A History of Army Communications and Electronics at Fort Monmouth, New
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Partial List of Institutional Clients
Lord Cultural Resources has completed over 2500 museum planning projects in 57+ countries on 6 continents. North America Austria Turkey Israel Canada Belgium Ukraine Japan Mexico Czech Republic United Kingdom Jordan USA Estonia Korea Africa France Kuwait Egypt Central America Germany Lebanon Morocco Belize Hungary Malaysia Namibia Costa Rica Iceland Philippines Nigeria Guatemala Ireland Qatar South Africa Italy Saudi Arabia The Caribbean Tunisia Aruba Latvia Singapore Bermuda Liechtenstein Asia Taiwan Trinidad & Tobago Luxembourg Azerbaijan Thailand Poland Bahrain United Arab Emirates South America Russia Bangladesh Oceania Brazil Spain Brunei Australia Sweden China Europe New Zealand Andorra Switzerland India CLIENT LIST Delta Museum and Archives, Ladner North America The Haisla Nation, Kitamaat Village Council Kamloops Art Gallery Canada Kitimat Centennial Museum Association Maritime Museum of British Columbia, Victoria Alberta Museum at Campbell River Alberta Culture and Multiculturalism Museum of Northern British Columbia, Alberta College of Art and Design (ACAD), Calgary Prince Rupert Alberta Tourism Nanaimo Centennial Museum and Archives Alberta Foundation for the Arts North Vancouver Museum Art Gallery of Alberta, Edmonton Port Alberni Valley Museum Barr Colony Heritage Cultural Centre, Lloydminster Prince George Art Gallery Boreal Centre for Bird Conservation, Slave Lake National Historic Site, Port Alberni Canada West Military Museums, Calgary R.B. McLean Lumber Co. Canadian Pacific Railway, Calgary Richmond Olympic Experience -
The Fate of National Socialist Visual Culture: Iconoclasm, Censorship, and Preservation in Germany, 1945–2020
City University of New York (CUNY) CUNY Academic Works School of Arts & Sciences Theses Hunter College Fall 1-5-2021 The Fate of National Socialist Visual Culture: Iconoclasm, Censorship, and Preservation in Germany, 1945–2020 Denali Elizabeth Kemper CUNY Hunter College How does access to this work benefit ou?y Let us know! More information about this work at: https://academicworks.cuny.edu/hc_sas_etds/661 Discover additional works at: https://academicworks.cuny.edu This work is made publicly available by the City University of New York (CUNY). Contact: [email protected] The Fate of National Socialist Visual Culture: Iconoclasm, Censorship, and Preservation in Germany, 1945–2020 By Denali Elizabeth Kemper Submitted in partial fulfillment of the requirements for the degree of Master of Arts in Art History, Hunter College The City University of New York 2020 Thesis sponsor: January 5, 2021____ Emily Braun_________________________ Date Signature January 5, 2021____ Joachim Pissarro______________________ Date Signature Table of Contents Acronyms i List of Illustrations ii Introduction 1 Chapter 1: Points of Reckoning 14 Chapter 2: The Generational Shift 41 Chapter 3: The Return of the Repressed 63 Chapter 4: The Power of Nazi Images 74 Bibliography 93 Illustrations 101 i Acronyms CCP = Central Collecting Points FRG = Federal Republic of Germany, West Germany GDK = Grosse Deutsche Kunstaustellung (Great German Art Exhibitions) GDR = German Democratic Republic, East Germany HDK = Haus der Deutschen Kunst (House of German Art) MFAA = Monuments, Fine Arts, and Archives Program NSDAP = Nationalsozialistische Deutsche Arbeiterpartei (National Socialist German Worker’s or Nazi Party) SS = Schutzstaffel, a former paramilitary organization in Nazi Germany ii List of Illustrations Figure 1: Anonymous photographer. -
Interdisciplinary, and Some Resources for History, Philosophy, Religion, and Literature Are Also Included in the Guide. Images A
Bard Graduate Center Research Guide: Ancient and Medieval China (to c. 1000 C.E.) This guide lists resources for researching the arts and material culture of ancient and medieval imperial China, to c. 1000 C.E. This time period begins with the neolithic and bronze ages (c. 4000 - 200 B.C.E.) and continues through the end of the Five Dynasties period (960 C.E.), including the Xia, Shang, Zhou, Han, and T'ang dynasties. Although art history and material archaeology resources are emphasized, research on this topic is very interdisciplinary, and some resources for history, philosophy, religion, and literature are also included in the guide. This guide was compiled by Karyn Hinkle at the Bard Graduate Center Library. Images above, left to right: a gold cup from the Warring States period, jade deer from the Zhou dynasty, a bronze wine vessel from the Shang dynasty, all described in Patricia Buckley Ebrey's Visual Sourcebook of Chinese Civilization. Reference sources for ancient and medieval China Ebrey, Patricia Buckley, and Kwang-Ching Liu. The Cambridge Illustrated History of China. Cambridge: Cambridge University Press, 1996. DS 706 .E37 1996 Loewe, Michael and Edward L. Shaughnessy. The Cambridge History of Ancient China: From the Origins of Civilization to 221 BC. Cambridge: Cambridge University Press, 1999. DS 741.5 .C35 1999; also available online through Bard College Nadeau, Randall Laird, ed. The Wiley-Blackwell Companion to Chinese Religions. Wiley-Blackwell Companions to Religion. Chichester, UK: Wiley-Blackwell, 2012. Available online through Bard College Gold Monster Shaanxi Museum The Han Dynasty Length:11 cm Height:11.5 cm Unearthed in 1957 from Gaotucun,Shenmu County,Shaanxi Province Important books on ancient and medieval China, and good general introductions to Chinese history and art Boyd, Andrew. -
Early Forms of Long-Distance Communication
EARLY FORMS OF LONG-DISTANCE COMMUNICATION In this material, you will learn about Telegraphy, Telephone and GSM architecture Before the development of the electric telegraph in the 19th century revolutionized how information was transmitted across long distances, ancient civilizations such as those in China, Egypt and Greece used drumbeats or smoke signals to exchange information between far-flung points. However, such methods were limited by the weather and the need for an uninterrupted line of sight between receptor points. These limitations also lessened the effectiveness of the semaphore, a modern precursor to the electric telegraph. Developed in the early 1790s, the semaphore consisted of a series of hilltop stations that each had large movable arms to signal letters and numbers and two telescopes with which to see the other stations. Like ancient smoke signals, the semaphore was susceptible to weather and other factors that hindered visibility. A different method of transmitting information was needed to make regular and reliable long-distance communication workable. Did You Know? SOS, the internationally recognized distress signal, does not stand for any particular words. Instead, the letters were chosen because they are easy to transmit in Morse code: "S" is three dots, and "O" is three dashes. The Electric Telegraph In the early 19th century, two developments in the field of electricity opened the door to the production of the electric telegraph. First, in 1800, the Italian physicist Alessandro Volta (1745-1827) invented the battery, which reliably stored an electric current and allowed the current to be used in a controlled environment. Second, in 1820, the Danish physicist Hans Christian Oersted (1777-1851) demonstrated the connection between electricity and magnetism by deflecting a magnetic needle with an electric current. -
Museum Partnership Report Understanding the National Museums’ Partnership Activities in 2017/18
Museum Partnership Report Understanding the national museums’ partnership activities in 2017/18 August 2019 We can also provide documents to meet the Specifc requirements for people with disabilities. Please email [email protected] Department for Digital, Culture, Media & Sport Printed in the UK on recycled paper ©Crown copyright 2019 You may re-use this information (excluding logos and images) free of charge in any format or medium, under the terms of the Open Government Licence. To view this licence, visit http://www.nationalarchives.gov.uk/doc/ open-government-licence/ or e-mail: [email protected] Where we have identifed any third party copyright information you will need to obtain permission from the copyright holders concerned. Any enquiries regarding this document should be sent to us at [email protected] Museum Partnership Report : Understanding the national museums’ partnership activities in 2017/18 3 Contents EXECUTIVE SUMMARY 4 INTRODUCTION 5 Background to the Report 5 The national museums 6 The Survey 9 SHARING COLLECTIONS 10 Sharing collections in the UK 10 Sharing collections internationally 17 Sharing collections for research 19 Supporting new collections and acquisitions 20 Borrowing Collections 20 SHARING KNOWLEDGE 24 Partnering to build capacity and deliver professional development in the museums sector 24 Academic partnerships and collaborations 29 Acting as experts for Government 34 SUPPORTING AUDIENCE ENGAGEMENT AND SOCIAL OUTCOMES 36 Partnering to improve museum and cultural participation 37 Partnering to deliver education and learning 38 Partnering to support our health and wellbeing 41 Partnering to develop skills and careers 42 CONCLUSIONS AND LOOKING FORWARD 45 APPENDIX 1: LIST OF IMAGES 46 APPENDIX 2: THE SURVEY 48 APPENDIX 3: USEFUL LINKS 50 4 1. -
1945-12-11 GO-116 728 ROB Central Europe Campaign Award
GO 116 SWAR DEPARTMENT No. 116. WASHINGTON 25, D. C.,11 December- 1945 UNITS ENTITLED TO BATTLE CREDITS' CENTRAL EUROPE.-I. Announcement is made of: units awarded battle par- ticipation credit under the provisions of paragraph 21b(2), AR 260-10, 25 October 1944, in the.Central Europe campaign. a. Combat zone.-The.areas occupied by troops assigned to the European Theater of" Operations, United States Army, which lie. beyond a line 10 miles west of the Rhine River between Switzerland and the Waal River until 28 March '1945 (inclusive), and thereafter beyond ..the east bank of the Rhine.. b. Time imitation.--22TMarch:,to11-May 1945. 2. When'entering individual credit on officers' !qualiflcation cards. (WD AGO Forms 66-1 and 66-2),or In-the service record of enlisted personnel. :(WD AGO 9 :Form 24),.: this g!neial Orders may be ited as: authority forsuch. entries for personnel who were present for duty ".asa member of orattached' to a unit listed&at, some time-during the'limiting dates of the Central Europe campaign. CENTRAL EUROPE ....irst Airborne Army, Headquarters aMd 1st Photographic Technical Unit. Headquarters Company. 1st Prisoner of War Interrogation Team. First Airborne Army, Military Po1ie,e 1st Quartermaster Battalion, Headquar- Platoon. ters and Headquarters Detachment. 1st Air Division, 'Headquarters an 1 1st Replacementand Training Squad- Headquarters Squadron. ron. 1st Air Service Squadron. 1st Signal Battalion. 1st Armored Group, Headquarters and1 1st Signal Center Team. Headquarters 3attery. 1st Signal Radar Maintenance Unit. 19t Auxiliary Surgical Group, Genera]1 1st Special Service Company. Surgical Team 10. 1st Tank DestroyerBrigade, Headquar- 1st Combat Bombardment Wing, Head- ters and Headquarters Battery.: quarters and Headquarters Squadron. -
Spring 2017 Some Reflections on the History of Radar from Its Invention
newsletter OF THE James Clerk Maxwell Foundation ISSN 205 8-7503 (Print) Issue No.8 Spring 2017 ISSN 205 8-7511 (Online) Some Re flections on the History of Radar from its Invention up to the Second World War By Professor Hugh Griffiths , DSc(Eng), FIET, FIEEE, FREng, University College, London, Royal Academy of Engineering Chair of Radio Frequency Sensors Electromagnetic Waves – Maxwell and Hertz In 1927, in France, Pierre David had observed similar effects and, in 1930, had conducted further trials, leading to a deployed In his famous 1865 paper ‘ A Dynamical Theory of the Electromagnetic forward-scatter radar system to protect the naval ports of Brest, Field’ Maxwell derived theoretically his famous equations of Cherbourg, Toulon and Bizerte (Algeria). electromagnetism which showed that these equations implied that electromagnetic disturbances travelled as waves at finite speed. In 1935, in the UK, Robert Watson-Watt had a claim to be From the fact that the speed of these waves was equal (to within ‘the father of radar’ on the basis of the Daventry Experiment experimental error) to the known velocity of light, Maxwell (described later in this article) and his development of a radar detection system (Chain Home) for the R.A.F. in World War II. concluded with the immortal words: “This velocity is so nearly that of light that it seems we have strong reason But, to the author, the priority for the invention of radar should go to conclude that light itself (including radiant heat and other radiations if to a German, Christian Hülsmeyer, a young engineer who in 1904 built and demonstrated a device to detect ships. -
Tuskegee Airmen Chronology Daniel L. Haulman Organizational
TUSKEGEE AIRMEN CHRONOLOGY DANIEL L. HAULMAN ORGANIZATIONAL HISTORY BRANCH AIR FORCE HISTORICAL RESEARCH AGENCY MAXWELL AFB, AL 36112-6424 14 November 2011 1 TUSKEGEE AIRMEN CHRONOLOGY Dr. Daniel L. Haulman Chief, Organization History Division Air Force Historical Research Agency Expanded Edition: 30 September 2011 27 June 1939: Congress passed the Civilian Pilot Training Act. (Robert J. Jakeman, The Divided Skies.) September-October 1939: The Civil Aeronautics Administration received Tuskegee Institute’s application to be a civilian pilot training institution, and after Tuskegee obtained permission to use the Montgomery Airport as a facility, the application was approved. (Robert J. Jakeman, The Divided Skies) Late February 1940: The Civil Aeronautics Authority approved Tuskegee’s Kennedy Field for Civilian Pilot Training, after improvements to the field, eliminating Tuskegee Institute’s need to use the Montgomery Airport. (Robert J. Jakeman, The Divided Skies) 25 March 1940: George A. Wiggs arrived in Tuskegee to administer the standard written examination required of all Civilian Pilot Training students. Every student who took the examination passed, surpassing the passing rate of other schools in the South. (Robert J. Jakeman, The Divided Skies.) 16 September 1940: Congress passed a Selective Service Act which required all the armed services to enlist “Negroes”. On the same day, the War Department announced that the Civil Aeronautics Authority, in cooperation with the U.S. Army, would start the development of “colored personnel” for the aviation service. (Public Law 783, 16 September 1940; War Department Press Release, 16 September 1940; 99th Fighter Squadron summary history in the lineage and honors folder of the 99th Flying Training Squadron at the Air Force Historical Research Agency (AFHRA), Maxwell AFB, AL) Late October 1940: In a press release, President Franklin D. -
Site Aerial.Ai
FORT MONMOUTH REUSE AND REDEVELOPMENT PLAN TECHNICAL MEMORANDUM: SITE CHARACTERISTICS Fort Monmouth Reuse and Redevelopment Plan Technical Memorandum: Site Characteristics Prepared for: Fort Monmouth Economic Revitalization Planning Authority Prepared by: EDAW, Inc. September 14, 2007 This Technical Memorandum presents an overview of the existing conditions of Fort Monmouth and its surroundings, providing a baseline understanding of the site’s potential for reuse. Establishment and History of Fort Monmouth Fort Monmouth has been a significant presence in Monmouth County, New Jersey since its establishment in 1917. Prior to this time, the site was home to Monmouth Park Race Track since 1870. After being abandoned due to New Jersey’s ban on horse betting, the Army began leasing the land from a private owner in 1917 and purchased the land in 1919. The original name of Fort Monmouth was Camp Little Silver in 1917, then renamed Camp Alfred Vail. The fort was originally established as a temporary facility for training the 1st and 2nd Reserve Signal Battalions, in anticipation of the United States’ involvement in World War I. The Chief Signal Officer authorized the purchase of Camp Alfred Vail in 1919 when the Signal Corps School relocated to Camp Vail from Fort Leavenworth that year. In 1925, the installation was granted permanent status and renamed Fort Monmouth, in honor of the soldiers of the American Revolution who died in the battle of Monmouth Court House. The first permanent structure at Fort Monmouth, the barracks building on Barker Circle, was built in 1928. The construction of additional facilities to house the various communications technologies and laboratories occurred shortly thereafter. -
A Concise History of Fort Monmouth, New Jersey and the U.S
A CONCISE HISTORY OF FORT MONMOUTH, NEW JERSEY AND THE U.S. ARMY CECOM LIFE CYCLE MANAGEMENT COMMAND Prepared by the Staff of the CECOM LCMC Historical Office U.S. Army CECOM Life Cycle Management Command Fort Monmouth, New Jersey Fall 2009 Design and Layout by CTSC Visual Information Services, Myer Center Fort Monmouth, New Jersey Visit our Website: www.monmouth.army.mil/historian/ When asked to explain a loyalty that time had not been able to dim, one of the Camp Vail veterans said shyly, "The place sort of gets into your blood, especially when you have seen it grow from nothing into all this. It keeps growing and growing, and you want to be part of its growing pains." Many of the local communities have become very attached to Fort Monmouth because of the friendship instilled...not for just a war period but for as long as...Fort Monmouth...will inhabit Monmouth County. - From “A Brief History of the Beginnings of the Fort Monmouth Radio Laboratories,” Rebecca Klang, 1942 FOREWORD The name “Monmouth” has been synonymous with the defense of freedom since our country’s inception. Scientists, engineers, program managers, and logisticians here have delivered technological breakthroughs and advancements to our Soldiers, Sailors, Airmen, Marines, and Coast Guardsmen for almost a century. These innovations have included the development of FM radio and radar, bouncing signals off the moon to prove the feasibility of extraterrestrial radio communication, the use of homing pigeons through the late-1950s, frequency hopping tactical radios, and today’s networking capabilities supporting our troops in Overseas Contingency Operations. -
The Ieee North Jersey Section Newsletter
1 PUBLICATION OF THE NORTH JERSEY SECTION OF THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS THE IEEE NORTH JERSEY SECTION NEWSLETTER Vol. 60, No. 2 FEBRUARY 2013 Calendar of Events • February 6, 10:30 AM to 4:30 PM: FCC Workshop on Network Resiliency Read More… Location: Brooklyn Law School, 22nd floor, Forchelli Center, Feil Hall, 205 State Street, Brooklyn, NY 11201, Getting to Brooklyn Law School NY Contact: Prof. Henning Schulzrinne, CTO, FCC and/or Adriaan J. van Wijngaarden, ([email protected]) • February 6, 5:00 PM to 7:00 PM: AP/MTT - The Evolution of Low Noise Devices and Amplifiers - Dr. Edward Niehenke of Niehenke Consulting Read More… Location: NJIT - ECE 202, 161 Warren Street, Newark, NJ 07102 Getting to NJIT Contact: Dr. Ajay Kumar Poddar (201)-560-3806, ([email protected]), Prof. Edip Niver (973)596-3542, ([email protected]) • February 6, 6:00 PM to 8:45 PM: IEEE North Jersey Section EXCOM meeting - Clifton, NJ Read More… Location: Clifton Public Library - Allwood Branch, Activity Room, 44 Lyall Road, Clifton, NJ 07012, Getting to Clifton Library Contact: Russell Pepe ([email protected]), Chris Peckham [email protected] and/or Adriaan J. van Wijngaarden, ([email protected]) • February 8, 9:00 AM to 2:00 PM: The PES and IAS Chapters: Batteries - Andrew Sagl of Megger Read More… Location: PSE&G - Hadley Road Facility, Auditorium, 4000 Hadley Road, South Plainfield, NJ 07080 Getting to PSE&G Contact: Ronald W. Quade, P.E ([email protected]), Ken Oexle ([email protected]) • February 12, 6:00 PM to 7:30 PM IEEE Control System Society - Feedback, Control and Dynamic Networks – Prof. -
Quantification of Bird Migration Using Doppler Weather Surveillance Radars
A Thesis entitled Quantification of Bird Migration Using Doppler Weather Surveillance Radars (NEXRAD) by Priyadarsini Komatineni Submitted to the Graduate Faculty as partial fulfillment of the requirements for the Master of Science Degree in Electrical Engineering Dr. Mohsin M. Jamali, Committee Chair Dr. Junghwan Kim, Committee Member Dr. Peter V. Gorsevski, Committee Member Dr. Patricia R. Komuniecki, Dean College of Graduate Studies The University of Toledo August 2012 Copyright 2012, Priyadarsini Komatineni This document is copyrighted material. Under copyright law, no parts of this document may be reproduced without the expressed permission of the author. An Abstract of Quantification of Bird Migration Using Doppler Weather Surveillance Radars (NEXRAD) by Priyadarsini Komatineni Submitted to the Graduate Faculty as partial fulfillment of the requirements for the Master of Science Degree in Electrical Engineering and Computer Science The University of Toledo August 2012 Wind Energy is an important renewable source in United States. Since past few years, the growth of wind farms construction has significantly increased, due to which there is an increase in number of bird deaths. Therefore, ornithologists began to study the bird’s behavior during different migration periods. So far ornithologists have used many methods to study the bird migration patterns in which the radar ornithology has been used in an innovative way. However, many studies have focused using small portable radars and recently researchers have proved that the migration events can be studied through large broad scale radars like NEXRAD. Throughout the United States, NEXRAD has 160 Doppler Weather Surveillance Radars. The advantage of NEXRAD is that it can provide bird migration movements over a broad geographical scale and can be accessed free of charge.