canUse
P9928
predicate
Indicates that one entity has the ability, permission, or suitability to make use of another entity or resource.
All labels observed (61)
| Label | Occurrences |
|---|---|
| canUse canonical | 198 |
| userCan | 62 |
| canFire | 53 |
| usableBy | 30 |
| canQuery | 24 |
| canTrigger | 23 |
| canUseFlag | 14 |
| canLaunch | 13 |
| canUseTransport | 12 |
| canOptimize | 11 |
| mayUseAlgorithm | 10 |
| canService | 9 |
| canUseBackend | 9 |
| canUseSkill | 9 |
| canRunAs | 8 |
| mayUseEquipment | 8 |
| mayUseTool | 8 |
| canImport | 7 |
| canUseEngine | 7 |
| canUseViaAdapter | 6 |
| canDebug | 5 |
| canUseActivationFunction | 5 |
| canUseIonizationMethod | 5 |
| canUseStorage | 5 |
| canUseAlgorithmType | 4 |
| canUseCellType | 4 |
| canUseDecoderType | 4 |
| canUseEncoderType | 4 |
| canUseHashFunction | 4 |
| canUseOntology | 4 |
| canUseQuotaType | 4 |
| usesCurrent | 4 |
| allowsCustomization | 3 |
| canTake | 3 |
| canUseActivation | 3 |
| canUseBackbone | 3 |
| canUseMedium | 3 |
| canUseOptimizer | 3 |
| canUseReasoner | 3 |
| canUseRepresentation | 3 |
| canUseSkillTree | 3 |
| canTransmit | 2 |
| canUseJuiceFrom | 2 |
| canUseLossFunction | 2 |
| canUseOver | 2 |
| canUseViewEngine | 2 |
| canWorkWith | 2 |
| usableFrom | 2 |
| canAdd | 1 |
| canReuse | 1 |
| canSendMessages | 1 |
| canUseAssetsOf | 1 |
| canUseBadges | 1 |
| canUseBase | 1 |
| canUseKDF | 1 |
| canUsePrefix | 1 |
| canUseProtein | 1 |
| canUsePuTTYSession | 1 |
| canUseTransaction | 1 |
| mayUseCalendarType | 1 |
| usableImmediately | 1 |
Description generation (PDg)
The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.
Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning. # Instructions Focus on describing the relationship, not the entities themselves. # Response Format Begin the description with \' Indicates...\'
Input
Predicate: canUse
Generated description
Indicates that one entity has the ability, permission, or suitability to make use of another entity or resource.
Sample triples (627)
| Subject | Object |
|---|---|
| DISM | Windows Imaging Format (WIM) images via predicate surface "canService" ⓘ |
| DISM | virtual hard disk (VHD) images via predicate surface "canService" ⓘ |
| DISM | virtual hard disk (VHDX) images via predicate surface "canService" ⓘ |
| DISM | running Windows installation via predicate surface "canService" ⓘ |
| Monte Carlo tree search | domain-specific heuristics ⓘ |
| Monte Carlo tree search | neural network value functions ⓘ |
| Monte Carlo tree search | neural network policy priors ⓘ |
| Disney Gift Card | theme park guests via predicate surface "usableBy" ⓘ |
| Disney Gift Card | Disney resort guests via predicate surface "usableBy" ⓘ |
| Disney Gift Card | online Disney shoppers via predicate surface "usableBy" ⓘ |
|
EUFOR
surface form:
EUFOR Althea
|
NATO via predicate surface "canUseAssetsOf" ⓘ |
| YANG actions | must and when statements for conditional presence ⓘ |
| YANG actions | if-feature statements for feature-based availability ⓘ |
| DNS over DTLS |
DTLS
ⓘ
surface form:
DTLS 1.2
|
| DNS over DTLS |
DTLS
ⓘ
surface form:
DTLS 1.3
|
| DNSSEC KSK | RSA via predicate surface "mayUseAlgorithm" ⓘ |
| DNSSEC KSK |
Elliptic Curve Digital Signature Algorithm
via predicate surface "mayUseAlgorithm"
ⓘ
surface form:
ECDSA
|
| DNSSEC KSK | EdDSA via predicate surface "mayUseAlgorithm" ⓘ |
| Indiana Jones and the Emperor's Tomb | environmental objects as weapons ⓘ |
| Sony E-mount |
Sony A-mount
via predicate surface "canUseViaAdapter"
ⓘ
surface form:
Sony A-mount lenses
|
| Sony E-mount | Canon EF lenses via predicate surface "canUseViaAdapter" ⓘ |
| Sony E-mount | Nikon F lenses via predicate surface "canUseViaAdapter" ⓘ |
| Sony E-mount |
Leica rangefinder camera
via predicate surface "canUseViaAdapter"
ⓘ
surface form:
Leica M lenses
|
| Sony E-mount | PL mount cinema lenses via predicate surface "canUseViaAdapter" ⓘ |
|
Accessibility shortcuts
surface form:
Accessibility shortcuts (macOS)
|
choose which accessibility features appear in the shortcut panel via predicate surface "userCan" ⓘ |
|
Accessibility shortcuts
surface form:
Accessibility shortcuts (macOS)
|
toggle VoiceOver from the shortcut interface via predicate surface "userCan" ⓘ |
|
Accessibility shortcuts
surface form:
Accessibility shortcuts (macOS)
|
toggle Zoom from the shortcut interface via predicate surface "userCan" ⓘ |
|
Accessibility shortcuts
surface form:
Accessibility shortcuts (macOS)
|
toggle display accommodations from the shortcut interface via predicate surface "userCan" ⓘ |
|
Accessibility shortcuts
surface form:
Accessibility shortcuts (macOS)
|
enable or disable multiple assistive features quickly via predicate surface "userCan" ⓘ |
| App Library for iOS | search apps via search bar via predicate surface "userCan" ⓘ |
| App Library for iOS | view all apps alphabetically via predicate surface "userCan" ⓘ |
| App Library for iOS | move apps from App Library to Home Screen via predicate surface "userCan" ⓘ |
| App Library for iOS | remove apps from Home Screen while keeping them in App Library via predicate surface "userCan" ⓘ |
| Picture-in-Picture for iPhone | drag the PiP window to reposition it via predicate surface "userCan" ⓘ |
| Picture-in-Picture for iPhone | resize the PiP window via predicate surface "userCan" ⓘ |
| Picture-in-Picture for iPhone | swipe PiP window to screen edge to hide video and keep audio via predicate surface "userCan" ⓘ |
| Picture-in-Picture for iPhone | tap PiP window to return to full-screen app via predicate surface "userCan" ⓘ |
| DirectAccess (Enterprise and Ultimate) | smart card authentication ⓘ |
| File History | exclude specific folders from backup via predicate surface "userCan" ⓘ |
| File History | change backup drive via predicate surface "userCan" ⓘ |
| File History | manually start backup via predicate surface "userCan" ⓘ |
| File History | browse backup history by date via predicate surface "userCan" ⓘ |
| Bayesian linear regression | sparse priors for variable selection ⓘ |
| Bayesian linear regression | Laplace prior on coefficients ⓘ |
| Bayesian linear regression | spike-and-slab prior ⓘ |
| DNS over TLS | TLS session resumption ⓘ |
| DNS over TLS | TLS 1.2 ⓘ |
| DNS over TLS | TLS 1.3 ⓘ |
|
Bistatic Radar
surface form:
Bistatic radar
|
active transmitter ⓘ |
|
Bistatic Radar
surface form:
Bistatic radar
|
opportunistic illuminator of opportunity ⓘ |