Renseignements généraux

Nº de série

1346

Nº de partie

1

Nombre total de parties

1

Ou

S/O

Brevets

S/O

Description générale

Synthetic casing and parts/ Metal parts

Dimensions

Remarque : Cette information reflète la taille générale pour l’entreposage et ne représente pas nécessairement les véritables dimensions de l’objet.

Longueur

35,0 cm

Largeur

8,0 cm

Hauteur

2,5 cm

Épaisseur

S/O

Poids

S/O

Diamètre

S/O

Volume

S/O

Lexique

Groupe

Technologie informatique

Catégorie

Équipement d'entretien et développement

Sous-catégorie

S/O

Fabricant

Ou

Goodwood

Pays

Canada

État/province

Ontario

Ville

Carleton Place

Contexte

Pays

Canada

État/province

Terre-Neuve-et-Labrador

Période

circa 1982-2003

Canada

An accessory device for a Canadian designed and at least partly Canadian manufactured computerized data acquisition and display unit for air traffic control. The Electronic System Master Plan for Mirabel Airport identified a need to consolidate the display of information required by air traffic controllers. A system was needed that could collect this information and present it on a television type display. The prototype and software (16-bit) was developed in house at NAVCAN in 1972. An engineering model was developed by the Computer Systems Group, Telecommunications and Electronics Branch of Transport Canada. This model system was built around a mini-computer and incorporated only two display channels. The major concern at the time was the quality of the display, as it had to serve both low and high ambient light conditions. The initial phase of the program had been so successful that the decision was taken to expand the procurement to supply each of the Area Control Centres in Canada, as well as Mirabel, with a system. A contract was written with I.P. Sharpe Associates of Toronto & Ottawa (and Carleton Place) being the successful bidder. Halfway through the contract the project was spun off to a new company, Goodwood Data Systems (basically the Carleton Place facility). The systems were delivered in 1975-1978 (to 7 control centres and 2 systems for the Technical Systems Centre (TSC) in Ottawa and one for the training centre in Cornwall). The contract was for apx. $1 million. The system was based on 7400 type discrete integrated circuits. The Display Site Equipment contract went to Raytheon and Raytheon Canada in Waterloo while the computers were made by DY-4 here in Ottawa. OIDS was subsequently installed at all major Canadian airports with troubleshooting and technical support backup provided by 2 systems in NAVCANs Ottawa Technical Systems Centre near the airport. Training was done in Cornwall both for techs and air traffic controllers on the third backup system (Continued in Notes).

Fonction

An instrument used to test components of an electronic data acquisition and display system designed specifically for use in an airport for air traffic control.

Technique

The OIDS replaced analogue and hand input data used by air traffic controllers. OIDS brought together information from different sources in a convenient and constantly and automated updated fashion. It made air travel safer and more efficient because the delays caused by weather in particular were minimized. Weather data handling was improved to the point where updating a weather report was at least 4 times faster than previously. OIDS organized information into "pages" according to type of information or control position requirements. Different data would be selected by the air traffic controller only as needed. The numerous dials, readouts, teletype printouts, and overhead projections could all be removed, leaving a single, uncluttered source of information. The original OIDS, Phase 1A, provided the user with a maximum of 17 pages of data. OIDS Phase 1B provided 297 pages of data (429 pages with software version 900 (1982 upgrade)) plus the capability to make database changes on-site, such as: make changes to page formats, OIDS-ICCS cross-reference tables; weather assignments and deletions; create and delete updatable commands; position and remove updatable commands; and position and remove titles and delimiters. The heart of the OID System was a pair of Interdata Model 70 mini-computers. One computer was designated as MASTER, and the other as STANDBY. Each contained a fully configured, 128K-byte core memory, with a one-megabyte solid-state disk and necessary interfaces for interconnection with other parts of the system. Each computer had a teletypewriter and a dual-drive floppy disk unit as peripherals. Each computer had a front panel control console which was used by the system operator to view system and peripheral status, to load and startup the system. Each solid-state disk had an external write protect switch and status indicators used by the operator to protect the disk and monitor errors. The OIDS worked with the Radar Processing System and Display Centre System which from c1978-c1983 was a system called JETS. JETS replaced an analogue system. Ca. 1984-89 JETS was replaced with a system called RAMP and from ca. 2000 with a system called RSIT which is part of the CATS programme. These were installed in the Area Control Centres and in towers.

Notes sur la région

Inconnu

Détails

Marques

Raised lettering on front reads 'GOODWOOD [logo]' and 'Monitor 232'/ Label on back reads 'MADE IN CANADA BY/ GOODWOOD DATA SYSTEMS LTD./ CARLETON PLACE, ONTARIO/ SER. NO. 1346/ MODEL NO. GDS-232'

Manque

Appears complete

Fini

Textured brown casing with smooth brown top/ Black connector/ Blue cable and connector

Décoration

S/O