Miracle-dz/UniFAR-FTUs huggingface dataset:
Peningkatan Keamanan Web Terhadap Serangan Cross Site Scripting (XSS).

Teknologi dynamic web page kini telah menjadi bagian yang tidak terpisahkan dari kehidupan dunia maya. Teknologi ini membawa perubahan yang signifikan dalam proses pembangunan sistem penyedia layanan dalam jaringan internet. Teknologi ini memampukan penyedia layana untuk memberikan layanan yang lebih inovatif. Efek yang diharapkan tentu saja peningkatan dari segi ekonomi. Namun dibalik keuntungan-keuntungan tersebut, teknologi ini memiliki permasalahan dari segi keamanan. Permasalahan keamanan tersebut dinamakan Cross Site Scripting, atau juga dikenal sebagai XSS. Kebocoran informasi penting merupakan hal yang dapat terjadi jika kelemahan ini tidak ditangani dengan baik.Penelitian ini bertujuan mempelajari bagaimana cara kerja cross site scripting (XSS) dan kemudian mengembangkan suatu metode pencegahan dan pengamanan website terhadap serangan XSS. Sebagai bahan studi kasus dipilih sebuah vulnerable CMS (Content Management System) yaitu AuraCMS yang banyak digunakan sebagai aplikasi portal tetapi masih memiliki kelemahan. Beberapa aplikasi pada AuraCMS memiliki vulnerable terhadap serangan Cross Site Scripting, yaitu aplikasi kirim artikel dan aplikasi buku tamu. Melalui pengkajian penelitian, maka dikembangkan suatu modul yang berfungsi sebagai filter untuk mencegah serangan XSS tersebut. Modul tersebut berisi beberapa fungsi yang berguna untuk menyaring masukan berupa kode atau injeksi kode. Dengan adanya modul filter tersebut, masukan berupa kode pada kedua aplikasi tersebut dapat dihindari sehingga aplikasi yang dibuat dapat berjalan sesuai dengan yang diharapkan dan terhindar dari serangan XSS yang merusak.
The mechanics of the contact phase in trampolining

During the takeoff for a trampoline skill the trampolinist should produce sufficient vertical velocity and angular momentum to permit the required skill to be completed in the aerial phase without excessive horizontal travel. The aim of this study was to investigate the optimum technique to produce forward somersault rotation. A seven-segment, subject-specific torque-driven computer simulation model of the takeoff in trampolining was developed in conjunction with a model of the reaction forces exerted on the trampolinist by the trampoline suspension system. The ankle, knee, hip, and shoulder joints were torque-driven, with the metatarsal-phalangeal and elbow joints angle-driven. Kinematic data of trampolining performances were obtained using a Vicon motion capture system. Segmental inertia parameters were calculated from anthropometric measurements. Viscoelastic parameters governing the trampoline were determined by matching an angle-driven model to the performance data. The torque-driven model was matched to the performance data by scaling joint torque parameters from the literature, and varying the activation parameters of the torque generators using a simulated annealing algorithm technique. The torque-driven model with the scaled isometric strength was evaluated by matching the performance data. The evaluation produced close agreement between the simulations and the performance, with an average difference of 4.4% across three forward rotating skills. The model was considered able to accurately represent the motion of a trampolinist in contact with a trampoline and was subsequently used to investigate optimal performance. Optimisations for maximum jump height for different somersaulting skills and maximum rotation potential produced increases in jump height of up to 14% and increases of rotation potential up to 15%. The optimised technique for rotation potential showed greater shoulder flexion during the recoil of the trampoline and for jump height showed greater plantar flexion and later and quicker knee extension before takeoff. Future applications of the model can include investigations into the sensitivity of the model to changes in initial conditions, and activation, strength, and trampoline parameters.
Microwave Octave-Band GaAs FET Amplifiers

The design of microwave broadband amplifiers using the 1mu-gate GaAs field-effect transistors covering the 4-8 GHz and 7-14 GHz octave bands is presented. The broadband matching networks of these amplifiers consist of lumped and/or distributed circuit elements. Using analytical and computer-aided optimization techniques, a typical octave-band amplifier has been designed with a nominal power gain of 8 dB with a maximum deviation of /spl plusmn/0.07dB covering the 7-14 GHZ band based on the measured scattering parameters of a 1mu GaAs FET chip. For a packaged 1mu GaAs FET, a 4-8 GHZ band amplifier has been designed with a gain of 7.2 dB /spl plusmn/ 0.2 dB.
The simple science of flight : from insects to jumbo jets

From the smallest gnat to the largest aircraft, all things that fly obey the same aerodynamic principles. "The Simple Science of Flight" offers an introduction to the mechanics of flight and, beyond that, to the scientific attitude that finds wonder in simple calculations, forging connections between, say, the energy efficiency of a peanut butter sandwich and that of the kerosene that fuels a jumbo jet. The hero of the book is the Boeing 747, which Tennekes sees as the current pinnacle of human ingenuity in mastering the science of flight. Also covered are paper airplanes, kites, gliders, and human-powered flying machines as well as birds and insects. Tennekes explains difficult concepts like lift, drag, wing loading and cruising speed through many fascinating comparisons, anecdotes and examples. Equations are integrated into the flow of the text. Tennekes begins with a simple comparison of the relative fuel consumption of hummingbirds cars, and airplanes, then turns to the relations between an airplane weight, its wing area and its cruising speed, showing that it is possible to collect all flying creatures and flying machines in a single flight diagram. He looks at energetics through the considerable efforts of a little 35-gram bird in a wind tunnel. There are stories on the effects of headwinds, tailwinds, and other weather conditions that both birds and planes face, on the elegance of the mechanics that makes flight possible, and on the aerodynamics of sophisticated flying toys. Tennekes concludes by comparing the Boeing 747 and the supersonic Concorde, with the former emerging as the perfect airplane for intercontinental flights: "just below the speed of sound and just above the weather".
Team Performance Assessment and Measurement: Theory, Methods, and Applications. Series in Applied Psychology.

Contents: E.A. Fleishman, Series Editor's Foreword. Preface. Part I:Overview. M.T. Brannick, C. Prince, An Overview of Team Performance Measurement. Part II:Theoretical Developments. T.L. Dickinson, R.M. McIntyre, A Conceptual Framework for Teamwork Measurement. J.A. Cannon-Bowers, E. Salas, A Framework for Developing Team Performance Measures in Training. K. Kraiger, L. Wenzel, Conceptual Development and Empirical Evaluation of Measures of Shared Mental Models as Indicators of Team Effectiveness. C.A. Bowers, C.C. Braun, B.B. Morgan, Jr., Team Workload: Its Meaning and Measurement. Part III:Methodological Developments and Issues. J.R. Hollenbeck, D.J. Sego, D.R. Ilgen, D.A. Major, J. Hedlund, J. Phillips, Team Decision-Making Accuracy Under Difficult Conditions: Construct Validity of Potential Manipulations Using the TIDE2 Simulation. D.J. Dwyer, J.E. Fowlkes, R.L. Oser, E. Salas, N.E. Lane, Team Performance Measurement in Distributed Environments: The TARGETs Methodology. G. Hallam, D. Campbell, The Measurement of Team Performance With a Standardized Survey. J. Mathieu, D. Day, Assessing Processes Within and Between Organizational Teams: A Nuclear Power Plant Example. P. Tesluk, S.J. Zaccaro, M. Marks, J. Mathieu, Task and Aggregation Issues in the Analysis and Assessment of Team Performance. Part IV:Applications. J.L. Komaki, Behind the Scenes: Fieldtesting a Measure of Effectiveness for Theater Teams. J.L. Toquam, J.L. Macaulay, C.D. Westra, Y. Fujita, S.E. Murphy, Assessment of Nuclear Power Plant Crew Performance Variability. A. Prince, M.T. Brannick, C. Prince, E. Salas, The Measurement of Team Process Behaviors in the Cockpit: Lessons Learned. J.H. Johnston, K.A. Smith-Jentsch, J.A. Cannon-Bowers, Performance Measurement Tools for Enhancing Team Decision-Making Training. Part V:Reflections. D. Baker, E. Salas, Principles for Measuring Teamwork: A Summary and Look Toward the Future.
Determination of the fatigue limit of a carbon/epoxy composite using thermographic analysis

The dimensioning of structures depends on the nature of the loading to which they are subjected. Load may be constant or, more generally, variable over the course of time. Take, for example, automobile suspension parts or the wings of a plane; their degree of stress in use varies. In fact, the phenomenon of fatigue concerns each object which surrounds us, and repeated use leads to their deterioration.
Same Songs, Different Wrapping: The Rise of the Compilation Album

The commercial success of compilation albums has increased in markets both in North America and in Europe. The albums can be considered as a manifestation of a significant change within the music industry—among both producers and consumers of popular music. Based on sales figures and a number of interviews with senior decision‐makers in multinational music companies, we discuss some of the major drivers behind the development, and thereby give an important contribution to the existing body of knowledge on music industry dynamics.
TQM is a must for success, but not sufficient for survival: A conceptual framework as contemplated in ancient Tamil literature in India

Adoption of total quality management (TQM) is an essential element for the success of business. In spite of many industries implementing TQM, quite a few organizations have eventually lost control of their business. Therefore, something more than TQM adoption is required to face the demanding business world. This work proposes a conceptual framework mainly based on Tamil classical literature, for sustaining business with success, in a highly competitive world.
Using body biasing to control phase-noise of CMOS LC oscillators

An approach to adjusting and optimising the phase-noise performance of CMOS LC oscillators is presented. The technique is based on controlling the bulk-source voltage of the cross-coupled transistors in the oscillator core. It is shown that the impedance in the path of the current through the oscillator core to ground at the second harmonic of oscillation can be maximised through changing the value of the parasitic capacitances. The technique is validated by measured results from a proof-of-concept LC oscillator fabricated in a 90 nm CMOS process.
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RELATED COMMANDS FRESNC = Compute the Fresnel cosine integral. FRESNS = Compute the Fresnel sine integral. FRESNF = Compute the Fresnel auxillary function f. DAWS = Compute the Dawson integral. ERF = Compute the error function. ERFC = Compute the complementary error function. SININT = Compute the sine integral. SININT = Compute the cosine integral. EXPINTN = Compute the exponential integral of order N. LOGINT = Compute the logarithmic integral.
Sexual Identity

Sexual identity research within sociology has largely examined the social contexts of sexuality as a central part of how we think about ourselves. While much of this research focuses on the experiences of marginalized people (gay, lesbian, bisexual, queer, and other identities), critical attention has also been paid to the social construction of heterosexual or straight identities. Theoretical perspectives from fields like queer theory and psychology have informed this thinking, and activism and research specifically from queer theory has significantly influenced how researchers understand sexual identities. Intersections with other identities are also critical to understanding sexual identities, and much forward-thinking work on sexual identities examines gender, race, class, and ability simultaneously. This bibliography outlines research on sexual identity, beginning with key sources like Journals, Edited Volumes, and Online and Popular Sources. The Theoretical Foundations section includes classic works, best for those seeking an introduction to the field. The Studying Identity: Research Methods section addresses how sexual identities might be best studied, as well as ongoing methodological challenges. Also included are sections discussing how sexual identities have been defined, including histories of sexual identities, intersections with other identities and changing identity categories, research on sexual identity and the self, research that examines the relationship between sexual identity and behavior, and works discussing how sexual identities are understood in relationships and religion. Sections addressing collective sexual identities and identities in spaces examine how identities are used in social movements and how sexual identities shape and are shaped by communities. Finally, a section focused on the political economy of sexual identities addresses the relationships between sexualities, nations, economies, and policy. While the bulk of this bibliography focuses on sexual identities within the United States, sources examining sexual identities in a variety of national and transnational contexts are included in a number of sections.
Voltage Recovery Control Techniques of Grid Connected Variable Speed Wind Turbines at a Short Circuit

The documented investigation in this paper examines main power quality for wind turbines and its connection with the public grid. This main goal has been to investigate most popular type of wind turbines which are grid connected using doubly-fed induction generators (DFIG) at normal operation, as well as voltage control of these wind turbines after clearing a lines short circuit in the utility grid. This paper introduces the configuration of main portions of grid connected turbines, which have an importance in the wind power plants operation. It also proposes a new compact modeling of these wind turbines, which has a feature that the expressions of most plant portions are free of any complex or details that described in other past models. Most of last models are spotted on the normal operation of single wind turbines, without consideration of gird interaction faults. The proposed control techniques are new combined and concentrated on the voltage recovery, which plays very important role in the power quality and stability of wind turbines plants which are connected with the grid. Net simulation results show that the combination of pitch control and dynamic slip control could to have power system stability efficiently, and restore the voltage to its normal condition. A simulation of wind turbine using pitch control and dynamic slip control are developed by the simulation program is called power system computer aiding design (PSCAD) and carried out the stability investigations respecting to short circuit in external power lines system. After clearing of the fault, the recovery of voltage at the terminals of wind turbine should to rebuild, then the wind power turbine should going to its normal case. Control of the pitch angle or generator slip can adjusting the aerodynamic torque and the electromagnetic torque at the turbine which can be help to recovery the voltage at the terminals of wind turbine. The results of case study simulation are proved that pitch and dynamic slip controls are methods to improve the recovery of voltage effectively and going to the system stability quickly, especially the combined controls of dynamic slip and pitch angel together.
The Role of Impact Location in Reversible Cerebral Concussion

Mechanical impacts were delivered by an air propelled striker to the front, side, rear and top of rigid protective caps worn by six anesthetized monkeys. These tests were to produce reversible concussion and to determine differences in tolerance to concussion among the four impact sites. Striker force and cap accelerations were measures of the impact severity and animal blood pressure, respiration and ECG changes were measures of the physiological effects. By distributing the blow with a protective cap, allowing free head movement after impact, skull fracture was eliminated and simple reversible concussion could be produced without symptoms of residual neurological deficit. Higher linear and angular accelerations produced longer periods of unconsciousness (more than 3 times) on the side than at any of the other locations. It is hypothesized that the decrease in concussion tolerance accompanied by higher accelerations for side impacts may be the result of lower mechanical impedance due to the oval shape of the animal head. For the covering abstract of the conference see HS-036 716. (Author/TRRL)
A conceptual framework for understanding and measuring B2B online service quality

As more and more businesses move online, research into the determinants and measurement of online service quality has become a research imperative (Zeithaml et al., 2000; Bitner, Parasuraman et al., 2005). Notwithstanding, research in this area is still in its infancy and much of the existing research is largely anecdotal, centering on consumer perceptions and ignoring the business customer perspective. As a result, to date, limited insights have been gained. This study represents a first attempt at addressing this gap in the scholarly literature. A two-phase study design was used to 1) explore the meaning of B2B online service quality, 2) identify its key determinants and 3) develop a valid and reliable measure for the construct. In Phase I of the study, 16 in-depth interviews with business customers from a range of industry sectors were conducted. Results revealed that business customers expect online service levels at least equal to that provided in offline service environments. The results also revealed that business customer’s assessment of online service quality is formed across ten key determinants: Website Design, Ease of Use, Technical Reliability, Usefulness, Intuitiveness, Presentation, Accuracy, Availability, Service Reliability and Flexibility. In Phase II of the study, a measure of online service quality (OLSQ scale) was developed and empirically tested and validated from data collected from 699 customers of a large Australian corporate supplier. Items included in the measure were derived from the Phase I interviews and refined through an expert review process. Two plausible measurement models were then specified and data-model fit of each of the models examined. A second-order factor structure, comprising three dimensions, Service Quality, Web Quality and Technical Quality, consisting of 20 items was derived from the evaluation. Validity and reliability of the measure were then assessed and confirmed. Collectively, the results provide support for the soundness of the measure’s factor structure and its psychometric properties. The attributes of OLSQ identified in this study provide a starting point on which providers can base the development of their online service strategy and modifications to strategy as customer needs and expectations change over time. In order to do this, providers need a valid and reliable instrument to gather information about customer service requirements and indicators of the quality of their online service offering as perceived by customers. It is envisaged that the OLSQ measure will also act as a diagnostic tool, assisting providers in pinpointing weaknesses in their online service strategy, enabling them to take corrective action where necessary. The results of this study also provide a starting point from which providers can base future research into the determinants and measurement of B2B online service quality.
Blockchain Technology and Its Applications: Case Studies

Blockchain technology is expected to bring about exciting developments across a variety of fields, such as politics, economy, culture, industry, and business model. Blockchain is no doubt one key infrastructure technology to lead the Fourth Industrial Revolution. This paper is a general overview of the main features of blockchain technology. Three types of blockchains (public, private, and consortium) will be presented within a discussion of their major case studies. In addition, the latest trends and developments in blockchain technology will be briefly reviewed. The terminology of blockchain infrastructure technology has the potential to foster technological innovation across various industrial sectors as well as improve mutual harmony and understanding of complex structures and diverse phenomena in human society, especially antagonism, confrontation, and ideological conflict. With such progress in social innovation, blockchain technology will result in a fairer and more transparent human society. Greater attention will also be given to a blockchain-based mobile voting system that will enable the realization of direct democracy in a representative democracy. Furthermore, this paper offers solutions to a trilemma of problems (scalability, security, decentralization) in blockchain.
Evaluating Different Vehicle Audio Environments Through a Novel Software-based System

An original software-based system, featuring two dierent tools, is here proposed for vehicle audio quality assessment. The first one performs the acquisition of relevant data for system modelling and for cancelling the undesired eects of the acquisition chain. The second oers a user-friendly interface for real time simulation of dierent car audio systems and for both objective and subjective evaluation, where the listening procedure is directly experienced at PC workplace. The validity of this approach has been examined through a subjective listening test set (more than 50 participants and three cars involved), developed by means of a dedicated software environment and based on appropriate ITU recommendations. Experimental results have shown that the quality rating delivered by conventional in-car procedure is confirmed when the software-based approach is used.
An improved interleaved forward converter

Operations and steady-state analysis for an improved interleaved forward converter topology are presented in this paper. Not only Zero-voltage-switching (ZVS) can be achieved through the resonance that exists between the transformers magnetizing inductances and the parasitic capacitance of switches, but also proper transformer reset and lower output voltage can be achieved by adding two clamp capacitors, such as topology of the proposed converter become simplest possible. Finally, the results of the analysis are verified by experimental and simulation. By using the proposed topology, the voltage stresses across the switches are limited to the input voltage. The voltage stresses across the switches are greatly lower than the converters with active-clamp circuit, and compared to conventional interleaved forward converter, using same duty, lower output voltage can be obtained.