visibility estimation method considering disability glare (impaired visibility caused by high luminance light sources in the visual field) using C-A graphs. Visibility evaluation experiments were conducted under various conditions with high luminance light sources presented in the visual field. In experiments, the changes of visibility threshold C values were examined. Estimations of visibility threshold C values were attempted by using the ‘equivalent veiling luminance’ of past studies. However, it was confirmed that the estimation method has limitations in its applicable range. Therefore, by focusing on increments of C values, a visibility estimation equation was established from the multiple regression analyses of increments of C values and the illuminance received from each of the segmented visual fields. In this study, the estimation equation was established from experimental results that used circular objects with a 20-minute diameter.
On the Chebotarëv theorem over finite fields

Let p be a prime number and let V p be the Vandermonde matrix with ( i , j ) -entry equal to ω i j for 0 ≤ i , j ≤ p − 1 , where ω is a primitive p th root of unity in the complex field. The classical Chebotarëv theorem says that all square submatrices of V p have nonzero determinant. In this paper, we establish the Chebotarëv theorem over finite fields by imposing certain conditions.
Comfort level classification during patients transport

Passenger comfort is affected by many factors. Patient comfort is even more specific due to its mental and physical health condition.Developing a system for monitoring patient transport conditions with the comfort level classification, which is affected by the patient parameters.Smartphone with the developed Android application was installed in an EMS to monitor patient transport between medical institutions. As a result, 10 calculated parameters are generated in addition to the GPS data and the subjective comfort level. Three classifiers are used to classify the transportation. At the end, the adjustment of classified comfort levels is performed based on the patient's medical condition, age and gender.Modified SVM classifier provided the best overall classification results with the precision of 90.8%. Furthermore, a model that represents patient sensitivity to transport vibration, based on the patient's medical condition, is proposed and the final classification results are presented.The Android application is mobile, simple to install and use. According to the obtained results, SVM and Naive Bayes classifier gave satisfying results while KNN should be avoided. The developed model takes transport comfort and the patient's medical condition into consideration, so it is suitable for the patient transport comfort classification.
A NEW APPROACH TO SECURE DATA AGGREGATION IN WIRELESS SENSOR NETWORKS 

The primary objective to devise a secure aggregation function that computes the data aggregates securely and the secondary objectiveThis research also attempts to explore further the feasibility of the PKC schemes using privacy homomorphism in WSNs. Digital signatures also employed in this research to achieve secure data that has the corresponding private key. Thus, the base station can now verify the sum of the signatures given the sum of the public keys. The proposed approach uses homomorphic encryption EC-OU algorithm to achieve data confidentiality while allowing in-network aggregation. Also uses an additively digital signature algorithm based on Elliptic Curve Digital Signature Algorithm (ECDSA) to achieve integrity of the aggregate.
MENINGKATKAN HASIL BELAJAR PADA POKOK BAHASAN MENYIMAK TEKS CERITA RAKYAT MELALUI PEMBELAJARAN PROBLEM POSING SISWA KELAS V SDN 2 MADUKORO

Based on the value of the results of Indonesian language learning students at SD Negeri 2 Madukoro class V odd semester on the subject of listening to folklore, the average daily test score of students is 65 and those who get a value of ≥ 70 as much as 68.97%. This shows that the Indonesian language learning outcomes of students are still relatively low because they are still under 70. This is due to a lack of student participation in the learning process, it is characterized by students who ask less, some students do not concentrate when learning takes place . Therefore, it is necessary to make efforts to overcome the problem, namely by using the problem posing learning model. This study aims to determine whether there is an increase in student learning outcomes through the problem posing learning model on the subject of listening to folklore text texts of fifth grade students of SD Negeri 2 Madukoro. The data in this study are quantitative data obtained through observation, field notes and tests at the end of each cycle. The results of this study indicate an increase in learning outcomes per cycle. The learning outcomes obtained in cycle 1 with an average value of 67.41 with students who obtained a value of ≥70 as much as 41.37% of 29 students, while in the second cycle the results of student learning which scored ≥70 reached 89.56% of 29 students. It can be concluded that the problem posing learning model can improve student learning outcomes on the subject of listening to folklore texts.
The Influence of Illuminance and Color Temperature on Target Dragging Task

Eye control, a human behavior that is often overlooked in daily life, has long been considered a desktop technology that can be used in human-computer interaction interfaces to control operating conditions. Moreover, eye tracking methods are often used in cognitive research and can understand individuals’ intention, habits and how they use their knowledge and skills when performing tasks by operating computer. The purpose of this study was to investigate the effects on color temperature and illumination of the use of computer screen manipulation through eye control human-computer interaction interface, and to obtain design factors that affect human body performance through experimental results. Multivariate analysis of variance showed that under different illumination and color temperature conditions, different levels of illuminance had a significant effect on the accuracy of the operation. However, color temperature has no significant effect on any of them.
Implementation of a quantum private query using single-photon transistors

We propose a quantum-mechanical device consisting of transmon qubits connected to single-photon transmission lines that can be used to perform a boolean quantum private query on a database. Using numerical simulations verified by analytical calculations we analyse the dynamics of the query process in the proposed system by calculating the reflection and transmission probabilities of the photons encoding the questions. We show that the proposed device, which consists of experimentally available components, is capable of performing a quantum private query with high reliability and may form the basic building block of a lager-scale private search engine.