Abstract
The term office automation generally refers to the machine-aided creation,communication, storage, retrieval, and control of messages and documents handled by professional, clerical, and secretarial personnel in an office environment. This implies that any system that is installed for office use should ideally interact in an adequate manner with existing equipment and possess a degree of flexibility and open-endedness to adapt to as yet hazily defined future requirements. This is particularly true of office communication systems which include various terminals, storage and processing equipments for text, voice, data and picture.
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References
Cited References
D.M. Leakey, “Integrated Communications for the Evolving Office Environment,” Conference on Communications Equipment and Systems, pp. 1416, 1983.
C.J. Georgopoulos, “Alternative Communication Techniques in the Office of the Future,” HETELCON ‘83, Athens, Greece, August 24–26, 1983.
C.J. Georgopoulos, “Controller-Infrared Network Links,” FOC/LAN’83, Atlantic City, N.J, October 10–14, 1983.
M. Dance, “Integration LANs, PBXs and Wide Area Networks,” Communications Engineering International, pp. 33–35, October 1983.
Advanced Micro Devices, Analog and Communications Products Data Book, Sunnyvale, CA, 1983.
V. Coleman, et al.,“Controller Chip Shares Tasks in Buffer, Net Management,” Electronics, p.92, October 6, 1982.
V. Coleman, “Implementation Open and Closed System LANs with VLSI, ” Southcon/85 and Mini/Micro Southeast/85, Atlanta, GA, March 5–7, 1985.
R. Allan, “PABXs Equip.Themselves for the Future Office,” Electronic Design, p.73, June 24, 1982.
D. Greenfield, “Microprocessor Controlled PABX,” Communications Engineering International, p. 44, December 1983.
B. Marclay, “A PABX Model Using the 6800 MPU,” Microelectronics and Reliability, Vol. 18, pp.15–33, Pergamon Press, 1978.
Motorola, MC6800 Microprocessor Applications Manual,Switzerland, 1975.
R. Mateosian, “The NS16000 Peripheral Family” Mini/Micro Southeast/ 84, pp.4.2/1–4/2.4, Orlando, Florida, January 17–19, 1984.
R.D. Selinger, et al., “The 925 Family of Office Workstations,” IFIP’83, 9th World Computer Congress, pp. 65–70, Paris, Sept. 19–23, 1983.
H.Ng and S.J. Puchkoff, “Touch-Sensitive Screens Ensure a User Friendly Interface;” Computer Design, pp. 135–137, August 1981.
R.E.H. Bywater, “Microprocessor Manages Man Machine Interface,” Electronic Engineering, p. 89, May 1979.
J. Hurlbust, “Economical Keypad Encoding,” Computer Design, p. 175, February 1982.
J. Mariani, et al., “A Man-Machine Speech Communication System Including Word-Based Recognition and Text-to-Speech Synthesis,” IFIP’ 83, 9th World Computer Congress, Paris, France, September 19–23, 1983.
A. Bridges, “Speech Recognition Systems Emerge for Untapped Market Computer Technology Review, pp. 91–97, Winter 1983.
C. Cory, III, “Smart Approaches to Magnetic Peripheral Integration, Computer Design, p. 137, November 1982.
C.S. Koukourlis and C.J. Georgopoulos, “A lP- Based Communication Controller for Wireless Indoor Applications Using CDMA Techniques,” HETELCON’ 83, Athens, Greece, August 25–30, 1983.
J. Malvaso, “p13-Based Infrared Controller Uses PPM,” EDN, pp.232–235, May 26, 1983.
General References
R. Bernhard, “The Quandary of Office Automation;’ IEEE Spectrum, p. 34–39, September 1982.
I. Richner and M. Steiner, “Office Communications and Digital PBX,” Computer Networks 5, pp. 411–422, 1981.
D.K. Melvin, “Coax Local Network Carries Both Voice and Data,” Electronic Design, p.55, January 21, 1982.
K.M. Hoppner, et al., “Digital Interface,” The Bell System Technical Journal, Vol. 60, No. 6, pp. 1131–1166, August 1981.
R. Mörlinger, “Integration of Voice and Data Communications in Digital PABX Networks,” 4th World Telecommunication Forum, Geneva, 29 Oct.- 1 Nov., 1983.
M. Greenberg and S. Kanzler, “Low-Cost Multiuser System Exploits PC- Compatible Workstations,” Mini-Micro Systems, p. 195, August 1984.
D.P. Jiang, et al., “ A Low Cost Peripheral Interface for the Workstation Environment,” Wescon/83, San Francisco, November 8–11, 1983.
N. Mokhoff, “Thirty-Two Bit Micros Power Workstations,” Computer Design, p. 97, June 15, 1984.
H. Assarprour, “Floppy-Disk Interface Chip Cuts Parts, Adds Control,” Electronic Design, p. 207, April 28, 1983.
A. Clark, “Controller Chips Pair Up in S Interface for ISDN Systems,” Electronic Design, p.157, December 13, 1984.
J.P. Hayes, Digital System Design and Microprocessors. New York: MacGraw-Hill, 1984.
P. Drake, “Distributed Office Systems,” Telecoms Today Conference, London, March 13–15, 1984.
D. McCartney and Paul Groepler, “The 32-Bit 68020’s Power Flows Fully Through a Versatile Interface,” Electronic Design, p.335, January 10, 1985.
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© 1985 D. Reidel Publishing Company, Dordrecht, Holland
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Georgopoulos, C.J. (1985). μP Interfaces in Automated Offices. In: Interface Fundamentals in Microprocessor-Controlled Systems. International Series on Microprocessor-Based Systems Engineering, vol 3. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-5470-0_8
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DOI: https://doi.org/10.1007/978-94-009-5470-0_8
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