How are Vibrotactile Experiences Visually Represented? A Taxonomy of Illustration Characteristics
A strong best-paper contribution: it turns an underexamined but consequential communication problem in haptics into a field-level empirical object, showing that VTX figures often underrepresent action timing and experience while providing a practical taxonomy for systematic analysis and redesign.
Axes Lens
Rare contribution shape, typical evidence profile. The point here is not a score. It is to show what kind of claim the paper makes, and whether the evidence pattern is unusual or baseline in this 268 -review set.
Contribution shape
- Knowledge form
- descriptive knowledge typical · 92/268
- Novelty type
- framework typical · 59/268
- Abstraction level
- field typical · 41/268
- Generalization target
- field argument typical · 55/268
- Validation mode
- survey synthesis typical · 10/268
Evidence profile
- Evidence strength
- strong typical · 158/268
- Claim alignment
- strong typical · 231/268
- Overclaim risk
- low typical · 53/268
Review Summary
This paper’s importance is less about inventing a new haptic device and more about making visible a hidden infrastructure problem in the field: how researchers visually communicate vibrotactile experiences at all. That is a meaningful contribution because replication, interpretation, and design transfer in haptics depend heavily on figures when the underlying experience cannot be directly seen. The authors do two things well. First, they build a domain-specific taxonomy that is not merely generic illustration analysis transplanted into haptics; it explicitly captures VTX-relevant dimensions such as input, output, devices, temporal relations, and how vibration dynamics are encoded. Second, they validate its usefulness through scale and triangulation: a large corpus review, descriptive analysis, five redesign-oriented case studies, and a formative study with novice and experienced haptic designers. The empirical findings are also genuinely informative for the field. The paper shows that many figures are static, often weakly linked to user action timing, and more likely to depict stimuli than lived experiences. It also shows that important contextual information is frequently split across multiple figures rather than consolidated. Those are not trivial observations; they challenge assumptions about what scientific figures in haptics are actually doing communicatively. The limitations matter too: the method intentionally isolates images from textual context, so some apparent omissions may be compensated elsewhere in papers, and the taxonomy is better at analysis and reflective iteration than at directly guiding novice creation. Even so, the work establishes a strong descriptive baseline and a reusable framework that future haptics papers, tools, and even AI-assisted illustration systems can build on.
What Changed
Canon before
The dominant baseline in the field assumes VTX illustrations clearly communicate the timing and experiential qualities with direct depiction of vibrotactile stimuli and interaction sequences within single figures.
Departure from common sense
Contrary to dominant assumptions, the paper finds that VTX illustrations often do not illustrate user input or action timing explicitly, tend to focus on static stimuli rather than experiential qualities, and frequently distribute context and device information across separate figures.
Actual novelty
The paper contributes a taxonomy specifically for vibrotactile-experience illustrations, built from prior illustration work and inductive review of VTX figures, then applies it at scale to 768 figures from 409 papers and demonstrates its use through case studies and a formative study with haptic designers.
Evidence
Evidence comes from a systematic review of 1652 papers from ACM and IEEE over 25 years, narrowing to 768 coded VTX figures from 409 papers. The paper grounds its main claims in descriptive statistics over this corpus, then supplements the taxonomy contribution with five case studies and a formative study with 11 haptic designers about how the taxonomy supports reflection and redesign.
“ouch through vibrations elicited by mechanical vibration motors. Following a rapid review approach [109], we collected 1652 papers from ACM and IEEE2 for the past 25 years and selected 1509 figures using eligibility criteria, then categorized them in several categories to filter out figures relating only to VTX (Figure 1 Ⓐ)”
actual novelty · 1 Introduction · confidence 0.98
“ appearance, (4) VTX illustrations tend to represent static scenes without direct links to users’ actions, and (5) they rather provide information on stimuli than experiences produced by vibrotactile displays.”
departure from common sense · 8 Discussion · confidence 0.96
“Additionally, our methodology, like previous work [6], considers images independently from the context of their paper. The rationale is to holistically investigate graphical characteristics regardless of their context (i.e., additional textual information or other figures across the paper). A drawback of this ”
limitation · 9 Limitations of the Methodology · confidence 0.98
“We collected 1652 papers from the ACM DL and IEEE Xplore databases, from the past 25 years that included the keyword “vibrotactile” in their title or abstract. We categorized in total 1509 figures from 535 papers, then analyzed and coded 768 figures representing vibrotactile experiences from 409 papers using a taxonomy we”
validation scope · 10 Conclusion and Future Work · confidence 0.97
Limits
Method limits
The review is restricted to ACM and IEEE, and the methodology analyzes images independently from the rest of each paper, making it difficult to tell when omitted details are intentionally conveyed elsewhere in text or companion figures.
Deployment limits
The taxonomy supports analysis and reflective redesign more than direct from-scratch illustration generation, and the formative study suggests short exposure is insufficient for designers to fully grasp or operationalize it. Applicability beyond vibrotactile illustrations remains to be validated.
Boundary conditions
The contribution is about visual representations of vibrotactile experiences in academic publications over the past 25 years. Claims are strongest for static scientific figures and for descriptive characterization of illustration practices, not for measuring illustration quality or proving better communication outcomes.
Position in field
This paper fills a methodological and descriptive gap in haptics/HCI by systematically characterizing how vibrotactile experiences are visually communicated, extending prior illustration-taxonomy work with VTX-specific dimensions and offering a reusable analytic vocabulary for future research and design critique.