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Language peer sets for GOAL:
United States↑
United States/1973↑
Designed 1973 ↑
1970s languages ↑
Fourth generation↑
High Cold War↑
Genus Multiline ↑
Specialised Languages ↑
Multiline↑
Textually spatial↑
Spatially algorithmic ↑
Multiline/1973↑
Textually spatial/1973↑
Spatially algorithmic/1973↑
Multiline/United States↑
Textually spatial/United States↑
Spatially algorithmic/United States↑
Specialised Languages ↑
Specialised Languages/1973↑
Specialised Languages/us ↑

GOAL(ID:5364/goa001)

Ground Operations Aerospace Language

alternate simple view

Country: United States
Designed 1973
Genus: Multiline
Sammet category: Specialised Languages

for Ground Operations Aerospace Language

Places

NASA usR

References:

Dickison, Larry R. (1973) Dickison, Larry R. "Ground Operations Aerospace Language (GOAL) Syntax Diagrams Handbook", TR-1213, N73-31148, 1973

[IBM] Launch Processing System Checkout, Control a (1983) [IBM] Launch Processing System Checkout, Control and Monitor Subsystem Detailed Software Design Specifications, Book 2, Part 1: GOAL Language Processor, KSC-LPS-IB-070-2, pt. 1, release S33, Cape Canaveral, FL, June 3, 1983.

[IBM] (1983) IBM Corporation, Launch Processing System Checkout, Control, and Monitor Subsystem: GOAL On-Board Interface Language, KSC-LPS-OP-033-4, release S33, Cape Canaveral, FL, April 27, 1983

(1987) "Computers in Spaceflight: The NASA Experience" Onlline copy Extract: GOAL, A Language for Launch Processing Extract: HYLA, ATOLL, SOL
Resources

GOAL at NASA Software
The Shuttle’s digital system software is divided into two principal areas; flight software and ground software. The majority of the ground software is written in a special language known as Ground Operations Aerospace Language (GOAL). GOAL was developed at the Kennedy Space Center in the 1970’s and allows for extremely fast command and control of the Orbiter systems. There is an ongoing effort at KSC to replace the current LPS GOAL software and hardware with C++ software and modernized computer hardware. This replacement for LPS is known as Checkout, Launch, and Control System (CLCS). The ground testing software is managed by the processing teams at Kennedy Space Center, while the flight software is managed by the Johnson Space Center. Coordination between the NASA personnel and contractor teams is a continuous operation because of the complexity of the systems and the extreme reliability required for safe vehicle flight.

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