Reviewerly/exHarmony huggingface dataset:
Working with NT’s Performance Monitor

Performance Monitor is accessed through the Start-Administrative Tools sequence. Upon selecting Performance Monitor from the Administrative Tools bar, or entering the appropriate command line entry, Performance Monitor displays a screen with a graphical area that is blank. Although Performance Monitor provides a valuable visual display of data concerning previously defined counters, most persons have more important things to do than sit before a console for a long time waiting for an event that may never happen. Performance Monitor provides an easy-to-use statistical reporting capability that also enables the readers to define alert conditions. One of the more valuable administrative tools built in to Microsoft Corp.’s Windows NT Workstation and Windows NT Server is the Performance Monitor program. Since Performance Monitor is included with each copy of Windows NT, it provides an ideal mechanism to identify and correct bottlenecks, plan for increased processor and network workloads, and troubleshoot a variety of computer- and network-related problems.
Introduction to Data Center Recovery Planning

This chapter introduces data center recovery plan (DCRP) concepts and starts a three-part series on data center recovery planning. It introduces: the definition of data center recovery planning and how it differs from business resumption planning, the history of data center recovery planning, and development assumptions. A DCRP consists of documented plans and procedures that will be employed by key data center personnel following a disaster for the express purpose of resuming data center operations in an organized and timely manner. The DCRP contains the recovery responsibilities for data center personnel primarily, but it also includes information as to the support roles of both the executive management and the staff departments. The staff departments include corporate security, building services/engineering, public relations, human resources, insurance, legal, and purchasing. They are directly involved in assisting the data center during the recovery operation.
ANALISIS DAN PERANCANGAN SISTEM INFORMASI AKUNTANSI PENDAPATAN PADA  ATLAS SPORTS CLUB (STUDI KASUS: PERUS-AHAAN KEBUGARAN)

Revenue is a very important process as a source of revenue for the company and is a determining factor in view of the profits of the company. Therefore, any company especially a company engaged in the service sector, which requires income information systems in accordance with company requirements. Internal controls over revenue will go well and produces good quality information, if the company had revenues of information systems that can support the company’s operational activities, thus the effectiveness and efficiency of the company can be reached. Therefore, researchers are trying to do research on Atlas Sports Club revenue infor-mation system, company that is engaged in fitness. The purpose of this research is to provide advice and input on the issues of the company, through the design of an integrated revenue information systems, so as to improve the effectiveness, efficiency and in-ternal control within the company. The type of research that is done is a case study, using qualitative data. The revenue infor-mation systems design include the design concept consists of system flowchart, data flow diagram (DFD), entity relationship dia-grams, and physical design consisting of the design of access, database, input and output that generates an application program revenue. The results of this study indicate that the presence of information system design revenue, the more access restrictions can be optimized, more adequate segregation of duties, the can provide satisfactory services to the customers, and reports can be generated to more accurately, relevant and timely.
System Approach to the Design of Generic Software for Real-Time Control of Flexible Manufacturing Systems (FMS)

To design a generic software, two main problems must be solved. To solve the first problem, the authors use a system approach leading to a discrete event dynamic system that constitutes a formal framework providing information on both the current operating conditions of the shop floor and the production progress. To face the second problem, the authors use the object-oriented approach to design the kernel of the generic control software. To build the flexible manufacturing system (FMS) model the authors specify the structural view, the entities, and the relationships of the queuing network configuration and the scheduling policies. While the elements of the structural view are fixed, those characterizing queuing network configuration and scheduling policy depend on the current state of the system. The data base of the FMS encapsulates the queuing network configuration and the current residual time to the next job input. The data base object possesses the methods for building, using, and updating the relational data base.
Changing Server Operating Systems

Most organizations today are on their second or third generation of servers. Starting with beefed up PCs scattered throughout the organization for workgroup automation, servers have evolved into an integral part of the organization’s overall computing infrastructure. Any major operating system change is going to have associated with it some degree of disruption. Users will need IDs in the new operating system’s directory, rights or permissions to resources on the new operating system, logon scripts, and assorted other administrative details that student haven’t done on more than a one-by-one basis in a long time. In addition, it is rare that workstations are able to access the new server operating systems with the same protocols, network components, etc., as they used for the old. Step one in the planning process should be to review the applications and services, like Internet gateways and FAX servers currently in use.
The Advantage of Truncated Permutations

Constructing a Pseudo Random Function (PRF) from a pseudorandom permutation is a fundamental problem in cryptology. Such a construction, implemented by truncating the last m bits of permutations of $$\{0, 1\}^{n}$$ was suggested by Hall et al. (1998). They conjectured that the distinguishing advantage of an adversary with q quesires, $$\mathbf{Adv}_{n, m} (q)$$ , is small if $$q = o (2^{(m+n)/2})$$ , established an upper bound on $$\mathbf{Adv}_{n, m} (q)$$ that confirms the conjecture for $$m < n/7$$ , and also declared a general lower bound $$\mathbf{Adv}_{n,m}(q)=\varOmega (q^2/2^{n+m})$$ . The conjecture was essentially confirmed by Bellare and Impagliazzo in 1999. Nevertheless, the problem of estimating $$\mathbf{Adv}_{n, m} (q)$$ remained open. Combining the trivial bound 1, the birthday bound, and a result by Stam (1978) leads to the following upper bound: $$\mathbf{Adv}_{n,m}(q) \le O\left( \min \left\{ \frac{q^2}{2^n},\,\frac{q}{2^{\frac{n+m}{2}}},\,1\right\} \right) $$ This upper bound shows that the number of times that a truncated permutation can be used as a PRF can exceed the birthday bound by at least a factor of $$2^{m/2}$$ . In this paper we show that this upper bound is tight for every $$m<n$$ and $$q>1$$ . This, in turn, verifies that the converse to the conjecture of Hall et al. is also correct, i.e., that $$\mathbf{Adv}_{n, m} (q)$$ is negligible only for $$q = o (2^{(m+n)/2})$$ .
Review of Eliasson (): Theoretical Issues in Contrastive Phonology

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The Influence of Professional Sense of Mission on Teaching Innovation of College Ideological and Political Teachers - With Self-Efficacy as a Mediating Variable

In the new journey, universities must adhere to the Communist Party of China's educational policies, implement the fundamental task of fostering morality and cultivating talents, and ideological and political teachers must play a crucial role in serving as competent guides, helping college students establish the correct ideals and beliefs, and providing talent resources for building a comprehensive socialist modernization country. Therefore, this paper introduces two variables, professional sense of mission and self-efficacy, and utilizes SPSS 21.0 software to analyze the relationship between professional sense of mission, self-efficacy, and teaching innovation at the individual level. The study finds that ideological and political teachers' professional sense of mission has a significant positive impact on teaching innovation, their self-efficacy has a significant positive impact on teaching innovation, and the self-efficacy of ideological and political teachers plays a partial mediating role in the relationship between professional sense of mission and teaching innovation. In conclusion, the paper offers reference suggestions to enhance the teaching innovation of college ideological and political teachers, aiming to promote the high-quality development of ideological and political education in universities.
Influence-Based Abstraction for Multiagent Systems

This paper presents a theoretical advance by which factored POSGs can be decomposed into local models. We formalize the interface between such local models as the influence agents can exert on one another; and we prove that this interface is sufficient for decoupling them. The resulting influence-based abstraction substantially generalizes previous work on exploiting weakly-coupled agent interaction structures. Therein lie several important contributions. First, our general formulation sheds new light on the theoretical relationships among previous approaches, and promotes future empirical comparisons that could come by extending them beyond the more specific problem contexts for which they were developed. More importantly, the influence-based approaches that we generalize have shown promising improvements in the scalability of planning for more restrictive models. Thus, our theoretical result here serves as the foundation for practical algorithms that we anticipate will bring similar improvements to more general planning contexts, and also into other domains such as approximate planning, decision-making in adversarial domains, and online learning.
Gesture Control Technology of CAD Model Based on Situation Model

Abstract：The natural expression of design intent is one of the important requirements in the conceptual design stage.The exploration of natural and intuitive interaction modes has gradually become the new development direction of computer aided design (CAD) technology.At present, the natural interaction mode based on gestures has become an important way to realize the new CAD interaction mode.However, the existing gestures and CAD interaction modes still have the problems of fixed mapping relationship and insufficient scalability, and it is difficult to use a few gestures to express more control commands.Therefore, a context-based CAD model gesture control technology is proposed.A situation model describing human-computer interaction scene in CAD modeling process is established.The gesture preferences of users in CAD modeling situations were collected through experiments, and the mapping relationship between gesture and CAD instructions was established by decision tree model in specific situations.The one-to-multi-flexible mapping between gesture and CAD instructions was realized, and the number of CAD instructions mapped by gesture increased by 100%.Furthermore, the control speed and accuracy of gesture and keyboard and mouse interaction modes in the process of CAD modeling are compared through experiments.The results show that the gesture interaction model can express the user's design intention more quickly, and the control accuracy has no difference with the keyboard and mouse interaction model.
Implementation of Dynamic Virtual Cloud Architecture for Privacy Data Storage

Nowadays rapidly developing technologies, cloud computing offers versatile services. However, cloud computing presents a challenge to secure information sharing. Customers can securely share their data with others and remotely store it in the cloud using cloud storage services. In recent times, cloud storage typically represents as the primary method of external data storage. The primary challenge is safeguarding the cloud-based data against attacks. Over the information network, the growth of private or semi-private information has increased. The search techniques have not been addressed by privacy safeguards. As there is no suitable audit system, the validity of the stored data has become in question. In addition, user authentication presents additional difficulties. Hence in order to solve these issues, Design and implementation of dynamic virtual cloud architecture for privacy data storage is presented. In this approach, third-party audits are presented accompanied a new, regenerative public audit methodology. A distributed KDC (Key Distribution Center) is employed to encrypt the data. Documents can be stored on a private server in plain word form, which compromise the protection of privacy. As a result, system security can be improved to make the documents safer and more effective. The main objective of this Virtual Cloud Architecture is to achieve data confidentiality, as well as authenticity.
The Effect of Edutainment Learning Methods on Fifth-Grade Students’ Learning Outcomes in Theme 8 of Our Friend Environment

This paper presents the effect of using the Edutainment learning method on students’ learning outcomes on theme 8 of our friend environment in class V at SD Negeri 068006 Simalingkar in the academic year 2022/2023. The research uses quantitative methods. The research population was 245 students from all grades I-VI at SD Negeri 068006 Simalingkar. Sampling uses a purposive sample and the sample used involved 30 fifth-grade students. The research results indicate that students’ learning outcomes using the Edutainment learning method are included in the very good category with an average score of 81.86 with a correlation test result of 0.634, which means rcount (0.634) ≥ rtable (0.361), thus Ha is accepted. Therefore, there is a considerable effect between the use of the Edutainment learning method and students’ learning outcomes in class V at SD Negeri 068006 Simalingkar. It can be seen from the research results of the T-test, where rcount 4.335 ≥ rtable 2.048, Ha is also accepted. It implies that there is a significant positive effect from the use of the Edutainment learning method on students’ learning outcomes in theme 8 of our friend environment in class V at SD Negeri 068006 Simalingkar in the academic year 2022/2023.
Reliability Predictors for Solar Irradiance Satellite-Based Forecast

The worldwide growing development of PV capacity requires an accurate forecast for a safer and cheaper PV grid penetration. Solar energy variability mainly depends on cloud cover evolution. Thus, relationships between weather variables and forecast uncertainties may be quantified to optimize forecast use. An intraday solar energy forecast algorithm using satellite images is fully described and validated over three years in the Paris (France) area. For all tested horizons (up to 6 h), the method shows a positive forecast skill score compared to persistence (up to 15%) and numerical weather predictions (between 20% and 40%). Different variables, such as the clear-sky index (Kc), solar zenith angle (SZA), surrounding cloud pattern observed by satellites and northern Atlantic weather regimes have been tested as predictors for this forecast method. Results highlighted an increasing absolute error with a decreasing SZA and Kc. Root mean square error (RMSE) is significantly affected by the mean and the standard deviation of the observed Kc in a 10 km surrounding area. The highest (respectively, lowest) errors occur at the Atlantic Ridge (respectively, Scandinavian Blocking) regime. The differences of relative RMSE between these two regimes are from 8% to 10% in summer and from 18% to 30% depending on the time horizon. These results can help solar energy users to anticipate—at the forecast start time and up to several days in advance—the uncertainties of the intraday forecast. The results can be used as inputs for other solar energy forecast methods.
Strengthening Profiled Side Channel Attacks on AES via Multi-view Information Aggregation

Existing deep learning methods for side channel attacks only infer the final results from a single view of the power trace. Under some challenging settings, the information conveyed from one-dimensional (1D) power traces may be insufficient. Inspired by that humans perceive the world through multiple sensory channels, we propose a novel multi-view deep neural network, named MV-Net. It leverages the image representations of power traces as complementary information to strengthen the profiled side channel attacks. Furthermore, we adopt the Multimodal Compact Bilinear pooling (MCB) to fuse the heterogeneous features extracted from the power trace and the corresponding image view, which makes better use of the information of the power trace and yields better performance. Experiments on two benchmark datasets demonstrate the effectiveness of MV-Net towards profiled side channel attacks on AES.
Message from the Quantum Computing Workshop Chairs

It is with great pleasure that we welcome you to the 1st International Workshop on Quantum Computing: Circuits Systems Automation and Applications (QC-CSAA) in conjunction with the ISVLSI 2020.The purpose of this workshop is to explore design paradigms of quantum computing including the development of full stack suite spanning from quantum algorithms to quantum hardware chips.The advances in quantum computing hardware, software, and algorithms as well as the contributions from transformative research needed to guide quantum computing performance toward practical and sustainable operations will be aligned with the goal of this workshop.Further, circuits and systems targeting novel and existing applications of quantum computing to fields such as quantum chemistry, linear algebra, scientific applications, aerospace, material science, cryptography, machine learning, etc., were of special interest.The QC-CSAA has received an excellent response to the call for papers with submissions received from all parts of the globe.After peer review by the technical program committee members, we have accepted 8 papers in topics such as resource analysis and design verification of quantum circuits, advances in molecular quantum computing, hardware demonstrations and noisy simulations, quantum arithmetic, qubits interconnection topologies, NISQ computing and quantum instruction set.We wish to express our thanks to the authors for their
Women Entrepreneurship and Gender Equality as a Tool for Social Transformation in Nigeria: Evidence from Selected Rice Farmers in Anambra East Local Government

Women are viewed as the foundation of development of country and national economies as well as agents of social change.Nonetheless, traditions, beliefs and cultural norms limit women's capacity to acquire land and add to increase gender gaps in the quality and size of owned farmland.This kind of challenge made rural women to form different associations and groups, for instance, Rice Farmers Association, The Village Savings and Loan Associations and Daily Contribution association etc to empower themselves.This research examined the "Omambala" Women's Rice Farmers Association in South East area of Nigeria and how the women group has achieved social change around there.Majority of the members (over 94%) are smallholder farmers.These women make consistent membership contributions, a social fund contributions and records are kept and the monies kept in a saving funds box, which is opened at a concurred time.Individuals members get their monies as per the sum contributed and the social fund contributions is used to purchase farm implements and inputs for members, build social amenities, reconstruct health care centers, re-construct dilapidated school blocks, offers grants to poverty stricken children and so forth.This paper examines the viability of this women rice farmers association as an instrument for gender balance and social transformation in Anambra State Nigeria.This research was done in villages at Anambra East local government where majority of the women are farmers and makes farming their major means of livelihood.160 members and administrators of the group were interviewed using key informant interview and Focus Group Discussions.Data generated was analysed using simple percentage and frequency tables.Findings from the research shows that women farmers contributes a great deal to social change and economic development; traditions, beliefs and cultural norms influences the performance level of these women and climate change is an obstruction to their growth.The investigation in this manner prescribes that, to increase gender gaps, women ought to be permitted to possess farmlands; cultural norms that limits women from taking part completely in agriculture ought to be abrogated.Moreover, sufficient measures should to be taken by people and government to forestall flooding during raining season.
Dynamics and Path Planning of Multi-crane Cooperative Lifting Robot

Abstract：As the engineering tasks become more and more difficult, and the construction environment becomes more and more complex, a single crane can no longer undertake complex and heavy lifting tasks, however, the multi-crane cooperative lifting robot has strong load capacity, large lifting space, diverse lifting actions, which has been widely used in various engineering occasions.In this paper, the dynamic model of multi-crane cooperative lifting manipulator is established based on Lagrange equation.The traditional ant colony algorithm is optimized and improved for path planning of cooperative lifting, considering the probability of falling into local optimal and plenty of unsolvable ants.A three-valued planar grid environment modeling, pheromone step update strategy based on the best-sub-optimal path length and dynamic adjustment function of pheromone volatility factor have been proposed, the simulation results indicates the obvious optimization effect of the improved ant colony algorithm in terms of the best path length, algorithm running time and other performance evaluation indicators.The lifting environment is established with the three-valued planar grid environment modeling, the simulation results of cooperative lifting verifies the dynamics and improved ant colony algorithm，providing guidance value for improving the efficiency and safety of cooperative multi-crane lifting tasks.
Secured ABE Systems with Verifiable Outsourced Decryption

There is a tendency for private user information to be kept online by unauthorised parties.Attribute-based encryption (ABE) is a technique that may be used for encrypting logs.An individual log can be encrypted with characteristics that match the recipient's attributes rather than encrypting every piece of the log with all recipients' keys.In order to employ fewer keys, broadcast encryption may also be performed using this primitive.There will be a need to encrypt data saved at third-party websites as more sensitive data is exchanged and kept online by these websites.In this research, the system suggests basic designs of CPA-secure with RCCA-secure ABE systems in accordance with CPA-secure ABE with external decryption with reliable external decryption.The foundation of any type of ABE scheme is a CPA secure ABE system since it uses verifiable outsourced decryption, according to the system's high-level design.Additionally, the system instantiates our CPA-secure structure in the reference model before demonstrating how it was implemented.In this CPA-secure design, instead of independently encrypting an additional random message & implementing it to adhere to the real messagee, the message also a random value are encrypted simultaneously, and the message is committed to using the random value.Our scheme is more general, requires less processing, and produces smaller ciphertext.Additionally, it helps us more naturally acquire general RCCA-secure construction.