What the study found
The study found that Object-Oriented Prompting, or OOPrompt, is an interaction paradigm for handling prompts as structured, manipulable artifacts rather than only as linear text. The authors say this approach can unify and generalize several existing point systems.
Why the authors say this matters
The authors conclude that the OOPrompt design space may provide theoretical and empirical guidance for designing and engineering prompt-based, LLM-enabled interactive systems. Here, LLM means large language model.
What the researchers tested
The researchers first outlined a design space from existing work and built an early prototype. They deployed it as a probe in a formative study with 20 participants, used the feedback to expand the design space, then developed a full prototype and ran a validation study to examine added values and trade-offs.
What worked and what didn't
The abstract says participant feedback informed an expanded OOPrompt design space. It also says the later validation study was used to better understand OOPrompt's added values and trade-offs, but it does not give the detailed outcomes of those studies in the available summary.
What to keep in mind
The available summary does not provide the specific findings from the formative or validation studies. It also does not describe the detailed trade-offs, participant responses, or practical limits beyond noting that the work explored added values and trade-offs.
Key points
- OOPrompt treats prompts as structured, manipulable artifacts instead of only linear text strings.
- The authors say OOPrompt can unify and generalize several existing point systems.
- An early prototype was tested in a formative study with 20 participants.
- Feedback from that study informed an expanded OOPrompt design space.
- A later validation study examined OOPrompt's added values and trade-offs.
- The authors conclude the design space may guide future LLM-enabled interactive systems.
Disclosure
- Research title:
- OOPrompt treats prompts as structured, editable artifacts
- Authors:
- Tengyou Xu, Detao Ma, Xiang Chen
- Institutions:
- HealthCare Interactive, HealthCare Interactive, UCLA Health, UCLA Health, UCLA Health
- Publication date:
- 2026-06-29
- DOI:
- 10.1145/3816761
- OpenAlex record:
- View
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