hasAdvantage
P635
predicate
Indicates that one entity possesses a benefit, edge, or favorable position over another in a given context.
All labels observed (17)
| Label | Occurrences |
|---|---|
| hasAdvantage canonical | 593 |
| advantageOver | 115 |
| hasAdvantageOver | 56 |
| intendedAdvantage | 11 |
| hasAdvantageOverFPGA | 3 |
| tieBreakerForHomeCourt | 3 |
| advantageOverKeyMod | 2 |
| givesAdvantage | 2 |
| hasAdvantageOverPVC | 2 |
| hasAdvantageOverRFID | 2 |
| hasAdvantageOverV6 | 2 |
| hasHomeFieldAdvantageRule | 2 |
| hasProximityAdvantage | 2 |
| fairPlayAdvantageOver | 1 |
| hasAdvantageClaimed | 1 |
| laterMoverAdvantage | 1 |
| sideAchievingAdvantage | 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: hasAdvantage
Generated description
Indicates that one entity possesses a benefit, edge, or favorable position over another in a given context.
Sample triples (799)
| Subject | Object |
|---|---|
| Franklin stove | reduced smoke in room via predicate surface "advantageOver" ⓘ |
| Franklin stove | improved safety via predicate surface "advantageOver" ⓘ |
| Franklin stove | more even heat distribution via predicate surface "advantageOver" ⓘ |
| L86 LSW | greater accuracy at range via predicate surface "intendedAdvantage" ⓘ |
| L86 LSW | increased effective range over L85 via predicate surface "intendedAdvantage" ⓘ |
|
Fresnel zone plates
surface form:
Fresnel zone plate
|
no bulk material needed for focusing ⓘ |
|
Fresnel zone plates
surface form:
Fresnel zone plate
|
suitable for high-energy photons where lenses are impractical ⓘ |
| exFAT | FAT32 for large files via predicate surface "advantageOver" ⓘ |
| Port of Prince Rupert | shorter trans-Pacific route to Asia than many North American ports ⓘ |
| Port of Prince Rupert | low congestion ⓘ |
| Port of Prince Rupert | high productivity at container terminal ⓘ |
|
ATN
surface form:
Augmented Transition Network
|
greater expressive power than simple finite state automata ⓘ |
|
ATN
surface form:
Augmented Transition Network
|
procedural control over parsing ⓘ |
|
CPLDs
surface form:
CPLD
|
simpler architecture via predicate surface "hasAdvantageOverFPGA" ⓘ |
|
CPLDs
surface form:
CPLD
|
shorter configuration time via predicate surface "hasAdvantageOverFPGA" ⓘ |
|
CPLDs
surface form:
CPLD
|
often non-volatile configuration via predicate surface "hasAdvantageOverFPGA" ⓘ |
| RTG | solar panels in outer solar system via predicate surface "advantageOver" ⓘ |
| DTL | high shunt impedance at low energies ⓘ |
| DTL | efficient acceleration for low-velocity particles ⓘ |
| Western Conference Finals | regular-season record via predicate surface "tieBreakerForHomeCourt" ⓘ |
| Advanced Camera for Surveys | wide field of view with high spatial resolution ⓘ |
| Lebesgue integration | Riemann integration in handling limits of sequences of functions via predicate surface "advantageOver" ⓘ |
| Lebesgue integration | Riemann integration in dealing with unbounded functions via predicate surface "advantageOver" ⓘ |
| Lebesgue integration | Riemann integration in dealing with sets of measure zero via predicate surface "advantageOver" ⓘ |
| low Earth orbit | lower launch energy requirements compared to higher orbits ⓘ |
| low Earth orbit | shorter communication latency with Earth ⓘ |
| low Earth orbit | high spatial resolution for imaging Earth ⓘ |
| Bimetallism | potentially larger money supply ⓘ |
| Bimetallism | potentially lower interest rates ⓘ |
| Darlington transistor configuration | very high current gain from low base current ⓘ |
| Darlington transistor configuration | simplified biasing for high gain stages ⓘ |
| Darlington transistor configuration | ability to drive high current loads directly ⓘ |
| Crossbow | longbow in ease of use via predicate surface "hasAdvantageOver" ⓘ |
| 2019 MLS Supporters' Shield | home-field advantage in MLS Cup Playoffs via predicate surface "givesAdvantage" ⓘ |
| QLED televisions | conventional LED televisions in brightness via predicate surface "advantageOver" ⓘ |
| QLED televisions | conventional LED televisions in color reproduction via predicate surface "advantageOver" ⓘ |
| QLED televisions | conventional LED televisions in contrast performance via predicate surface "advantageOver" ⓘ |
| QLED televisions | OLED televisions in peak brightness via predicate surface "advantageOver" ⓘ |
| QLED televisions | OLED televisions in static image burn-in resistance via predicate surface "advantageOver" ⓘ |
| Voltaic pile | Leyden jar as continuous current source via predicate surface "advantageOver" ⓘ |
| Monte Carlo method | dimension-independent convergence rate ⓘ |
| Monte Carlo method | applicability to complex models ⓘ |
|
OLED TVs
surface form:
OLED TV
|
LCD TV via predicate surface "advantageOver" ⓘ |
| Crank–Nicolson scheme | larger stable time steps than explicit schemes ⓘ |
| Crank–Nicolson scheme | higher accuracy than first-order schemes ⓘ |
| Burlington armour | better mass-efficiency than steel armour ⓘ |
|
Gatling guns
surface form:
Gatling gun
|
high rate of fire compared to single-shot rifles ⓘ |
|
Gatling guns
surface form:
Gatling gun
|
mechanical reliability ⓘ |
|
Gatling guns
surface form:
Gatling gun
|
reduced jamming compared to early automatic guns ⓘ |
| Dall–Kirkham telescope design | Ritchey–Chrétien telescope design in manufacturing simplicity via predicate surface "hasAdvantageOver" ⓘ |