IEEE 1154-1991
IEEE Standard for Programmed Inquiry, Learning, or Teaching (PILOT)
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- Language: English
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- Language: English
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About This Item
IEEE 1154-1991 is a standard for Programmed Inquiry, Learning, or Teaching (PILOT), a computing-focused language or instructional approach used to structure interactive learning and guided responses. In practical terms, it addresses how PILOT-based systems may support educational software, tutoring applications, and command-driven learning workflows. This matters because a clear standard helps preserve consistency in implementation, documentation, and exchange across systems that rely on this specialized instructional computing method.
IEEE 1154-1991 overview
This standard defines a technical basis for PILOT in the context of computing and processing, where program behavior is shaped around inquiry, teaching, and learning interactions. IEEE 1154-1991 is relevant to software and system designers who need a stable reference for how PILOT-related functions should be represented or supported. Its value lies in giving a common structure to a specialized approach that may otherwise be implemented differently across platforms, tools, or educational computing environments.
Typical use cases
IEEE 1154-1991 is typically associated with systems that present lessons, prompts, or guided exercises through a structured interactive interface. It may be useful in educational software, training applications, and legacy computing environments where programmed instruction is part of the workflow. The standard can also support developers, integrators, and technical teams working with components or tools that need predictable PILOT behavior across teaching-oriented applications and related processing systems.
Why this standard matters
For organizations handling instructional software or specialized computing tools, IEEE 1154-1991 can help improve consistency and reduce ambiguity in design and implementation. A defined standard supports clearer procurement decisions, better compatibility between components, and more reliable validation of expected behavior. It can also reduce integration risk when multiple teams or products depend on the same PILOT-related conventions, especially in environments where repeatable learning interactions are important.
- PILOT-oriented instructional computing
- Programmed inquiry and teaching workflows
- Educational software implementation reference
- Legacy system compatibility considerations
- Consistency in guided learning interactions
- Publication Date: 1991
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Computing and Processing; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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