Miracle-dz/UniFAR-FTUs huggingface dataset:
Strategy and Organization Improving Organizational Learning

Living art organizations present a special interest in a research stressing cognitive processes and development of intangible resources like knowledge and capabilities. In living art organizations, production processes like rehearsals and tunings whose goals are to develop both tacit and tangible capabilities are readily observable and have undeniable effects on performance quality, revenues and costs. The observations of four opera houses support the conjecture that strategy and organizations could be preconditions for learning.
On the comparison between experimental results and calculations of lightning-induced voltages on distribution systems – Effect of the distribution network topology

— This paper deals with the comparison between measurements of lightning–induced voltages in distribution networks having complex topology, and numerical calculations. We make reference to a distribution system located in Colombia within a region with high ground-flash density. The numerical simulations are made by means of the LIOV-EMTP-code. The topological complexity of the experimental network requires the analysis of the influence of the network topology on the lightning-induced voltages. We discuss different methods that can be used to build equivalent LEMP-illuminated networks, with simpler topology than the original one. These methods are based on the appropriate placement of either surge impedances or non-illuminated lines.
THE ACOUSTIC WAVE SENSOR AND SOFT LITHOGRAPHY TECHNOLOGIES FOR CELL BIOLOGICAL STUDIES

Recently, cell-based biosensors have attracted many attentions because of their potential applications in fundamental biological research, drug development, and other fields. Acoustic wave biosensors offer powerful tools to probe cell behaviors and properties in a non-invasive, simple, and quantitative manner. Current studies on cell-based acoustic wave sensors are focused on experimental investigation of thickness shear mode (TSM) sensors for monitoring cell attachment and spreading. There are no theoretical models for cell-based TSM biosensors. No studies on other cell biological applications of TSM sensors or on surface acoustic wave cell-based biosensors have been performed. The reliability and sensitivity of current cell-based biosensors are low. Improving them requires studies on engineering cells and understanding the effects of cell morphology on cell function.The overall objective of this dissertation is to develop acoustic wave sensor systems for cell biological studies and to determine the effects of cell shape on cell function. Our study includes three parts: (1) Development of cell-based TSM sensor system; (2) Studies of Love mode devices as cell-based biosensors; (3) Studies of the effects of cell shape on cell function. In the first part, a theoretical model was developed, changes in cell adhesion were monitored and cell viscoelasticity was characterized by TSM sensor systems. The TSM sensor systems were demonstrated to provide a non-invasive, simple, and reliable method to monitor cell adhesion and characterize cell viscoelasticity. In the second part, a theoretical model was developed to determine signal changes in Love mode sensors due to cells attaching on their surface. Experimental results validated the model. In the third part, cell shape was patterned to different aspect ratios. Elongated tendon cells were found to express higher collagen type I than shorter cells. Changes in cell shape induced alterations in cytoskeleton, focal adhesions, and traction forces in cells, which may collectively prompt the observed differential collagen type I expression in cells with different shapes. Overall, our research expanded the applications of acoustic wave cell-based biosensors. Studies on cell shape control and the effects of cell shape on cell function will be useful for increasing the sensitivity of cell-based biosensors in future research.
Handbook of Simulator-Based Training

From the Publisher: The Handbook of Simulator-Based Training represents the first comprehensive overview of the European state of the art in simulator-based training. It also comprises a well-founded and systematic approach to simulator-based training and the specification of simulator requirements. The multi-disciplinary research project described in this book combines the expertise of specialists in human factors, information systems, system design and engineering from 23 research and industrial organisations from five countries - France, Germany, The Netherlands, Spain and the UK.
The Prediction of Pilot Opinion Ratings Using Optimal and Sub-Optimal Pilot Models

Abstract : This study details the development of a sub-optimal pilot model that blended the classical and optimal pilot model approaches in an attempt to achieve the advantages of each. This model used a numerical solution to the linear quadratic Gaussian problem to find the pilot gain, lead, and lag values that minimized a performance index consisting of task error and control usage. This development was conducted in four phases. First, an optimal pilot model developed by Systems Technology, Incorporated, was analyzed in detail. This analysis included a step-by-step example problem to clarify the model's logic and an in-depth sensitivity analysis of the model's parameters. Second, a ground and airborne evaluation of human pilot response was conducted using the Calspan variable stability Lear II aircraft. Primary pilot response parameters were recorded and examined using statistical and Fourier transform analysis in an attempt to provide insight into human pilot response. Third, a numerical solution to the linear quadratic Gaussian control problem that allows the compensator form to be predetermined was derived. Finally, the sub-optimal pilot model was developed and an analysis of the model's parameters was conducted.
Logopediskt omhändertagande vid primär progressiv afasi (PPA) – en pilotstudie

Primar progressiv afasi (PPA) ar ett kliniskt syndrom som orsakas av neurodegenerativ sjukdom och karakteriseras av progredierande sprakstorning. Trots stora sprakliga och kommunikativa svarigheter arbetar logopeder idag inte systematiskt med patienter med PPA. Det finns inte heller nagon medicinsk behandling att tillga. Vi fokuserar sarskilt pa varianten progressiv icke-flytande afasi (PNFA). For att ta reda pa hur patienter och anhoriga har anvandning av och forhaller sig till logopedisk intervention har vi genomfort en fallbaserad pilotstudie. Vi utvarderar en traningsmodell for benamning av verb, ett informationsmaterial med kommunikationsrad och ett forslag till alternativ och kompletterande kommunikation (AKK) som vi sjalva har tagit fram. Fyra patienter med PNFA vid Minneskliniken, Skanes Universitetssjukhus, Lund medverkade i studien. Samtliga tog del av informationsmaterialet och AKK. Tva av fyra patienter genomforde benamningstraningen. Resultaten visar att benamningstraning ar genomforbar enligt var modell. Ytterligare forskning kravs for att kunna utvardera traningens effekter pa benamningsformagan. Resultaten tyder aven pa att patienter och anhoriga ar positivt installda till logopedisk intervention och att det finns ett behov av omhandertagande. Studien talar for att logopeder behovs i verksamheter som arbetar med patienter med PPA.
Hybrid electric vehicles energy consumption decrease according to drive train architecture, energy management and vehicle use

This paper presents the challenges facing road transportation regarding green house gas emission control for the future and details the different technological options of hybridization. The technical solutions with their characteristics and potential are presented for the different cases that have been implemented and/or marketed. Finally some future solutions allowing pure EV mode and plug-in charging are presented and discussed.
Supply Side Economics Approach Validity Against Ricardo-Barro Hypothesis in Turkey

It is quite common opinion that the choice of public borrowing in financing public deficits will lead to an increase in wealth in the private sector. The rise in private wealth will lead to an increase in private sector spending and an increase in the general level of prices, production volume and interest rates. The Ricardo-Barro Hypothesis presents a different perspective to the economy from this view and argued that the taxes should be increased so that the borrowing realized to finance the budget deficit as a result of the change in taxes can be paid with interest in the upcoming period. In other words, the borrowing made today (tax cut) represents the future tax increase. The Supply Side Economy Approach suggests that the tax rates should be lowered in order to increase the production volume and emphasizes that in this way, prices will decrease as well as production increase and production will be cheaper. The Supply Side Economy Approach, which asserts that more total tax revenues will be obtained through tax reductions, also advocates for the reduction of public expenditures, restriction of money supply and the creation of capital accumulation in the private sector by weakening market interventions. The aim of the study hypothesis against Ricardo-Barro Supply-Side Economics Approach to determine whether
Mesin Pemindah Bahan : Material Handling Equipment

Buku Mesin Pemindah Bahan ini memberi kemudahan bagi mahasiswa jurusan Teknik Mesin untuk mengikuti kuliah karena setiap pokok bahasan dilengkapi contoh soal yang mengacu pada keadaan riil di lapangan (contextual teaching and learning). Buku ini berisi dasar - dasar pengetahuan tentang mesin pemindah bahan yang terdiri dari pesawat angkat (hoisting machine) dan pesawat angkut (conveyor). yang disampaikan secara menarik. padat. dan jelas dengan banyak visualisasi geometris dan fisik dari model matematis. Disertakan pula cakram padat (CD) multimedia yang berupa bahan ajar yang disajikan dengan teks. suara. dan gambar dinamis. serta dilengkapi soal - soal latihan interaktif.
Implementing the ISO/IEC 27001 Information Security Management System Standard

Authored by an internationally recognized expert in the field, this timely book provides you with an authoritative and clear guide to the ISO/IEC 27000 security standards and their implementation. The book addresses all the critical information security management issues that you need to understand to help protect your business s valuable assets, including dealing with business risks and governance and compliance. Moreover, you find practical information on standard accreditation and certification. From information security management system (ISMS) design and deployment, to system monitoring, reviewing and updating, this invaluable book is your one-stop resource on the ISO/IEC 27000 series of standards.
Security software engineering: do it the right way

Secure software development is one of the most information system issues that raised through the use of the internet and networked systems. The importance of developing secure software increases. In this work we present a process for the development of security critical software projects and an overview of some of the existing processes, standards, life cycle models that support the secure software development. It is a guide to the common body of knowledge for producing, acquiring, and sustaining secure software.
THE DRIVER'S ROLE IN COLLISION AVOIDANCE SYSTEMS

The application of advanced technology sensors, processors and software will have significant influence on highway vehicle safety in the coming decade. Advanced vehicle sensors and processing already play a significant role in AVCS (automatic vehicle control systems), so the application to collision avoidance systems will amount to an extension of current on-board sensing, processing and control systems. The main issues to be resolved will be the driver/system interface and the driver's reaction to and effective integration within the CAS. Because of the diverse nature of the driving population, and inability to provide consistent orientation or training, the CAS will have to be designed as a natural extension of the driver's current role in driving. Also, several types of CASs are envisioned to address different accident categories, so some form of integration must be provided to make the various systems compatible. There also must be some commonality of operation between different vehicle models so that drivers can easily and safely transition to different systems.
SERVICE QUALITY ANALYSIS AND IMPROVEMENT: DEVELOPMENT OFA SYSTEMATIC FRAMEWORK

As the service sector is rapidly growing, one of the challenges faced by the service industry is the lack of effe·ctive methodologies for quality analysis and improvement. In service industries, the service quality serves as both a customer retention tool and a business differentiator in local and global competition. This paper aims at developing a systematic framework for service quality analysis and improvement. The proposed framework advantageously integrates quality function deployment (QFD) and structural equation modeling (SEM). More specifically, the framework utilizes QFD to collect, organize, and analyze qualitative information. The results of QFD are used as the basis for developing a service quality improvement strategy. Then, SEM is used in building and analyzing quantitative models to devise a detailed strategy for the improvement. The proposed framework is demonstrated through a case study on the asymmetric digital subscriber lines (ADSL) service of a major telecommunication company in Asia. This framework can be utilized for an effective analysis and improvement ofservice quality not just in the telecommunication industry, but also in any service industry which collects customer satisfaction and service performance data as part of its daily operation.
Prism and Lens Making: A Textbook for Optical Glassworkers

Foreword by W.T. Welford Historical Single surface working Tools and materials in general use Dioptric substances Production of lenses in quantity The manufacture of spectacles Microscope lenses The production of prisms in quantity Non-spherical surfaces Testing optical work The Hilger interferometers for testing prisms and lenses, and other interferometers cognate therewith Surface treatments Testing optical glass-annealing and normalizing Large object glasses and mirrors Reference books on optics and optical glassworking Appendices Bibliography Index
ZVS analysis of asymmetrical half-bridge converter

This paper presents the analysis of operation for asymmetrical half-bridge converter which can achieve ZVS at whole load range by utilizing magnetizing inductance even with very small leakage inductance. The proposed method can minimize "duty cycle loss" and the "voltage spike" of output diodes. One prototype with 94.4% efficiency at rated load is built and experiment results have verified the theoretical analysis.
Reducing the Severity of Crashes During Holidays: Are We Targeting the Right Behaviors?

Holidays are times of recreation, rest and relaxation to be enjoyed with our loved ones. Hence, any road traffic accidents and the subsequent deaths and injuries tend to receive more media attention and evoke stronger public reactions because they are more tragic as they turn our merriment into grief and mourning. Consequently, many jurisdictions have implemented more aggressive police enforcement and publicity campaigns targeted at reducing risky driving behaviors during the holidays. However, relatively little formal research has been conducted to specifically identify the factors contributing to crashes during holidays. Using data from 1999-2008, this research endeavors to identify the behavioral factors that statistically and significantly contribute to the severity of holiday crashes involving two-vehicles. In addition, the impact of different control variables formed from crash, vehicle, road surface and other behavioral factors will also be explored. The results indicate that drivers' violation, drivers' error, drivers' intoxication and non-use of seat-belts significantly contribute to increasing the severity of holiday crashes. However, the impact of unsafe speeding is found to be insignificant in the study. The results obtained suggest that it may be time to consider a more balanced approach to the road safety blitzes conducted during holidays.
TECHNICAL EFFICIENCY AND TECHNOLOGY GAPS ON 'CLEAN AND SAFE' VEGETABLE FARMS IN NORTHERN THAILAND: A COMPARISON OF DIFFERENT TECHNOLOGIES

"Clean and safe" agricultural products are an important issue among consumers, farmers and governments. Many developing countries develop their produce at various points along the ‘clean’ continuum based on production practices related to use of synthetic chemicals. Organic farming is applied to technologies with no chemicals or synthetic fertilisers used during production or processing. It was initially developed by farmers and non-government organisations in Thailand, and subsequently implemented by the Thai government through a series of policies on clean produce to meet international standards. Safe-use and pesticide-free practices lie between organic and conventional practices, and are possible steps when converting conventional farms to organic farms. We compare the technical efficiencies and technology gaps of the four farming systems in northern Thailand of which three - organic, pesticide-free and safe-use - are designated ‘clean and safe’. Farm-level data on vegetable production were collected from random samples of farms using these technologies. A metafrontier model was estimated, enabling the estimation of technical efficiencies and technology gap ratios (TGRs) for vegetable farms operating under the different production systems. Conventional farms were expected to have the highest mean TGR (smallest distance from the metafrontier) as they are least constrained in the way they farm, and results bear out this expectation. The mean TGR for conventional farms is 0.80, significantly higher than that for organic farms at 0.45. But all production systems have farms lying on the metafrontier. In contrast to the TGR results, conventional farms have the lowest mean technical efficiency relative to their group frontier (0.33) and pesticide-free vegetable farms the highest (0.47), most likely reflecting the different degrees of technical assistance provided to farmers in these groups. Organic farming is that farmers in this group did not perform markedly worse than farmers in other groups in terms of productivity. There are numerous organisations and projects providing assistance for ‘clean and safe’ vegetable farming in northern Thailand. Scope exists to improve the performance of farmers in all groups as technical efficiencies and TGRs of farms vary widely in all groups. Improvements are needed for agronomic technology, supply chains, farmer capacity in production and marketing, and effectiveness of technology transfer strategies.
Strategic consensus on manufacturing competitive priorities

Purpose – The purpose of this paper is to provide a critical analysis of studies on strategic consensus along manufacturing competitive priorities. Based on this analysis, a new methodology to measure strategic consensus on manufacturing competitive priorities that is more consistent with mainstream operations management theory is proposed. The paper also includes novel proposals for future research.Design/methodology/approach – The new methodology and proposals for research are mainly based on a literature review of previous studies on strategic consensus regarding manufacturing competitive priorities and also on relevant research and works in the field of operations management.Findings – Previous methodologies used to measure strategic consensus regarding manufacturing competitive priorities are mainly based on studies in the business strategy field. Thus, these methodologies are deemed as inadequate in the operations management field. It is also found that there are very few studies that have analysed .
Charge-pumping characterization of interface traps in Al2O3/In0.75Ga0.25As metal-oxide-semiconductor field-effect transistors

Charge pumping was used to characterize the interface traps between Al2O3 and In0.75Ga0. 25As in an n-channel inversion-mode metal-oxide-semiconductor field-effect transistor (MOSFET). By analyzing the charge pumped under gate voltage pulses of different rise and fall times, the interface trap density was extracted across the band gap of In0.75Ga0. 25As. The interface trap density was found to be 4×1012 cm−2 eV−1 near the conduction band and to peak at 3×1013 cm−2 eV−1 mid-gap. The result helps explain the promising on-state performance of the Al2O3/In0.75Ga0. 25As MOSFET and the need to further improve the interface so that its off-state performance can be on par with that of the Si MOSFET.
Spectroscopic applications of continuous wave optical parametric oscillators

We present a high power (2.75 W), broadly tunable (2.75 − 3.83 μm) continuous wave Optical Parametric Oscillator based on MgO-doped Periodically-Poled Lithium Niobate. Automated tuning of the pump laser, etalon, and crystal temperature results in a continuous wavelength coverage up to 450 cm−1 per poling period at < 5× 10−4 cm−1 resolution. The versatility of the Optical Parametric Oscillator as coherent light source in trace gas detection is demonstrated with Photoacoustic and Cavity Ring-Down Spectroscopy. A 17 cm−1 wide CO2 spectrum at 2.8 μm and multi-component gas mixtures of methane, ethane and water in human breath were measured using photoacoustics. Methane (at 3.2 μm) and ethane (at 3.3 μm) were detected using Cavity Ring-Down Spectroscopy with detection limits of 0.16 and 0.07 parts per billion volume, respectively. A recording of CH4 and CH4 isotopes of methane shows the ability to detect both species simultaneously at similar sensitivities. Published as: “Automatically tunable continuous-wave optical parametric oscillator for highresolution spectroscopy and sensitive trace-gas detection”, A.K. Y. Ngai, S.T. Persijn, G. von Basum, and F.J.M. Harren, Applied Physics B-Laser and Optics 85, 173 (2006)
Atherogenic Index of Plasma Levels in Iraqi Diabetic and Diabetic Nephropathy Patients

The study aimed todetermine the Levels of HbA1c %, urea, createnine, albumin,total cholesterol, triglyceride,high density lipoprotein (HDL-c), low density lipoprotein (LDL-C) and very low-density lipoprotein (VLDL) in diabetic and diabetic nephropathy patients and to compare the results with that of control group. Then, to compare Atherogenic Index of Plasma levels in these groups that may be predict prone of patients to cardiovascular illness. This study has selected one hundred fifty participates who were consideredto be enrolled in this research with aged ranged (40-65) years that divided into three groups as follows: group one (G1) consists of 50 healthy individuals as a control group, group two (G2) consists of 50 patients with diabetes and group three (G3) consists of 50 patients with diabetes and nephropathy as complication. This study illustrated significant increased were found in Total Cholesterol and low-density Lipoprotein in G2 comparing to G1, while there was highly significant increase in total cholesterol and low-density lipoprotein in G3 comparing to G2 and in G1. Results, also, revealed highly significant increase in triglyceride and very low density in G2 and G3 comparing to G1. Data demonstrated highly significant decrease in high density lipoprotein in G2 and G3 comparing to G1. Also, demonstrated highly significant increase in Atherogenic Index levels in G2 and G3 comparing to G1, while no significant increased observed in G3 comparing to G2. Sothe study concluded that Atherogenic Index is elevated in diabetic and nephropathy diabetic patients who could be used as a marker for predict cardiovascular disease in patients groups.