A User-oriented Protocol for Integrating Heterogeneous Communication Systems of Medical Facilities Using Ports

L. GierI; R. Greiller; Th. Landersdorfer; H. Müller; K. Überla

doi:10.1055/s-0038-1635549

Methods of Information in Medicine, Table of Contents

Methods Inf Med 1989; 28(02): 97-103
DOI: 10.1055/s-0038-1635549

Original Article

Schattauer GmbH

A User-oriented Protocol for Integrating Heterogeneous Communication Systems of Medical Facilities Using Ports

L. GierI^*

,

R. Greiller^*

,

Th. Landersdorfer^*

,

H. Müller^*

,

K. Überla^**

Abstract

Abstract:

The crucial feature of future communication systems in hospitals will be the heterogeneity between the individual systems. People working in a hospital do not communicate via data objects, but via highly complex functions like preparation of a patient report or diagnosis of patients’ symptoms and signs. Essentially such tasks are accomplished by initiating remote functions in various modes of a communication system. The aim of the MEDAS protocol developed by our group is to propose a definition of such a high-level medical protocol and then to implement it. Our user-oriented protocol permits information exchange between heterogeneous systems. Modules and functions are defined. Message passing to and from a processor is realized using ports. The protocol sequence of every communication request is described. The relation of ports to the ISO model is specified. First experiences in a network for a medical school are reported.

Key-Words:

User-oriented Protocols - Distributed Systems - Communication - Message Passing Ports

Full Text

References

REFERENCES
1 Stumm M. Verteilte Systeme: Eine Einführung am Beispiele V. Informatik-Spektrum 1987; 10: 246-61.
2 Bayer R, Elhardt K, Kiessling W, Killar D. Verteilte Datenbanksysteme. Informatik-Spektrum 1984; 7: 1-19.
3 Suppan-Borowka J. TOP – Technical and Office Protocols. Informatik-Spektrum 1987; 10: 218-20.
4 Suppan-Borowka J. Das Manufacturing Automation Protocol MAP. Praxis der Informationsverarbeitung und Kommunikation 1987; 10: 182-8.
5 Van Aken IW. et al. The ACR-NEMA Standard for Medical Image Exchange. In: Serio et al, ed. Med Inform Eur 1987. Roma: 1987: 1378-83.
6 Gierl L, Greffier R, Meyer-Bender B, Überla K. Der Aufbau eines Netzwerkes aus Main-Frames, Minicomputern und PC’s für eine Medizinische Fakultät: Erfahrungen und künftige Entwicklungen. Praxis der Informationsverarbeitung und Kommunikation 1987; 10: 247-54.
7 Hansen Th, Überla K. Aspects in Developing a Modularly Organized Hospital Data Processing System. Meth Inform Med 1970; 9: 97-101.
8 Tanenbaum AS, Van Renesse R. Distributed Operating Systems. . ACM Comput Survey. 1985: 17
9 Bundesministerium des Inneren. Einheitliche Höhere Kommunikationsprotokolle (Uniform high-level communication protocols). Part 4, Braunschweig 1983
10 Bundesministerium des Inneren. Einheitliche Höhere Kommunikationsprotokolle (Uniform high-level communication protocols). Parts 5 and 6, Braunschweig 1983
11 Löbich I, Ehnis L, Lang U, Rühle R. DFN RSYST – Software zur Unterstützung verteilter Anwendungen in heterogenen Rechnernetzen. In Gerner N, Spaniol O. ed Kommunikation in Verteilten Systemen. Aachen. 1987
12 Spies P P. No-Waitsend/Rendezvous. Informatik-Spektrum 1985; 8: 283-6.
13 Cox BJ. Object Oriented Programming. . Reading. 1987