Write to the booksellers
Alain LE DIBERDER et Nathalie COSTE-CERDAN
La TELEVISION
Un ouvrage de 127 pages, format 110 x 180 mm, broché, publié en 1986, Editions La Découverte, collection "Repères", bon état
Reference : LFA-126744547
Bookseller's contact details
Lettre de France, L'Art de Vivre à la Française
M. Olivier Auriol de Bussy
04 74 33 45 19
Payment mode
Sale conditions
Vente par correspondance, lors de salons à l'extérieur ou au Château de Vallin lors de manifestations culturelles. Nous vous accueillerons notamment les 13, 14 et 15 décembre 2024 (de 13 h 30 à 17 h 30 h) à l'occasion de "Livres au Château", exposition-vente de plusieurs milliers d'ouvrages, organisée au Château de Vallin, demeure historique des XIVe et XVIIIe siècles, située à Saint Victor de Cessieu, proche de La Tour du Pin, en Isère. (entrée libre)
5 book(s) with the same title
Television. A Monthly Magazine. Vol. 1, No.1, 1928. The World's first Television Journal. The Official Organ of the Television Society. - [THE WORLD'S FIRST TELEVISION JOURNAL]
(London, The Television Press), 1928. 8vo. Original illustrated coloured wrappers depicting a distinguished couple enjoying the opera transmitted on television, with the actual opera in the background. Richly illustrated throughout. A bit of minor spotting to front wrapper" all in all a very nice, fully intact, copy. 52 pp + one loose leaf: ""Supplement to Television, No. 1 - March, 1928"" (containing the article ""Seeing Across the Atlantic!"").
The first printing of the uncommon (especially in wrappers) first volume, first number of the world's first television journal, which contains many very important articles in the history of the development of television and which came to highly influence the use and spreading of the television as a broadcast medium.The journal ""Television"", ""The first periodical publication devoted to television, began publication in 1928, the year that marked the beginning of television's transformation from scientific curiosity to commercially viable broadcast medium."" (Hook & Norman, p. 205).The most important year for television as we know it today must be said to be 1928, the year in which it became certain that television could be more than a scientific curiosity, the same year that the ""Television"" journal, aimed at both amateurs and professionals and filled with commercials connected to television, appeared. ""In 1927 television was belived to be just around the corner. This imminence became a fact in 1928..."" (Shiers, p. 132).""Television"" served as the official journal of the Television Society, ""a combination which met the needs and interests of amateurs as well as professionals."" (Shiers, p. 132). ""Of all scientific subjects, perhaps the one which is creating the most interest in the public mind at the present time is television. It is, howevera subject upon which almost no literature or authentic information has been available, either to the interested amateur or to the scientist. It is the object of this, the first journal of its kind in the world, to fill this want, and to supply an organ the sole object of which will be to keep interested members of the public supplied with up-to-date and authentic information upon this new branch of science, which bids fair in time to rival wireless broadcasting in importance and popularity."" (beginning of the Editorial, by Dinsdale).Hook and Norman, Originas of Cyberspace, nr. 203, (1) (""A monthly magazine devoted to the interests and progress of the science of seeing by wire and wireless"" - the front wrapper of vol. 1, no. 1 depicted). Shiers, Early Television, a Bibliographic Guide, nr. 1152 (""Greetings to the World's first Television Journal""), 1153 (""The Bith of the Television Society""), 1154 (""Technical Notes""), 1155 (""Technical Notes""), 1156 (""Commercial Televsion. When may we expect it?""), 1157 (""Join the Television Society""), 1158 (""How to make a Simple Televisor""), 1159 (""Television on the Continent""), 1160 (""Noctovision. Seeing in total Darkness by Television""), 1161 (""Seeing Across the Atlantic"", being the account of Baird's transmission from London to New York).
Symposium on Television. A Group of Five Papers Describing the Apparatus and Methods Used in the Experimental Demonstration of Television over Communication Channels of the Bell System, April, 1927. - [BELL SYSTEM'S FAMOUS TELEVISION-ISSUE.]
(USA, American Telephone and Telegraph Company, 1927). 8vo. Original printed blue wrappers. Punched for 3-ring binder. Spine worn, a bit of soiling to wrappers, inner hinges a bit weak. Internally fine and clean. (2), 9 + (3), 44 + 12 + 17, (3) + 20 pp. Illustrated.
Separate reprint of 5 articles published a month before in ""The Bell System Technical Journal. Four of the present articles on the early development of television were exceedingly influential, among these the paper by Frank Gray, who conducted groundbreaking research on the development of television, and Edward Nelson's important ""Radio transmission for television"". All four articles listed in ""Early Television, A Bibliographic Guide to 1940"". ""The chief problems presented in the accomplishment of television are discussed. These are: the resolution of the scene into a series of electrical signals of adequate intensity for transmission" the provision of a transmission channel capable of transmitting a wide band of frequencies without distortion means for utilizing the transmitted signals to re-create the image in a form suitable for viewing by one or more observers" arrangement for the accurate synchronization of the apparatus at the two ends of the transmission channel."" (From the introduction to the present volume).The papers contained in the present volume are:1. Ives, Herbert E. Television, pp. 1-9.2. Gray, Frank, & J. W. Horton & R. C. Mathes. The production and utilization of television signals, pp. 1-44. (ET)3. Stoller, H. M. & E. R. Morton. Synchronization of television, pp. 1-12. 4. Gannett, D. K. & E. I. Green. Wire transmission system of television, pp. 1-17. 5. Nelson, Edward L. Radio transmission for television, pp.1-20. Early Television:1068.
[79 papers on various aspects of the Telstar satellites]. - [THE TELSTAR-SATELLITE - THE FIRST TO TRANSMIT TELEVISION.]
New York, American Telephone and Telegraph Company, 1963. 8vo. 3 original full green cloth. Volume 42, 1963-1,2,3 of ""The Bell System Technical Journal"". Library stamp to free front end-paper. Minor bumping to extremities. A nice, clean, uniform set. 20, 738 pp.+ (2), 739-1940 pp. + 1941-2974 pp.
First publication of the first description of the world's first television satellite. Telstar I made a tremendous impact on the world by transmitting transatlantic live television. ""Telstar captured the popular imagination in a way that it is hard to believe any satellite, especially a communication satellite, could do today. According to AT&T, more than half the population of the UK watched its first transatlantic transmission, a remarkable percentage given that far fewer people than today owned television sets."" (Gavaghan, Something New under the Sun, p. 188)According to the US Space Objects Registry, Telstar 1 and 2 were still in orbit as of May 2010. The Telstar-satellites represent the true beginning of satellite communication.Telstar 1 was launched on July 10th 1962 and was the world's first active repeater satellite, the primary function of which was transmission of voice, black/white and colour television, fascimilie, and high- and low-speed data. The Telstar-project had five overall objectives"" to demonstrate broadband transmission, test operational communication satellite reliability, obtain operational experience with ground terminals and provide space radiation measurement.Telstar 1 was a medium-altitude satellite with an elliptic orbit which was completed once every 2 hours and 37 minutes. Due to Telstar's non-geosynchronous orbit, its availability for transatlantic signals was limited to 20 minutes in each orbit that passed over the Atlantic Ocean. The Telstar 2 was almost identical with Telstar 1 but had a higher orbit to reduce exposure to the damaging effect of the radiation belt. The Chief of NASA's Communications Satellite Programs wrote in 1966: ""Although not the first communications satellite, Telstar is the best known of all and is probably considered by most observers to have ushered in the era of satellite communications. This impression was a result of the tremendous impact upon the public by the first transmission of live television across the Atlantic Ocean. Telstar I was launched on July 10, 1962, and on that same day live television pictures originating in the United States were received in France."" (Jaffe, pg. 107)""On the whole, Telstar made a tremendous impact in the nation by transmitting transatlantic live television, which demonstrated the possibilities for commercial satellite television and other services."" (Delbert. Communication via satellite, 83 p). The Telstar-satellites were not the first launched satellites, but they were the first to demonstrate the possibilities of satellites and to present them to a broader audience. The three volumes offered contain a wide variety of articles related to the Telstar satellites from the technical design of the satellite to transmission test and evaluation to spacecraft test.Issue 1:1. Beach, C.D." Trecker, J.M.. A Method for Predicting Interchannel Modulation due to Multipath Propagation in FM and PM Tropospheric Radio Systems. Pp. 1-36.2. Bodtmann, W.F. Ruthroff, C.L. A Wideband Transistor IF Amplifier for Space and Terrestrial Repeaters Using Grounded-Base Transformer-Coupled Stages. Pp. 37-54.3. Coyne, J.C. Monitoring the Percussive Welding Process for Attaching Wires to Terminals. Pp. 55-78.4. MacWilliams, Jessie. A Theorem on the Distribution of Weights in a Systematic Code. Pp. 79-94.5. Peck, D.S. Blair, R.R. Brown, W.L. Smits, F.M. Surface Effects of Radiation on Transistors. Pp. 95-129.6. Graff, H.J. Peacock, J.M. Zalmans, J.J. Development of Solderless Wire Connector for Splicing Multipair Cable. Pp. 131-153.7. Gordon, E.I. Rigden, J.D. The Fabry-Perot Electrooptic Modulator. Pp. 155-179.8. Pfahnl, Arnold. Properties of Fast-Decay Cathode-Ray Tube Phosphors. Pp. 181-201.Issue 2:9. Hallenbeck, F.J. Mahoney, J.J. Jr. The New L Multiplex - System Description and Design Objectives. Pp. 207-221.10. Graham, R.S. Adams, W.E. Powers, R.E. Bies, F.R. New Group and Supergroup Terminals for L Multiplex. Pp. 223-278.11. Albert, W.G. Evans, J.B. Jr Ginty, J.J. Harley, J.B. Carrier Supplies for L-Type Multiplex. Pp. 279-317.12. Clark, O.P. Drazy, E.J. Weller, D.C. A Phase-Locked Primary Frequency Supply for the L Multiplex. Pp. 319-340.13. Andrews, E.G. Pp. Telephone Switching and the Early Bell Laboratories Computers. Pp. 341-353.14. Sandberg, I.W. On the Theory of Linear Multi-Loop Feedback Systems. Pp. 355-382.15. Descloux, A. On Overflow Processes of Trunk Groups with Poisson Inputs and Exponential Service Times. Pp. 383-397.16. Rosenzweig, W. Gummel, H.K. Smits, F.M. Solar Cell Degradation under 1-Mev Electron Bombardment. Pp. 399-414.17. Marcuse, Dietrich. A Further Discussion of Stimulated Emission of Bremsstrahlung. Pp. 415-430.18. Cravis, H. Crater, T.V. Pp. Engineering of T1 Carrier System Repeatered Lines. Pp. 431-486.19. Takacs, L. Delay Distributions for One Line with Poisson Input, General Holding Times, and Various Orders of Service. Pp. 487-503.20. Takacs, L. A Single-Server Queue with Feedback. Pp. 505-519.Issue 3:21. Lindner, R. Semiconductor Surface Varactor. Pp. 803-831.22. Paull, M.C. Reswitching of Connection Networks. Pp. 833-855.23. Sandberg, I.W. The Realizability of Multiport Structures Obtained by Imbedding a Tunnel Diode in a Lossless Reciprocal Network. Pp. 857-876.24. Rado, T. On Non-Computable Functions. Pp. 877-884.25. Schepis, A.J. On the Theory of Shrink Fits with Application to Waveguide Pressure Seals. Pp. 885-907.26. Frisch, H.L. Gordon, S.B. Vyssotsky, V.A. Hammersley, J.M. Monte Carlo Solution of Bond Percolation Processes in Various Crystal Lattices. Pp. 909-920.27. Curtis, Harold E. Interference between Satellite Communication Systems and Common Carrier Surface Systems. Pp. 921-943.28. Gucker, George B. Long-Term Frequency Stability for a Reflex Klystron without the Use of External Cavities. Pp. 945-958.29. Flanagan, James L.Models for Approximating Basilar Membrane Displacement - Part II. Effects of Middle-Ear Transmission and Some Relations between Subjective and Physiological Behavior. Pp. 959-1009.30. Rowe, H.E. Approximate Solutions for the Coupled Line Equations. Pp. 1011-1029.31. Rowe, H.E. Warters, W.D. Transmission in Multimode Waveguide with Random Imperfections. Pp. 1031-1170.Issue 4:32. Tsiang, S.H. Ulrich, W. Automatic Trouble Diagnosis of Complex Logic Circuits. Pp. 1177-1200.33. Benes, V.E. Heuristic Remarks and Mathematical Problems Regarding the Theory of Connecting Systems. Pp. 1201-1247.34. Benes, V.E. Algebraic And Topological Properties of Connecting Networks. Pp. 1249-1274.35. Meadows, H.E.Solution of Systems of Linear Ordinary Differential Equations with Periodic Coefficients. Pp. 1275-1294.36. Landau, H.J. Pollak, H.O. Prolate Spheroidal Wave Functions, Fourier Analysis and Uncertainty -- III: The Dimension of the Space of Essentially Time- and Band-Limited Signals. Pp. 1295-1336.37. Scheinman, A.H. A Method for Simplifying Boolean Functions. Pp. 1337-1346.38. Boyd, G.D. Kogelnik, H. Generalized Confocal Resonator Theory. Pp. 1347-1369.39. Geusic, J.E." Scovil, H.E.D. A Unidirectional Traveling-Wave Optical Maser. Pp. 1371-1397. 40. Morris, Robert. Further Analysis of Errors Reported in ""Capabilities of the Telephone Network for Data Transmission"". Pp. 1399-1414.41. Otterman, Joseph. Grade of Service of Direct Traffic Mixed with Store-and-Forward Traffic. Pp. 1415-1437.42. Fraser, J.M." Bullock, D.B. Long, N.G. Over-All Characteristics of a TASI System. Pp. 1439-1454.43. Miedema, H. Schachtman, M.G. TASI Quality - Effect of Speech Detectors and Interpolation. Pp. 1455-1473.Issue 5:44. Nelson, W.L. Phase-Lock Loop Design for Coherent Angle-Error Detection in the Telstar Satellite Tracking System. Pp. 1941-1975.45. Elliott, E.O. Estimates of Error Rates for Codes on Burst-Noise Channels. Pp. 1977-1997.46. Mc Adoo, Kathryn L. Speech Volumes on Bell System Message Circuits -- 1960 Survey. Pp. 1999-2012.47. Cutler, C.C. Kompfner, R. Tillotson, L.C. A Self-Steering Array Repeater. Pp. 2013-2032.48. Sandberg, I.W. On the Properties of Some Systems that Distort Signals -- I. Pp. 2033-2046.49. Ohm, E.A. Snell, W.W. A Radiometer for a Space Communications Receiver. Pp. 2047-2080.50. Brown, W.S. The ALPAK System for Nonnumerical Algebra on a Digital Computer --- I: Polynomials in Several Variables and Truncated Power Series with Polynomial Coefficients. Pp. 2081-2119.51. Musa, J.D.Discrete Smoothing Filters for Correlated Noise. Pp. 2121-2151.52. Evens, M.J. Myers, G.H. Timko, J.W. Command Guidance of Telstar Launch Vehicle. Pp. 2153-2168. 53. Yu, E.Y. Spin Decay, Spin-Precession Damping, and Spin-Axis Drift of the Telstar Satellite. Pp. 2169-2193.54. Paul, B. West, J.W. Yu, E.Y. A Passive Gravitational Attitude Control System for Satellites. Pp. 2195-2238.55. Fletcher, H.J. Rongved, L. Yu, E.Y. Pp. Dynamics Analysis of a Two-Body Gravitationally Oriented Satellite. Pp. 2239-2266.56. Rice, S.O.Innage and Outage Intervals in Transmission Systems Composed of Links. Pp. 2267-2283.57. Dragone, C. Hogg, D.C.Wide-Angle Radiation Due to Rough Phase Fronts. Pp. 2285-2296.58. Bennett, W.R. Rice, S.O.Spectral Density and Autocorrelation Functions Associated with Binary Frequency-Shift Keying. Pp. 2355-2385.59. Bennett, W.R. Salz, J.Binary Data Transmission by FM over a Real Channel. Pp. 2387-2426.60. Lucky, R.W.A Functional Analysis Relating Delay Variation and Intersymbol Interference in Data Transmission. Pp. 2427-2483.Issue 6:61. Haynie, G.D. Rosenfeld, P.E. An Automated 20-20,000-cps Transmission Measuring Set for Laboratory Use. Pp. 2501-2531.62. Sandberg, I.W.Signal Distortion in Nonlinear Feedback Systems. Pp. 2533-2550.63. Manley, J.M. A Three-Conductor Elementary Clogston Coaxial Transmission Line --- Calculation, Fabrication and Experiment. Pp. 2551-2574.64. Darlington, Sidney. Linear Time-Varying Circuits --- Matrix Manipulations, Power Relations, and Some Bounds on Stability. Pp. 2575-2608. 65. Li, Tingye. Mode Selection in an Aperture-Limited Concentric Maser Interferometer. Pp. 2609-2620.66. DiDomenico, M. Jr. Anderson, L.K. Broadband Electro-Optic Traveling-Wave Light Modulators. Pp. 2621-2678.67. Byrne, C.J. Karafin, B.J. Robinson, D.B. Jr. Systematic Jitter in a Chain of Digital Regenerators. Pp. 2679-2714.68. Curtis, Harold E. Satellite System Interference Tests at Andover, Maine. Pp. 2715-2739.69. Miller, S.E.The Nature of and System Inferences of Delay Distortion Due to Mode Conversion in Multimode Transmission Systems. Pp. 2741-2760.70. Young, D.T.Model for Relating Coupled Power Equations to Coupled Amplitude Equations. Pp. 2761-2764. 71. Enloe, L.H.Interchannel Interference in FM Systems Produced by Continuous Random Mode Conversion in Circular Electric Waveguide. Pp. 2765-2786.72. Young, D.T.Effect of Differential Loss on Approximate Solutions to the Coupled Line Equations. Pp. 2787-2793. 73. Benes, V.E.Markov Processes Representing Traffic in Connecting Networks. Pp. 2795-2837.74. Borenstein, D.P. Spectral Characteristics of Digit-Stimulating Speech Sounds. Pp. 2839-2847.75. Bullington, K.. Reflections from an Exponential Atmosphere. Pp. 2849-2867. 76. Emling, J.W. Mitchell, D.The Effects of Time Delay and Echoes on Telephone Conversations. Pp. 2869-2891.77. Brady, P.T. Helder, G.K.. Pp. Echo Suppressor Design in Telepone Communications. Pp. 2893-2917.78. Riesz, R.R. Klemmer, E.T. Subjective Evaluation of Delay and Echo Suppressors in Telephone Communicaions. Pp. 2919-2941.79. Hill, D.W. Calculation of the Spin-Axis Orientation of the TELSTAR Satellites from Optical Data. Pp. 2943-2960.
Television. Theory and Practise.
London, Chapman & Hall, 1934. Fine private full cloth, titlabel in leather on back with gilt lettering. Frontispiece. X,(1),196 pp. , textillustrations and 11 plates.
First edition. Early work on television, depicting the experimental equipment. The main chapters cover photocells, the cathoderay tube, defletion circuits, and receivers for television. Others deals with film and color television. - Shiers & Shiers. Early Television. No. 4447.
The Production and Utilization of Television Signals. - [THE DEVELOPMENT OF TELEVISION.]
New York, American Telephone and Telegraph Company, 1927. 8vo. Original full green cloth. Volume VI, 1927 of The Bell System Technical Journal. Library stamp to front free end-paper and title page. Minor bumping to extremities. A nice and clean copy. Pp. 560-603. [Entire volume: (6), 754 pp.].
First edition of the influential paper on television signals. Gray was highly influential in the development of television and conducted pioneering research in this field. ""The design of a television system, once the fundamental principles are understood, involves a detailed consideration of the methods by which the several important functions are to be performed.(1) In the present system the initial signal wave is obtained by sweeping a spot of light over the subject in parallel lines completely scanning it once every 18th of a second. The light reflected is collected by large photoelectric cells which control the transmitted current."" (From the introduction to the present paper).""A spotlight scanning method was adopted (in the present paper) to illuminate the subject, the beam of light being obtained from a 40A Sperry arc. Three photoelectric cells of the potassium hydride, gas-filled type were specially constructed and utilised to receive the reflected light from the subject. At that time they were probably the largest cells that had ever been made and presented and aperture of 120 square inches."" (Burns, R. W. Communications: an international history of the formative years, 2004, p. 497). Other papers of interest contained in the present volume:John Carson:1. Electromagnetic Theory and the Foundations of Electric Circuit Theory. Pp. 1-17.2. Propagation of Periodic Currents over a System of Parallel Wires. Pp. 495-545.E. C. Molina:1. Application of the Theory of Probability to Telephone Trunking Problems. Pp. 461-494.
