COMM 263 Radio/TV Production Radio Notes
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University Library 11
I ¡Qt>. 565 MAJOR LEAGUE BASEBALL PRINCIPAL PLAY-BY-PLAY ANNOUNCERS: THEIR OCCUPATION, BACKGROUND, AND PERSONAL LIFE Michael R. Emrick A Dissertation Submitted to the Graduate School of Bowling Green State University in partial fulfillment of the requirements for the degree of DOCTOR OF PHILOSOPHY June 1976 Approved by Doctoral Committee DUm,s¡ir<y »»itti». UNIVERSITY LIBRARY 11 ABSTRACT From the very early days of radio broadcasting, the descriptions of major league baseball games have been among the more popular types of programs. The relationship between the ball clubs and broadcast stations has developed through experimentation, skepticism, and eventual acceptance. The broadcasts have become financially important to the teams as well as the advertisers and stations. The central person responsible for pleasing the fans as well as satisfying the economic goals of the stations, advertisers, and teams—the principal play- by-play announcer—had not been the subject of intensive study. Contentions were made in the available literature about his objectivity, partiality, and the influence exerted on his description of the games by outside parties. To test these contentions, and to learn more about the overall atmosphere in which this focal person worked, a study was conducted of principal play-by-play announcers who broadcasted games on a day-to-day basis, covering one team for a local audience. With the assistance of some of the announcers, a survey was prepared and distributed to both announcers who were employed in the play-by-play capacity during the 1975 season and those who had been involved in the occupation in past seasons. -
GAO-02-906 Telecommunications
United States General Accounting Office GAO Report to Congressional Requesters September 2002 TELECOMMUNICATIONS Better Coordination and Enhanced Accountability Needed to Improve Spectrum Management a GAO-02-906 Contents Letter 1 Results in Brief 2 Background 5 Concern Over Concentrating Authority Led to Divided Structure for Spectrum Management 6 Methods for Allocating Spectrum Face Difficulties and Are Not Guided by a Coordinated National Plan 11 Issues Have Emerged Regarding the Adequacy of U.S. Preparations for World Radiocommunication Conferences 19 Federal Officials Said Activities to Encourage Efficient Federal Spectrum Use Are Hindered by Staffing and Resource Problems 25 Conclusions 34 Recommendations for Executive Action 35 Agency Comments 36 Appendixes Appendix I: Major Parts of the Radiofrequency Spectrum and Their Uses 38 Appendix II: Timeline of Spectrum Management 40 Appendix III: Comments from the Federal Communications Commission 67 Appendix IV: Comments from the Department of Commerce 69 Appendix V: Comments from the Department of State 71 Figures Figure 1: Interdepartment Radio Advisory Committee’s Membership 10 Figure 2: Percent of Spectrum Shared by Federal and Nonfederal Users (9 kHz to 3.1 GHz) 12 Figure 3: Spectrum Reallocation Process 13 Figure 4: Relationship of U.S. Participants in Preparing for World Radiocommunication Conferences 21 Figure 5: NTIA Frequency Assignment Process 26 Figure 6: Timeline of Spectrum Management (1895–1925) 41 Figure 7: Timeline of Spectrum Management (1925–1955) 47 Figure 8: Timeline -
A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932 Michael J
The University of Maine DigitalCommons@UMaine Communication and Journalism Faculty Communication and Journalism Scholarship 2007 A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932 Michael J. Socolow University of Maine, [email protected] Follow this and additional works at: https://digitalcommons.library.umaine.edu/cmj_facpub Part of the Film and Media Studies Commons, History of Science, Technology, and Medicine Commons, Radio Commons, and the United States History Commons Repository Citation Socolow, Michael J., "A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932" (2007). Communication and Journalism Faculty Scholarship. 1. https://digitalcommons.library.umaine.edu/cmj_facpub/1 This Article is brought to you for free and open access by DigitalCommons@UMaine. It has been accepted for inclusion in Communication and Journalism Faculty Scholarship by an authorized administrator of DigitalCommons@UMaine. For more information, please contact [email protected]. A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926-1932 Author(s): Michael J. Socolow Source: Technology and Culture, Vol. 49, No. 1 (Jan., 2008), pp. 89-113 Published by: The Johns Hopkins University Press and the Society for the History of Technology Stable URL: http://www.jstor.org/stable/40061379 Accessed: 07-06-2016 21:28 UTC Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at http://about.jstor.org/terms JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. -
First Ideas and Some History
Chapter 1 Introduction: First Ideas and Some History JL his book is about the transmission of information through space and time. We call the first communication. We call the second storage. How are these done, and what resources do they take? These days, most information transmission is digital, meaning that information is represented by a set of symbols, such as 1 and 0. How many symbols are needed? Why has this conversion to digital form occurred? How is it related to another great change in our culture, the computer? Information transmission today is a major human activity, attracting investment and infrastructure on a par with health care and transport, and exceeding investment in food production. How did this come about? Why are people so interested in communicating? Our aim in this book is to answer these questions, as much as time and space permit. In this chapter we will start by introducing some first ideas about information, how it occurs, and how to think about it. We will also look at the history of communication. Here lie examples of the kinds of information we live with, and some ideas about why communication is so important. The later chapters will then go into detail about communication systems and the tools we use in working with them. Some of these chapters are about engineering and invention. Some are about scientific ideas and mathematics. Others are about social events and large-scale systems. All of these play important roles in information technology. Understanding Information Transmission. By John B. Anderson and Rolf Johannesson ISBN 0-471-679 JO-0 © 2005 the Institute of Electrical and Electronics Engineers, Inc. -
Significant Dates International Shortwave Propaganda Broadcast
Page 1 of 25 Significant Dates International Shortwave Propaganda Broadcast 1921 The earliest documented licensed shortwave broadcaster from the United State began as a 1921 “garage gimmick” of engineer Frank Conrad, evolving into Westinghouse- operated station 8XK (also 8XS and later W8XK), using a 40-kW transmitter in east Pittsburgh used to relay KDKA programming. 1922 Radio Moscow established a transmitter station RV-1 in the Moscow region. 1923 General Electric builds shortwave stations W2XAD and W2XAF in Schenectady, New York. 1923 With the encouragement of the US Navy, RCA setup a broadcasting station in China called Radio Corporation of China, RCC. It was not a radio station run by Chinese citizens and was shut down by the Northern Chinese warlords before 1927. 1924 Crosley’s W8XAL (originally 8XAL and eventually WLWO) first went on the air as an experimental station using 10-kW with a non-directional antenna. 1925 March Radio broadcasting began in Japan. They soon opened relay stations in Liaotung in 1925, Korea in 1927 and Taiwan in 1931. 1925 NBC/RCA began shortwave programming using a 25-kW transmitter in Bound Brook, N.J., with the call sign W3XAL. 1926 The League of Nations passed a resolution preventing nations from making radio broadcasts which might have a political religious or spiritual content damaging to international relations. 1926 February JOAK (Tokyo Central Broadcasting) began shortwave transmissions to amateur radio hams overseas, asking them to write in if they had received the transmissions, which were made on 30 and 35 meters shortwave. These transmissions were principally directed towards Australia and the West Coast of the United States. -
From Spark to Speech – the Birth of Wireless Telephony
Feature From Spark to Speech – the birth of wireless telephony he history of voice before valves is one of the most fascinating Tadventures that unfolded during the embryonic years of our hobby. As we tune across the crowded HF amateur bands with a sensitive modern communications receiver, it’s difficult to imagine the eerie hush that the set would have captured if we were magically transported back some 120 years. In parts of the spectrum, it would have picked up the cosmic noise that has pervaded space since the beginning of time; and crashes of distant lightning strikes and local precipitation static would have punctuated that constant hiss. But near centres of population the electrical noise from arc lamps, switches, leaking insulators and the first electric streetcars would have revealed that man was beginning to harness the new form of energy that would change the world. In 1865, Clerk Maxwell had formulated the classical theoretical foundation for the understanding of electromagnetic waves, and by 1888 Heinrich Hertz had confirmed the existence of such waves and measured their A simple Righi-style spark transmitter at Salvan in Switzerland, where Marconi carried out properties, using spark gap transmitters with successful tests at a range of 1.5km in 1895. In 1897, Rodolfo Lonardi proposed to send speech frequencies between about 50 and 500MHz. by modulating the positions of the spark spheres. But Hertz thought that his work had no practical use, and it was left to Guglielmo Marconi, Oliver Lodge, William Preece, Reginald Fessenden, Lee de Forest, Karl Braun and others to pursue the application of these discoveries to the first practical systems of long distance radio communication. -
1880-1930 Timetable
1900-1910 - BIRTH 1. THE INVENTION OF THE WIRELESS TELEGRAPH: Guglielmo (Bill) Marconi has ideas for an invention that will (a) replace the wired telegraph, (b) help ensure the safety of ships at sea. Marconi sends, in 1900, his famous S (dit dit dit) in Morse code from England to Canada. 2. FROM WIRELESS TELEGRAPH TO WIRELESS TELEPHONE: Inventors like Lee de Forest and Reginald Fessenden want to find a wireless substitute for the wired telephone. The human voice could add a nuance to communication not possible with the telegraph, but people like Marconi decry it, saying it will not be private and others will be able to hear it. 3. THE FIRST BROADCAST: In 1906 at Brant Rock MA, Fessenden plays his violin, sings a song, reads a bible verse or two into a wireless telephone of his own invention. This is the first broadcast and it happens Christmas Eve, 1906. It is a broadcast because it is designed for more than one listener (not 2-way) it is pre-announced. His goal is to find financial backers. 4. LEE DE FOREST: Probably the most important person in the development of radio, de Forest does two important demonstrations of wireless telephone; (1) in 1907 he equips the Navy fleet with his wireless telephone, an arc transmitter, and plays phonograph records to shore stations as the fleet comes into ports like San Francisco, and (2) in NYC he broadcasts on several occasions well-known opera singers to an audience of reporters. He wants to bring culture into homes. 5. CHARLES HERROLD: In San Jose, Herrold in April 1910 is quoted in a notarized affidavit published in a national magazine, "we have given wireless phonograph concerts to amateur men in Santa Clara Valley," one of the very first published references to what we now know as the activities of radio broadcasting to an audience of more than one. -
One City—Two Giants: Armstrong and Sarnoff: Part 1
dsp HISTORY Harvey F. Silverman [ ] One City—Two Giants: Armstrong and Sarnoff: Part 1 EDITOR’S INTRODUCTION Our guest in this column is Dr. Harvey F. Silverman. Dr. vation. An outgrowth of this passion is that of using his Silverman received his Ph.D. and Sc.M. degrees from Brown knowledge and engineering skills to develop intelligent University. He earned his B.S.E. and B.S. degrees from Trinity means for deterring the many furry and feathered creatures College in Hartford, Connecticut. He worked at IBM T.J. who very much like to share in the eating, although not the Watson Research Center in Yorktown Heights, New York, planting and cultivating. So far, the critters are winning! between 1970 and 1980. During these ten years, he worked As our author mentions at the beginning of this article, in on a number of projects related to image processing methods 1969 he bought the book Man of High Fidelity, which was a applied to earth resources satellite data, analytical methods 1969 paperback version of a 1956 biography of Edwin for computer system performance, speech recognition, and Howard Armstrong. The book was so intriguing that the development of a real-time I/O system as the manager of Dr. Silverman borrowed an autobiography of David Sarnoff. the Speech Terminal Project. In 1980, he joined Brown This was the beginning of a journey where our author University as a professor of engineering. From 1991 to 1998, learned about these two inventors and how such two strong he was the dean of engineering at Brown University. -
Chapter 2, Part 1
History, part 1 Radio What set the stage for radio Penny Press – mass production of newspapers, creation of a mass audience. Phonograph – Thomas Edison; provided entertainment in the home, popular demand for recorded music. Motion pictures – again, Edison; laid groundwork for TV. What set the stage for radio, cont. The Telegraph – Samuel Morse, 1844; ability to electronic signals over wires. The Telephone – Alexander Graham Bell, 1876; voice over wires. Radio combined these elements, with wireless transmission. What set the stage for radio, cont. “The Inventor of Radio” – Guglielmo Marconi credited with developing “wireless,” 1896.* Marconi invents wireless * Some historians say Nikolai Tesla rightly deserves credit for wireless, but Marconi successfully defended his patent in court. What set the stage for radio, cont. Commercial Uses – At first, “wireless” was mainly of use to sea-going ships. Only telegraph signals. Rescue of Titanic survivors, 1912. Titanic distress call Government control averted U.S. Navy took control of all “wireless” stations in World War I. Congress decided not to allow the Navy to maintain control of wireless after the war. From this point, U.S. radio and TV stations would remain under private control (although regulated by the federal government). A commercial system of broadcasting inevitably resulted. Radio as we know it Reginald Fessenden – first known voice/music transmission, 1906. Fessenden's first "broadcast“ (from :45 to 4:20) The First Radio Station – KDKA, Pittsburgh, widely accepted as the first U.S. radio station (again, disputes). (First radio station, continued, KDKA) Dr. Frank Conrad, Westinghouse engineer, began experimental broadcasts in 1919. Westinghouse wanted to motivate people to buy home radios. -
George H. Clark Radioana Collection
George H. Clark Radioana Collection NMAH.AC.0055 Robert Harding 1990 Archives Center, National Museum of American History P.O. Box 37012 Suite 1100, MRC 601 Washington, D.C. 20013-7012 [email protected] http://americanhistory.si.edu/archives Table of Contents Collection Overview ........................................................................................................ 1 Administrative Information .............................................................................................. 1 Biographical / Historical.................................................................................................... 4 Arrangement..................................................................................................................... 6 Scope and Contents........................................................................................................ 5 Brief Company Histories From The Radio Industry, 1900-1930s.................................... 9 Names and Subjects .................................................................................................... 17 Container Listing ........................................................................................................... 18 Series 1: Library Operating System, 1915-1950.................................................... 18 Series 2: Apparatus Type Numbers, 1916-1931.................................................... 20 Series 3: Photographic Lists, 1925-1928............................................................... 21 Series -
History of Communications Media
History of Communications Media Class 6 History of Communications Media • What We Will Cover Today – Motion Pictures • Origins of Motion Pictures • The Emergence of Hollywood • The Studio System • Some Effects of the Feature Film – Radio Movies • Motion pictures create the illusion of continuous motion through: – The persistence of vision – the brain retains images cast upon the retina for 1/20 th to 1/5 th of a second beyond their removal from the field of vision – The Phi phenomena – that which causes us to see the individual blades of a rotating fan as a unitary circular form • Because of persistence of vision, we do not see the dark interface areas of a projection print as it moves through the projector Movies • Origins of Motion Pictures – Thomas Edison devised a kinetoscope that cast separate still photos on a screen one after the other so rapidly that the pictures seemed to be moving • Used the celluloid roll film produced by George Eastman in an endless loop • It was designed for its film to be viewed individually through the window of a cabinet housing its components Movies • Origins of Motion Pictures • The Nickelodeon, as Edison’s invention was known as, consisted of 15- to 20-minute programs consisting of a potpourri of unconnected scenes – The term, nickelodeon, was a combination of the initial price of admission with the Greek word for theater • These early films relied on the novelty effects of motion pictures to entertain viewers Movies • Origins of Motion Pictures – Thomas Armat and Charles Francis Jenkins invented the -
Wilkinsburg Historical Society Archives – November 2020
november Archives 2020 Wilkinsburg Historical Society Newsletter Volume 26, issue 10 Ardmore wall project, along Wilkinsburg’s part of the Lincoln Highway, is nearing completion. The above left image shows the Ardmore Wall project as it appeared in mid-October. Sixteen abandoned homes have been removed over the past three years. The 1913 retaining wall has been repaired with the concrete capitals removed. The century-old railing is seen in the 2016 image on the right. That narrow sidewalk and open railing had been closed off for the past 30 years as it did not meet current safety standards. The new 925 ft railing installation is underway and the sloping hillside has been planted with 2000 low-growing shrubs. The curved brick wall in the center of the left image is a soon-to-be-completed permanent sign with the words “Welcome to Wilkinsburg”. This lovely linear park along the Lincoln Highway/Ardmore Blvd. corridor is more than a beautification project. It also is essential to improve the drainage of water from the hillside and control erosion. At the far end of the park, the Penn Avenue intersection, is the narrow triangle of land where a statue of Abraham Lincoln has stood since 1916. That sheet copper statue had deteriorated and is too fragile to stay outdoors on the windy Penn Avenue hill. It has been relocated and displayed inside the Borough building. The Wilkinsburg Historical Society is raising funds to have a bronze statue of Mr. Lincoln made for the site. The cost is slightly over $82,000 for the cost of the statue plus pedestal.