Lehrbuch der organisch-chemischen Methodik: Nachweis und Bestimmung organischer Verbindungen

Meyer, Hans

Bibliographic data

Multivolume work

Persistent identifier:: 1670259072

Author:: Meyer, Hans

Title:: Lehrbuch der organisch-chemischen Methodik

Type of content:: Lehrbuch

Year of publication:: 1922

Place of publication:: Wien

Publisher of the original:: Verlag von Julius Springer

Identifier (digital):: 1670259072

Language:: German

Additional Notes:: Bände 1-3,2 erschienen von 1922-1940

Document type:: Multivolume work

Volume

Persistent identifier:: 1670273296

Author:: Meyer, Hans

Title:: Nachweis und Bestimmung organischer Verbindungen

Sub title:: mit 11 Abbildungen

Scope:: XII, 426 Seiten

Type of content:: Lehrbuch

DOI:: 10.14463/KXP:1670273296

Year of publication:: 1933

Place of publication:: Berlin

Publisher of the original:: Verlag von Julius Springer

Identifier (digital):: 1670273296

Illustration:: Illustrationen

Signature of the source:: a 368(2)

Language:: German

Usage licence:: Public Domain Mark 1.0

Publisher of the digital copy:: Technische Informationsbibliothek Hannover

Place of publication of the digital copy:: Hannover

Year of publication of the original:: 2019

Document type:: Volume

Collection:: Chemistry

Chapter

Title:: 107. [...]-Rhamnose, Isodulcit.

Document type:: Multivolume work

Structure type:: Chapter

t = Summary The invention of the Analytical Plotter by HErAvA has provided practical photogrammetry with a new aid the importance of which is constantly growing due to the development of digital techniques. The equipment presently available ranges from the AP/C-3 by O.M.L to systems with automatic image correlation (AS 11-BX by Bendix, Unamace by Bunker-Ramo and Gestalt by Hobrough). The effi- ciency of an Analytical Plotter is equally determined by the hardware (core-storage capacity. periphe- ral equipment) and the software. While the advantage of the Analytical Plotter was originallv consi- dered to be the possibility of increased plotting accuracy due to analytical correction of systematic image errors and while its importance for special plotting projects (military panoramic photography) was recognized very soon, its value is presently increasing due to its particular suitability for automat- ing photogrammetric techniques, at least on a step-by-step basis: the semi-automation of the orientation processes, the automatic positioning of points, the use of output media susceptible to automation. The efficiency of the Analytical Plotter will increase bv comparison with that of conventional equip- ment if the instrument is programmed for certain specific tasks: for example. as an aerotriangulator with semi-automatic point transfer, as a digital data-acquisition system or as a terrestrial plotter cap- able of making allowance for special photographic and object conditions. Résumé La création de l'Analytical Plotter par HELAvA a fourni à la pratique de la photogrammétrie un nouvel appareil qui, vu l'essor de la technique digitale. prend de nlus en nine d’imnartance. Les nlot- ters analytiques disponibles à l'heure actuelle s'étendent du modèle AP/C-3 de O.M.T. aux systèmes à corrélation automatique des images (AS 11-BX de Bendix, Unamace de Bunker-Ramo, Gestalt de Hobrough). Le rendement d’un plotter analytique dépend en premier lieu du hardware (capacité de la mémoire à tores magnétiques, unités périphériques), mais pas moins du software. Initialement, on avait considéré comme avantage essentiel du plotter analytique la possibilité d’ obtenir une meil- leure précision à la restitution par la correction analytique des aberrations systématiques, puis on avait reconnu sa supériorité pour des travaux de restitution spéciaux, p.ex. prises de vue panoramiques militaires. Aujourd'hui. le plotter analytique gagne en signification, du fait qu'il se préte à l'automa- tisation des méthodes photogrammétriques. tout au moins pour leurs phases: opérations d'oriente- ment semi-automatiques, pointé automatique des points, emploi d'unités de sortie automatisables. Le plotter analytique fait preuve de performances qui dépassent celles des appareils conventionnels, lorsqu'il est programmé pour certains travaux. p.ex. comme appareil d'aérotriangulation avec report semiautomatique des points d'appui, comme unité d'acquisition digitale de données ou comme appa- reil stéréorestituteur terrestre susceptible de s'adapter à des conditions particulières de prise de vue et à la configuration des objets. Schrifttum |1] HErava, U.V.: New Principle for Photogrammetric Plotters, Phia (1057-38) 89-96 (2[ INCHILLER: et al.: The Galileo D.S. Digital Stereocartograph, kommission I. IGP Kongreß, Ottawa 1972 [3] HELavA, L.V.: Analytical Plotter, Can. Surv. (1963 ) 131-148 [4] Lesser. B. 5.: General Concept of the Analytical Plotter, Can. Surv. (1963) 168-182 [5] Parent, Go: Analysis of the Mechanical-Optical Design of the Analytical Plotter, Can. Surv. (1963) 148-154 [6] Jousow, E. C. und Kamu. V. C.: Computer and Programs for the AP/C Analytical Stereoplotter, Can. Surv. (1963) 155-168 [7] Koxecny, G.: The Analy tical Plotter AP-2C and its Interfacing with an IBM 360-50 System, BuL 36 (1968) 107-116 [8] Kaww, V. C. et al.: Design of the BX 272 integrated-circuit control computer, IGP KongreD 1968, Kommis- soin lI [9] FRIEDMANN, J.3., Masry, S. E.. kRAKIWSKY, M. E; The New Analytical Plotter Proceedings: Discussions on Man-Machine Interface in Photogrammetry, University of New Brunswick, Kanada Dept. of Surveying Engineering, (1972) 45-63 [10] Forrest. R. B.: Photogrammetric Research Facility, ASP 1974, St. Louis [11] BERTRAM. 5.: The Universal Automatic Map Compilation Equipment, Phm. Eng. 30 (1964) [12] HEtava. U. V.. WurrESIDF, A. E.. MaruERLy, ©. Wi: New Automatic Analytical Stereoplotter, IGP Kongreß 1968, Kommission I [13] HeLava. U. V.. CirAPELLE. W. E.: Epipolar Scan Correlation, Bendix Techn. Journ. 19-23 5 (1972) [14] Seymour, R. H. and WiuTESIDE, À. E.: A new on-line Computer Assisted Stereocomparactor, ASP 1974, — St. Louis [15] Honnovcir, G. L. and Hosrot cir. T. B.: Image Correlator Speed Limits, Bul, 39 (1971) 20-24 [16] Konzcny, G.: Software Concepts for the Analytical Plotter, Symposium der Kommission I. IGP. Turin 1974 [17] Keune. E.: Aerotriangulation of the Analytical Plotter, Symposium Turin 1974 [18] RÜDENAUER. H.: New AP/C-3 Programms, Symposium Turin 1974

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