...SOA Arquitectura Orientada a Servicios Índice 1. Introducción 4 2. SOA (Service Oriented Architecture) 5 3. Historia de Soa 5 4. Beneficios 6 4.1 Para el Negocio 6 4.2 Para las tecnologías 6 5. ¿Por qué debo saber de SOA? 7 6. Valor aportado por SOA 8 7. SOA desde el punto de vista del negocio 8 8. Agilidad en el negocio articulada por SOA 9 9. SOA y la Cadena de Valor 10 10. Facilitadores tecnológicos clave de SOA 12 10.1 BPM o Business Process Management 12 10.2 La tecnología de Web Services 12 10.3 El ESB o Enterprise Service Bus 12 10.4 BAM o Business Activity Monitoring 12 10.5 El Gobierno de desarrollo el ESR o Enterprise Service Repositorio 13 10.6 El Gobierno de ejecución 13 11. Beneficios SOA para la Industria 13 12. Rol del Arquitecto SOA 14 13. Descripción del Problema 14 13.1 Solución Costosa (P2P) 15 13.2 Solución Óptima (BUS) 16 14. Bus de Servicios de Empresa (ESB) 17 14.1 ¿Por qué utilizar un ESB? 18 14.2 Funcionalidades de un ESB 18 15. Herramienta SOA: Mule ESB 19 15.1 Características 20 15.2 Ventajas 20 15.3 Historia 20 15.4 Anypoint Studio 21 16. Clientes de Mule 22 16.1 eBay Enterprise 22 16.2 Nespresso 22 17. Reportes: Cuadrante Mágico de Gartner 23 17.1 Criterios de Evaluación 24 17.2 Cuadrante Mágico para Plataformas de Integración Empresarial como Servicio (iPaaS) 26 17.3 Cuadrante Mágico para Gobernabilidad de Servicios de Aplicaciones 27 17.4 Cuadrante Mágico para Integración...
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...CHEM 5 Quantitative Analysis Laboratory Outline. 55labout.doc 02/06/05 Objectives: • development of quantitative laboratory skills • introduction to modern analytical science • Approach: • solve a series of chemical analysis problems with various techniques and instruments • certify laboratory instruments and standards • maintain laboratory records in compliance with Good Laboratory Practice Guidelines Schedule: Weeks 1-6 - Perform a Basic Set of 8 fundamental experiments (Series A) Weeks 5-15 Two parallel activities will be sustained: - Perform a series of quantitative studies (Series B) - Calibration of laboratory instruments (Each student or student group will perform each experiment in the B-series.) (Each student or student group will perform the calibration of laboratory instruments __________________________________________________________________ Series A. Basic Quantitative Techniques Introductory Experiments (A-1) Experiment 1 Use of the Analytical Balance (page 727) (A-2) Experiment 2 Use of the Pipet and Buret and Statistical Analysis (page 729) Gravimetric Analysis (A-3) Experiment 3 Gravimetric Determination of Chloride (page 730) Volumetric Analysis Acid-Base Titrations Neutralization Titrations (A-4) Experiment 6 Determination of Replaceable Hydrogen in Acid by Titration with Sodium Hydroxide (page 736) (A-5) Experiment...
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...Bulk Polymerization of Styrene Bulk polymerization of styrene will be conducted with different initial initiator concentrations. The polymers will be analyzed for their MW and PDI by size exclusion chromatography (SEC) using a calibration curve. The MW dependence on conversion will be investigated. The effect of the initiator concentration on polymer MW will be examined. Materials. Azobisisobutyronitrile (AIBN) and toluene (HPLC) were purchased from Sigma-Aldrich and used as received. Styrene (Sigma-Aldrich) was purified by passing through a silica column to remove inhibitors. CDCl3 was purchased from Cambridge Isotope and was used as received. Methods. Reaction procedure. To a vial charged with freshly purified styrene (10 g) was AIBN (0.7g, 0.35g or 0.17g) added at room temperature. The mixtures are then heated at 80˚C in an oil bath. Seven aliquots of the reaction mixture are removed at fixed time intervals (e.g., 0, 20, 40, 60, 80,100 min, 1 week) and analyzed by 1H NMR spectroscopy for conversion and SEC for polymer MW and PDI. Sample preparation for SEC analysis. An aliquot of the reaction mixture (3mg) is dissolved in THF(1mL) and was filtered through a syringe membrane filter prior to injection into SEC column. Sample preparation for 1H NMR analysis. An aliquot of the reaction mixture (0.1-0.5 mg) is dissolved in CDCl3 (1mL) and is transferred into a NMR tube for conversion analysis. Lab report write-up. Summarize and discuss your experimental...
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...Ada Lovelace was born in London on December 10th, 1815. Her parents were Lord George Gordon Byron and Lady Anne Isabella Milbanke Byron. They didn’t have a happy relationship, and Lady Byron separated from her husband weeks after Ada was born. A few months later, Lord Byron left England, and Ada never saw him again because unfortunately he died in Greece when Ada was 8 years old. Later on in her life, Ada’s mother hired tutors to teach her science and math. She believed that if Ada engaged in these, it would prevent her from developing her father's moody and unpredictable temper. In 1835, Ada married William King. They had three children together. Ada's health suffered after a case of cholera in 1837. Doctors gave her painkillers and her personality...
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...Representing Repression: A Psychological Reading of Menagerie Shih Ching-liang The Glass As the tradition of realism dominated in the late 19th century, expressionism emerged along with the rise of psychology at the very end of the century Expressionistic plays sought to give not the external reality or surface appearance of life but the inner reality, life as felt rather than as seen (Barnet 519). The Glass Menagerie is mostly expressionistic: the first sentence of the Production Notes declares that “it is a memory play.” The term “memory play” suggests that it is a play worked out in one’s mental process, rather than a realistic representation. Instead of external reality, the inner vision becomes the primary concern of expressionistic drama. Thus this paper focuses on the repressed state of each character in the Wingfield family, and tries to shed light on their inner psychology by means of psychoanalytical approach. As a mother figure, Amanda is quite distinctive from those in conventional drama. With the father absent for years, Amanda takes on not only maternal nuturing responsibilities but also the paternal disciplinary role. She is a breadwinner (though partly) as well as a caretaker. Yet in her attempt to fulfill this double-sided role, she actually encounters a series of frustrations and repressions, which provoke her to escape into the retreat of past. In the play, what characterizes Amanda is her poignant sentiment toward the Old South days. She believes in the...
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...Alice Walker the Woman and Jesus Name: Class: English 125 Date: October 1, 2012 Instructor: Alice Walker wrote a story about an old black woman whom wanted to attend church but was not able to be permitted to attend. My interpretation of what Alice Walker wrote about the old lady experience when she tried to attend a white church and was thrown out will shine a light on how strong this old lady was and give some cultural conflict to why this happen to her. Archetypal approach will give us some emotional feedback to why this happened. This story caught my attention because it reminded me of my grandmother. My grandmother is a very strong woman whom has taken care of people all of her life. The old lady in the story has taken care of most of the people in the town and they still do not except her, because of the color of her skin. This story reminds me of segregation. Blacks not being allowed in all-white churches no matter how many floors she cleaned, or dishes she washed and how many white children she raised. This story bought back memories of the struggles my family had to live in the south. It is really hard to read a story like this and know that my grandmother been through something like this. The culture within the story drew me in because of the history my family has with the issue. I really did not like the conflict of the story. I did not like how the people in the church talked about her and looked at her like she did not matter...
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...A MULTI-STAKEHOLDER INDUSTRIAL PROJECTS SELECTION: AN ANALYTIC HIERARCHY PROCESS AND ZERO-ONE-GOAL PROGRAMMING APPROACH Salah R. Agha School of Industrial Engineering, Faculty of Engineering, Islamic University-Gaza, Gaza Strip, Phone: 970-599-746-533, aghasr@yahoo.com ABSTRACT This study uses Analytic Hierarchy Process (AHP) and Zero-One Goal Programming(ZOGP) to select the most favorable industrial projects from the viewpoints of three stakeholders, namely, govern mental, consultants and academics. Therefore, it is the purpose of this paper to help reach a consensus among the stakeholders for selecting certain projects using weights obtained by AHP as inputs to (ZOGP) model. This is first done by identifying the projects from each individual stakeholder's viewpoint. Further, an aggregate model that simultaneously combines the viewpoints of the three stakeholders is built assuming that the three stakeholders have equal weights. Results show that the aggregate model does strike a balance not only among the conflicting criteria, but more importantly, it strikes a balance among the different stakeholders. Therefore, the aggregate model would make it easier for stakeholders to reach a consensus. Keywords: Multi Criteria Optimization; Project Prioritization; Integrated AHP-ZOGP; Multi-stakeholder. 1. Introduction Traditional methods used in project selection usually justify the projects using low level capital budgeting which works well for investments with clearly...
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...Challenges within a CMO Purification Process A Case Study of Crossflow Micro- and Ultrafiltration 6th European Downstream Technology Forum September 7, 2010, Sartorius College, Goettingen Agenda I. II. Introduction Overview applications for CFF at RHB III. Case study I & II IV. Strategies to maintain quality Richter-Helm offers services for (co-)development and manufacture of biopharmaceuticals Business Units and Services In- & Out-Licensing Marketing & Sales Contract development Contract manufacturing Business Development Team GMP-Production Facility, Bovenau 3 Richter-Helm was one of the first companies to produce recombinant proteins in accordance to GMP-guidelines History of Richter-Helm Timeline 1987 1989 1993 1998 2000 2001 Foundation of Pharma Biotechnologie Hannover and start of GMP production Entering contract GMP manufacturing Broadening service portfolio / establishment of contract development services Building up of development centre in Hamburg Planning and start of construction of the new large scale GMP facility in Bovenau First long-term commercial development and supply agreement for large scale facility signed Initiation of GMP production in Bovenau Acquisition by Gedeon Richter Plc and HELM AG Start of in-house development projects Fully remodelled Hannover facility in operation Capacity enlargement in Bovenau More than 20 years of experience in biopharmaceuticals production 3 development and production locations 2003...
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...THEORETICAL AND CONCEPTUAL FRAMEWORK The theoretical framework that used in the study is the IPO or the Input-Process-Output pattern; this is widely used for describing the structure of an information processing program or other process. Many introductory programming and systems analysis texts introduce this as the most basic structure for describing a process. In this diagram, the IPO is connected by an arrow and viewed by a series of boxes. Flowchart and conceptual framework are often used to represent the process of one study and allow us to map and assess the research findings. What goes in is the input; what causes the change is the process; and what comes out is the output. Fast and Accurate than the manual type in computing grade. Using the program to calculate the grade of a student. Evaluation about the program The manual computation of grades using a calculator or other software. Input Process Output Figure 1. Input-Output-Process A conceptual framework is an analytical tool with several variations and contexts. It is used to make conceptual distinctions and organize ideas. Strong conceptual frameworks capture something real and do this in a way that is easy to remember and apply. Figure 1 shown to represent the concept behind the development of the program for the first box which is input, we all know that the manual process of computing grade is prone to human error and time consuming so we propose this program to solve the said problem. The process...
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...This experiment will separate the components of a mixture on the basis of their differing absorptive tendencies on a stationary phase, which is the method of chromatography. The mobile phase will consist of four distinct transition metal cations dissolved in an acetone-hydrochloric acid eluent, along with three unknown solutions; the identities of these will be determined based on a comparison of the Rf value of these to the known cations. First to be prepared was the stationary phase, or chromatographic paper, which in this case was filter paper. Given only large sheets, it was cut into a rectangle with 20 cm length and 10 cm width. Before cutting, though gloves were put on so that skin oil would not stain the filter paper. Also, the filter paper was not laid on the lab table, but on a paper towel. With a pencil, a line was drawn 2 cm from the bottom edge of the paper. Marks were put on the line, 2 cm apart, and labeled with the appropriate cations and the unknowns labeled as U1, U2, and U3. The stationary phases were then spotted with the corresponding knowns and unknowns, then dried under a heat lamp. This spotting process was repeated 3 times. It was done using glass capillary tubes; these used adhesive and cohesive forces to draw up the cation solutions into the tube and subsequently released them onto the filter paper when touch. With the stationary prepared, the developing chamber was made. In a 600-ml beaker 9 ml of acetone and 1ml of 6 M HCl were combined (under...
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...Gunshot Residue Analysis You are provided with cotton balls that were used to swab 2 suspect’s hands for the presence of gunshot residue. Determine, by atomic absorption spectroscopy, if either of the 2 have fired a gun recently. To do this you will first extract the lead residue off of the cotton ball and then you will run the lead samples and a lead positive sample and a blank to determine if there is lead in the residue from the suspect’s hands. Extraction/Sample Prep: 1.) Use tweezers or forceps to remove the cotton ball from its container and place it into a plastic centrifuge tube. Add 10 mL of 1% nitric acid and shake well. Continue shaking occasionally for 10 minutes. 2.) Remove the supernatant (the liquid in the tube) with a transfer pipet and place it into a labeled 25 mL volumetric flask. 3.) Add 1 mL of Ammonium dihydrogen phosphate solution. 4.) Dilute the contents of the flask with 1% nitric acid. 5.) Label the flask(s) as unknowns (1,2). Positive and negative control samples: 1.) Add 1 mL of lead standard to a 25 mL volumetric flask. 2.) Add 1 mL of Ammonium dihydrogen phosphate solution. 3.) Dilute the contents of the flask with 1% nitric acid. 4.) Label the flask as positive control #1 5.) Add 0.5 mL of lead standard to a 25 mL volumetric flask. 6.) Add 1 mL of Ammonium dihydrogen phosphate solution. 7.) Dilute the contents of the flask with 1% nitric acid. 8.) Label the flask as positive control #2 9.) Add 1 mL of Ammonium dihydrogen phosphate solution. 10.)...
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...Statement of Goals The goal of the group project was to calculate the percent calcium in a natural calcium tablet from Prime Eastern Pharmaceuticals in order to compare it with the reported amount of 800 mg of calcium per tablet to determine the validity of complaints regarding a reduced amount of mineral in the multivitamin. The quantitative determination of the analyte was accomplished through three experiments: complexometric titrimetry, flame atomic absorption analysis, and potentiometry using an Ion Selective Electrode. The complexometric titrimetry involved titrating the unknown calcium solution made from the calcium tablet with standardized EDTA. Quantitative determination of the analyte calcium was possible due to the stable and quick formation of the metal-EDTA complex with a 1:1 reaction stoichiometry. Flame atomic absorption analysis is useful in determining the amount of analyte in an unknown because the measure absorbances of standard solutions can be used to plot a calibration curve that can be used to determine the concentration of the metal in an unknown solution. Potentiometry is useful for determination of analyte when an ion sensitive electrode is used to find the amount of ion in standard solutions. Week 1: Introduction and Background The first test for calcium in the multivitamin was complexometric titrimetry, a titration of a solution of calcium tablet with a standardized solution of EDTA. EDTA forms a stable complex with calcium metal with a reaction...
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...Chromatography is commonly used to separate mixtures to determine different chemical components. The main types of chromatography include gas, thin layer, paper and column chromatography. Generally used most, paper has a stationery phase and a mobile phase in a chromatographical experiment. The stationery phase is the paper itself absorbing the solvent, while the mobile phase is the solute moving up the strip of paper. Solvents are solids, liquids or gasses that dissolve the solute, in this instance it separates the pigments of the ink so you can see what colours make the solute. (ABC, 2018) Each solvent has a different structure based on their dielectric constant. The solvents being used in this experiment are acetone, acetic acid (5%) and water. The dielectric constant states how polar each solvent is, showing whether or not it will have a better reaction with the inks tested. The measurement of the solute and the solvent is calculated in this equation: The Rf value (retention value) is the distance at which the solute has travelled (Mobile phase). This is a useful technique as it can determine the polarities of the solvents. Determining whether the solvents are polar or non-polar is through their chemical structure and electronegativity charges. Electronegativity is a measure of the tendency of an atom to attract a bonding pair of electrons. (Clark, 2000) Firstly, if the electronegativity difference is greater than 0.5, then it is considered as a polar bond and if it below...
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...Maria Vasilenko 223901 Feasibility of using biosensors for heavy metal detection in complex matrices such as bio-slurries. Master of Science Thesis Examiners: Professor Matti Karp Professor Raghida Lepistö Examiner and topic approved in The Science and Bioengineering Department Council meeting on 7.11.2012 Abstract TAMPERE UNIVERSITY OF TECHNOLOGY Master‟s Degree Programme in Science and Bioengineering Vasilenko Maria: Feasibility of using biosensors for heavy metal detection in complex matrices such as bio-slurries. Seminar paper, 97 pages November 2012 Major: Biotechnology Examiners: Matti Karp, Raghida Lepisto Keywords: environmental pollution, heavy metals, biosensors, slurries The quality of bioslurries that are used in industrial production and agriculture need to be watched very closely to avoid spreading of contaminants on area and poisoning of humans and animals. Because heavy metals are very stable and toxic in many chemical compositions, their amount should be estimated very thoroughly. A new approach that involved biosensors was tested in this study. Because the slurries are complex non-unified matrices which composed of two phases – solid and liquid, the cell behavior can varies a lot from the one that explained in water and so the estimation of ion concentration can be not reliable. It was shown that the cell actually behave different in the slurries. Normally the dissolved compounds suppress the biosensor activity and, in the same time, the ions in the...
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...Chemistry Modern Analytical Chemistry David Harvey DePauw University Boston Burr Ridge, IL Dubuque, IA Madison, WI New York San Francisco St. Louis Bangkok Bogotá Caracas Lisbon London Madrid Mexico City Milan New Delhi Seoul Singapore Sydney Taipei Toronto McGraw-Hill Higher Education A Division of The McGraw-Hill Companies MODERN ANALYTICAL CHEMISTRY Copyright © 2000 by The McGraw-Hill Companies, Inc. All rights reserved. Printed in the United States of America. Except as permitted under the United States Copyright Act of 1976, no part of this publication may be reproduced or distributed in any form or by any means, or stored in a data base or retrieval system, without the prior written permission of the publisher. This book is printed on acid-free paper. 1 2 3 4 5 6 7 8 9 0 KGP/KGP 0 9 8 7 6 5 4 3 2 1 0 ISBN 0–07–237547–7 Vice president and editorial director: Kevin T. Kane Publisher: James M. Smith Sponsoring editor: Kent A. Peterson Editorial assistant: Jennifer L. Bensink Developmental editor: Shirley R. Oberbroeckling Senior marketing manager: Martin J. Lange Senior project manager: Jayne Klein Production supervisor: Laura Fuller Coordinator of freelance design: Michelle D. Whitaker Senior photo research coordinator: Lori Hancock Senior supplement coordinator: Audrey A. Reiter Compositor: Shepherd, Inc. Typeface: 10/12 Minion Printer: Quebecor Printing Book Group/Kingsport Freelance cover/interior designer: Elise Lansdon Cover image: © George Diebold/The...
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