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Advisory Board for the Institute for Online Learning
Advisory Board for the Institute for Online Learning Agenda and Meeting Materials September 16, 2013 Conference Call AGENDA Advisory Board for the Institute for Online Learning Conference Call September 16, 2013 10:00 a.m. Dial in: 1-888-670-3525 Passcode: 144 275 1317 # Chair: Mr. John D. Rood; Vice Chair: Mr. Carlos Alfonso Members: Mr. Ernie Friend, Dr. John Watret 1. Call to Order and Opening Remarks Chair John Rood 2. Approval of Minutes of Meeting held September 3, 2013 Chair Rood 3. University of Florida’s Plan Provost Joe Glover Associate Provost Andy McCollough University of Florida 4. Performance Measures and Benchmarks Dr. McCollough 5. Concluding Remarks and Adjournment Chair Rood 2 STATE UNIVERSITY SYSTEM OF FLORIDA BOARD OF GOVERNORS Advisory Board for the Institute for Online Learning September 16, 2013 SUBJECT: Approval of Minutes of September 3, 2013, Meeting PROPOSED ADVISORY BOARD ACTION Approval of summary minutes of the meeting held via conference call on September 3, 2013. BACKGROUND INFORMATION Advisory Board members will review and approve the summary minutes of the meeting held via conference call on September 3, 2013. Supporting Documentation Included: Summary Minutes for August 23, 2013 Facilitators/Presenters: Chair John Rood 3 MINUTES STATE UNIVERSITY SYSTEM OF FLORIDA BOARD OF GOVERNORS ADVISORY BOARD FOR THE INSTITUTE FOR ONLINE LEARNING CONFERENCE CALL SEPTEMBER 3, 2013 1. Call to Order and Opening Remarks Chair John Rood convened the meeting at 2:05 p.m. on September 3, 2013, with the following members present: Mr. Carlos Alfonso, Mr. Ernie Friend, and Dr. John Watret. A quorum was established. -
Porta-SIMD: an Optimally Portable SIMD Programming Language Duke CS-1990-12 UNC CS TR90-021 May 1990
Porta-SIMD: An Optimally Portable SIMD Programming Language Duke CS-1990-12 UNC CS TR90-021 May 1990 Russ Tuck Duke University Deparment of Computer Science Durham, NC 27706 The University of North Carolina at Chapel Hill Department of Computer Science CB#3175, Sitterson Hall Chapel Hill, NC 27599-3175 Text (without appendix) of a Ph.D. dissertation submitted to Duke University. The research was performed at UNC. @ 1990 Russell R. Tuck, III UNC is an Equal Opportunity/Atlirmative Action Institution. PORTA-SIMD: AN OPTIMALLY PORTABLE SIMD PROGRAMMING LANGUAGE by Russell Raymond Tuck, III Department of Computer Science Duke University Dissertation submitte in partial fulfillment of the requirements for the degree of Doctor of Philosophy in the Department of Computer Science in the Graduate School of Duke University 1990 Copyright © 1990 by Russell Raymond Tuck, III All rights reserved Abstract Existing programming languages contain architectural assumptions which limit their porta bility. I submit optimal portability, a new concept which solves this language design problem. Optimal portability makes it possible to design languages which are portable across vari ous sets of diverse architectures. SIMD (Single-Instruction stream, Multiple-Data stream) computers represent an important and very diverse set of architectures for which to demon strate optimal portability. Porta-SIMD (pronounced "porta.-simm'd") is the first optimally portable language for SIMD computers. It was designed and implemented to demonstrate that optimal portability is a useful and achievable standard for language design. An optimally portable language allows each program to specify the architectural features it requires. The language then enables the compiled program to exploit exactly those fea. tures, and to run on all architectures that provide them. -
Pnw 2020 Strunk001.Pdf
Remote Sensing of Environment 237 (2020) 111535 Contents lists available at ScienceDirect Remote Sensing of Environment journal homepage: www.elsevier.com/locate/rse Evaluation of pushbroom DAP relative to frame camera DAP and lidar for forest modeling T ∗ Jacob L. Strunka, , Peter J. Gouldb, Petteri Packalenc, Demetrios Gatziolisd, Danuta Greblowskae, Caleb Makif, Robert J. McGaugheyg a USDA Forest Service Pacific Northwest Research Station, 3625 93rd Ave SW, Olympia, WA, 98512, USA b Washington State Department of Natural Resources, PO Box 47000, 1111 Washington Street, SE, Olympia, WA, 98504-7000, USA c School of Forest Sciences, Faculty of Science and Forestry, University of Eastern Finland, P.O. Box 111, 80101, Joensuu, Finland d USDA Forest Service Pacific Northwest Research Station, 620 Southwest Main, Suite 502, Portland, OR, 97205, USA e GeoTerra Inc., 60 McKinley St, Eugene, OR, 97402, USA f Washington State Department of Natural Resources, PO Box 47000, 1111 Washington Street SE, Olympia, WA, 98504-7000, USA g USDA Forest Service Pacific Northwest Research Station, University of Washington, PO Box 352100, Seattle, WA, 98195-2100, USA ARTICLE INFO ABSTRACT Keywords: There is growing interest in using Digital Aerial Photogrammetry (DAP) for forestry applications. However, the Lidar performance of pushbroom DAP relative to frame-based DAP and airborne lidar is not well documented. Interest Structure from motion in DAP stems largely from its low cost relative to lidar. Studies have demonstrated that frame-based DAP Photogrammetry generally performs slightly poorer than lidar, but still provides good value due to its reduced cost. In the USA Forestry pushbroom imagery can be dramatically less expensive than frame-camera imagery in part because of a na- DAP tionwide collection program. -
Finance in Latvia #1
K O H C C B N A L I K O H C C B N A L I Looking into the future of tech on the crossroads of hype and hope 8 Finance in Latvia Issue § 1 , September 2018 The biannual magazine of the Finance Latvia Association As a result of the development of the finance industry and growing cooperation between participants in the sector, as well as the sustained creation of innovations in financial technology, the Association of Latvian Commercial Banks has expanded its activities and this summer became the Finance Latvia Association. The organisation’s development strategy states its aim of becoming a broad platform for cooperation between finance, technology and related industries, as well as for interest representation in Latvia, the Baltics and Europe. Established in 1992, it is one of the oldest and most experienced business organisations in Latvia. Doma laukums 8A-6, Riga, lv-1050, Latvia +371 6728 4528 [email protected] Edited by Copywriter (writer.lv) Designed by Alexey Murashko © Finance Latvia Association, 2018 THE MESSAGE Living up to the growing challenges “The Baltics punch above their weight”. This was the his is a time of rapid local and global de- conclusion of a Tech.eu study called An Exploration of velopment in many spheres, where the the Startup Ecosystems, published last December. And boundaries between the finance sector, financial and other services, and the regu- indeed, as European Commission Vice-President Valdis latory environment are being blurred. So Dombrovskis put it during one of this year’s major it’s not surprising that the Finance Latvia tech-related forums, ”the Baltics are among the EU’s Association is also going through a trans- FinTech leaders, thanks to the early adoption of digital formation of its own. -
GUIDE to INTERNATIONAL UNIVERSITY ADMISSION About NACAC
GUIDE TO INTERNATIONAL UNIVERSITY ADMISSION About NACAC The National Association for College Admission Counseling (NACAC), founded in 1937, is an organization of 14,000 professionals from around the world dedicated to serving students as they make choices about pursuing postsecondary education. NACAC is committed to maintaining high standards that foster ethical and social responsibility among those involved in the transition process, as outlined in the NACAC’s Guide to Ethical Practice in College Admission. For more information and resources, visit nacacnet.org. The information presented in this document may be reprinted and distributed with permission from and attribution to the National Association for College Admission Counseling. It is intended as a general guide and is presented as is and without warranty of any kind. While every effort has been made to ensure the accuracy of the content, NACAC shall not in any event be liable to any user or any third party for any direct or indirect loss or damage caused or alleged to be caused by the information contained herein and referenced. Copyright © 2020 by the National Association for College Admission Counseling. All rights reserved. NACAC 1050 N. Highland Street Suite 400 Arlington, VA 22201 800.822.6285 nacacnet.org COVID-19 IMPACTS ON APPLYING ABROAD NACAC is pleased to offer this resource for the fifth year. NACAC’s Guide to International University Admission promotes study options outside students’ home countries for those who seek an international experience. Though the impact the current global health crisis will have on future classes remains unclear, we anticipate that there will still be a desire among students—perhaps enhanced as a result of COVID-19, to connect with people from other cultures and parts of the world, and to pursue an undergraduate degree abroad. -
The Smib Mag 2019 - 2020
THE SMIB MAG 2019 - 2020 10 YEARS AFTER... INTERNATIONAL RANKINGS BUSINESS #7 #3 #5 #8 EDUCATION 2019 European Master in Master in Executive Business School Management Finance Education ESSEC Programs BUSINESS SCHOOL, THE PIONEERING SPIRIT Key fi gures ESSEC is a graduate school with ESSEC is a school with French Roots programs ranging from Bachelor that trains responsible leaders. to PhD, a wide range of Masters Being a responsible leader means programs including our fl agship Master being able to see beyond business in Management and Global MBA as usual. Responsible leaders are programs. ESSEC also o ers executive able to value long-term benefi ts education and custom training over short-term profi ts; they are able 6O,OOO 6,66O designed and developed on-demand to blend corporate performance graduates worldwide students in full-time undergraduate for our partners from the private with employees’ well-being. To and graduate programs sector. ESSEC holds the “Triple crown” prepare its students for the world of of accreditations for global business tomorrow, ESSEC’s pedagogy seeks education: EQUIS, AACSB and AMBA. to awaken and develop creative and critical thinking, together with 4 +1 34% 1O2 Vincenzo Esposito Vinzi At the core of the ESSEC learning the learning-by-doing method. campuses in augmented international nationalities Dean and President experience is a combination of Responsible leaders are those who Cergy, Paris-La Défense, digital students represented of ESSEC Business School excellence and distinctiveness. can see the broader picture. Singapore and Rabat campus ESSEC’s unique educational model is based on education by experiences, ESSEC is a full ecosystem at the that foster the acquisition of crossroad of rigorous and relevant partner universities CREATED IN 19O7, ESSEC cutting-edge knowledge with the research, innovation, business and in 45 countries +1oo development of know-how and life society. -
User Guide - Opendap Documentation
User Guide - OPeNDAP Documentation 2017-10-12 Table of Contents 1. About This Guide . 1 2. What is OPeNDAP. 1 2.1. The OPeNDAP Client/Server . 2 2.2. OPeNDAP Services . 3 2.3. The OPeNDAP Server (aka "Hyrax"). 4 2.4. Administration and Centralization of Data . 5 3. OPeNDAP Data Model . 5 3.1. Data and Data Models . 5 4. OPeNDAP Messages . 17 4.1. Ancillary Data . 17 4.2. Data Transmission . 23 4.3. Other Services . 24 4.4. Constraint Expressions . 27 5. OPeNDAP Server (Hyrax) . 34 5.1. The OPeNDAP Server. 34 6. OPeNDAP Client . 37 6.1. Clients . 38 1. About This Guide This guide introduces important concepts behind the OPeNDAP data model and Web API as well as the clients and servers that use them. While it is not a reference for any particular client or server, you will find links to particular clients and servers in it. 2. What is OPeNDAP OPeNDAP provides a way for researchers to access scientific data anywhere on the Internet, from a wide variety of new and existing programs. It is used widely in earth-science research settings but it is not limited to that. Using a flexible data model and a well-defined transmission format, an OPeNDAP client can request data from a wide variety of OPeNDAP servers, allowing researchers to enjoy flexibility similar to the flexibility of the web. There are different implementations of OPeNDAP produced by various open source NOTE organizations. This guide covers the implementation of OPeNDAP produced by the OPeNDAP group. The OPeNDAP architecture uses a client/server model, with a client that sends requests for data out onto the network to a server, that answers with the requested data. -
ESAIL D3.3.4 Auxiliary Tether Reel Test Report
WP 3.3 “Auxiliary tether reel”, Deliverable D3.3.4 ESAIL ESAIL D3.3.4 Auxiliary tether reel test report Work Package: WP 3.3 Version: Version 1.0 Prepared by: DLR German Aerospace Center, Roland Rosta Time: Bremen, June 18th, 2013 Coordinating person: Pekka Janhunen, [email protected] 1 WP 3.3 “Auxiliary tether reel”, Deliverable D3.3.4 ESAIL Document Change Record Pages, Tables, Issue Rev. Date Modification Name Figures affected 1 0 18 June 2013 All Initial issue Rosta 2 WP 3.3 “Auxiliary tether reel”, Deliverable D3.3.4 ESAIL Table of Contents 1. Scope of this Document ......................................................................................................................... 5 2. Test Item Description ............................................................................................................................ 6 2.1. Auxiliary Tether Reel...................................................................................................................... 6 3. Test Results ............................................................................................................................................ 7 3.1. Shock and Vibration Tests .............................................................................................................. 7 3.2. Thermal Vacuum Tests ................................................................................................................. 10 4. Appendix ............................................................................................................................................. -
Riga Technical University Whose Decision Is Irrevocable
Professional MBA Application and Admission Information Packet In alliance with Admissions to Professional MBA The RBS MBA program recruits the best students, provides them the best management education and helps them get the best careers. RBS selects only the best students of those who apply. This program has international faculty and a professionally skilled student body. The admissions process favors those who want to refine their professional skills and move up the career ladder. Please read the entire application/information packet carefully. Be careful to provide all of the information requested. Incomplete applications will not be considered until all of the requested information has been provided. Questions about MBA Program & admissions should be directed to RBS Admissions Office: Skolas iela 11 Rīga, LV-1010, Latvia Ph.: +371 6 708 9800 Fax:+371 6 708 9810 e-mail: [email protected] Requirements: 1. Bachelor degree (or locally appropriate equivalent) from an accredited (by national authorities) institution. 2. Evidence of fluency in English (if English is not your native language). This can be a TOEFL ITP, TOEFL iBT or IELTS Test 3. RBS Intellectual Test score or GMAT 2 www.rbs.lv [email protected] 4. Professional MBA Application Form If you are submitting a paper application you must submit a completed application. Incomplete applications will not be processed. Please fill in the application form using block letters. 1. Personal Information (Your name must match the one in your passport) Photo Last Name First Name Middle Name Date of Birth Day Month Year Gender Male Female Citizenship Personal code (if applicable) 2. -
Optimization of Virtual Power Plant in Nordic Electricity Market
DEGREE PROJECT IN ELECTRICAL ENGINEERING, SECOND CYCLE, 30 CREDITS STOCKHOLM, SWEDEN 2019 Optimization of Virtual Power Plant in Nordic Electricity Market JWALITH DESU KTH ROYAL INSTITUTE OF TECHNOLOGY SCHOOL OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE KTH Royal Institute of Technology Master Thesis Optimization of Virtual Power Plant in the Nordic Electricity Market Author: Jwalith Desu Supervisor: Dr. Mohammad Reza Hesamzadeh Examiner: Dr. Mohammad Reza Hesamzadeh A thesis submitted in fulfilment of the requirements for the degree of Master of Science in the Electricity Market Research Group (EMReG) School of Electrical Engineering October 2019 Declaration of Authorship I, Jwalith DESU, declare that this thesis titled, 'Optimization of Virtual Power Plant in the Nordic Electricity Market' and the work presented in it are my own. I confirm that: This work was done wholly or mainly while in candidature for a research degree at this University. Where any part of this thesis has previously been submitted for a degree or any other qualification at this University or any other institution, this has been clearly stated. Where I have consulted the published work of others, this is always clearly at- tributed. Where I have quoted from the work of others, the source is always given. With the exception of such quotations, this thesis is entirely my own work. I have acknowledged all main sources of help. Where the thesis is based on work done by myself jointly with others, I have made clear exactly what was done by others and what I have contributed myself. Signed: Date: i Abstract With the world becoming more conscious about achieving 1.5-degree scenario as promised by the most powerful economies of the world, much needed push was received by the renewable energy technology providers. -
Comparison of the Education Systems
Sustainable Public Buildings Designed and Constructed in Wood (Pub-Wood) 2018-1-LT01-KA203-046963 Comparison of the Education Systems Prepared by Assoc. Prof. Dr Laura Tupenaite (Vilnius Gediminas Technical University) Jan Uwe Wolff (VIA University College) Assist. Prof. Carl Mills (Coventry University) M. Eng. Jari Komsi (Häme University of Applied Sciences) Prof. Ineta Geipele, Janis Zvirgzdins (Riga Technical University) 2019 ERASMUS + Action KA2: Cooperation for Innovation and The Exchange of good practices. Strategic Partnerships Sustainable Public Buildings Designed and Constructed in Wood (Pub-Wood) TABLE OF CONTENTS INTRODUCTION ................................................................................................................................... 3 1. ABOUT UNIVERSITIES....................................................................................................................... 4 1.1. Vilnius Gediminas Technical University .................................................................................... 4 1.2. VIA University College .............................................................................................................. 6 1. 3. Coventry University ................................................................................................................. 7 1.4. Häme University of Applied Sciences ..................................................................................... 10 1.5. Riga Technical University ....................................................................................................... -
Academic Integrity in Latvia's Higher Education Institutions
SSE Riga Student Research Papers 2021 : 6 (238) ACADEMIC INTEGRITY IN LATVIA’S HIGHER EDUCATION INSTITUTIONS Authors: Rūta Ozoliņa Laine Helēna Bēriņa ISSN 1691-4643 ISBN 978-9984-822-62-4 May 2021 Riga Academic Integrity in Latvia’s Higher Education Institutions Rūta Ozoliņa and Laine Helēna Bēriņa Supervisor: Zane Vārpiņa May 2021 Riga Table of contents Abstract 5 1. Introduction 6 2. Literature Review 8 2.1 Academic Integrity 8 2.2 Academic Dishonesty 9 2.3 Academically Dishonest Behaviours 9 2.4 Motivation for Academic Dishonesty 11 2.5 Measurement of Academic Integrity 13 2.6 Ensuring Academic Integrity 15 3. Methodology 18 3.1 Theoretical Framework 18 3.2 Surveys and Sampling 21 3.3 Analysis Method 21 3.4 Interviews 23 4. Results 24 4.1. Sample Description 24 4.2. Dishonest Behaviours 24 4.3. Correlation Analysis 26 4.4. Justifications for Dishonesty 27 4.5. Differences Between Groups 28 4.6. Impacting Factors 29 5. Analysis and Discussion 33 5.1 Most Common Dishonest Behaviours 33 5.2 Influencing Factors 35 5.2.1 Justifications 38 5.3 Suggestions for Reducing Academic Dishonesty 39 5.4 Limitations 41 6. Conclusions 42 7. References 44 8. Appendices 47 Appendix A. Glossary 47 Appendix B. Survey questionnaire 47 3 Appendix C. Data conversion 50 Appendix D. Average engagement in dishonest behaviours 51 Appendix E. Sample and variable description 51 Appendix F. Regression outputs 52 Appendix G. T-test outputs 54 Appendix H. Correlation matrices 55 Appendix I. ANOVA for justifications 55 4 Abstract Academic integrity is a precondition for quality education.