benefits
P487
predicate
Indicates that one entity gains an advantage, improvement, or positive outcome as a result of another entity or action.
All labels observed (54)
| Label | Occurrences |
|---|---|
| benefit | 5,227 |
| beneficiary | 4,663 |
| benefits canonical | 2,226 |
| advantage | 1,239 |
| improves | 867 |
| benefitsFrom | 167 |
| benefitFrom | 32 |
| benefitedFrom | 32 |
| userBenefit | 27 |
| benefitsGroup | 21 |
| advantages | 8 |
| devotionalBenefit | 8 |
| beneficio | 7 |
| benefitsStakeholder | 5 |
| operationalBenefit | 5 |
| playerBenefits | 5 |
| benefitsEntity | 4 |
| benefitsPort | 4 |
| benefitForPartners | 3 |
| benefitForPassengers | 3 |
| benefitForPlayers | 3 |
| benefitOver | 3 |
| benefitToAirlines | 3 |
| benefitToBorrower | 3 |
| benefitToGovernment | 3 |
| benefitToWinners | 3 |
| benefitsPromisedToParticipants | 3 |
| optimizationBenefit | 3 |
| playerBenefit | 3 |
| typicalBenefit | 3 |
| benefitForStudents | 2 |
| benefitOfJRF | 2 |
| benefitToContractors | 2 |
| benefitToFellows | 2 |
| benefitToUnit | 2 |
| benefitsFlowTo | 2 |
| benefitsForDrivers | 2 |
| benefitsForIndustry | 2 |
| benefitsToRecipient | 2 |
| intelligenceBenefit | 2 |
| investorBenefits | 2 |
| shareholderBenefits | 2 |
| socialBenefit | 2 |
| benefitForCompany | 1 |
| benefitOf | 1 |
| benefitTo | 1 |
| benefitToConsumers | 1 |
| benefitedFranchise | 1 |
| consumerBenefit | 1 |
| economicBenefitFrom | 1 |
| executionBenefited | 1 |
| goalsBenefit | 1 |
| mayBenefitFrom | 1 |
| powerBenefit | 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: benefits
Generated description
Indicates that one entity gains an advantage, improvement, or positive outcome as a result of another entity or action.
Sample triples (14,620)
| Subject | Object |
|---|---|
| Royal Society Dorothy Hodgkin Fellowships | host departments via predicate surface "beneficiary" ⓘ |
| Royal Society Dorothy Hodgkin Fellowships | individual fellows via predicate surface "beneficiary" ⓘ |
| Pay.gov | reduces paper-based payments via predicate surface "benefit" ⓘ |
| Pay.gov | speeds up federal collections via predicate surface "benefit" ⓘ |
| Pay.gov | provides electronic receipts via predicate surface "benefit" ⓘ |
| Pay.gov | supports 24-7 payment access via predicate surface "benefit" ⓘ |
| Do Not Pay system | saves taxpayer funds via predicate surface "benefit" ⓘ |
| Do Not Pay system | improves payment integrity via predicate surface "benefit" ⓘ |
| Do Not Pay system | supports fraud risk management via predicate surface "benefit" ⓘ |
| Technology Advancement Program | Port of Long Beach tenants via predicate surface "beneficiary" ⓘ |
| Technology Advancement Program | regional air quality via predicate surface "beneficiary" ⓘ |
| Technology Advancement Program | surrounding communities via predicate surface "beneficiary" ⓘ |
| International Dark Sky Park | astronomers ⓘ |
| International Dark Sky Park | astrophotographers ⓘ |
| International Dark Sky Park | nocturnal wildlife ⓘ |
| International Dark Sky Park | stargazing tourists ⓘ |
| International Dark Sky Park | local communities through astro-tourism ⓘ |
| SAARC Disaster Management Centre | SAARC member states via predicate surface "beneficiary" ⓘ |
| Brillouin–Wigner perturbation theory | can improve convergence of perturbation series in some problems via predicate surface "advantage" ⓘ |
| Uber Pool | reduced individual trip cost via predicate surface "benefit" ⓘ |
| Uber Pool | more efficient vehicle utilization via predicate surface "benefit" ⓘ |
| Uber Pool | potential reduction in traffic congestion via predicate surface "benefit" ⓘ |
| Uber Pool | potential reduction in per-person emissions via predicate surface "benefit" ⓘ |
| COBRA | covered employees via predicate surface "beneficiary" ⓘ |
| COBRA | spouses of covered employees via predicate surface "beneficiary" ⓘ |
| COBRA | dependent children of covered employees via predicate surface "beneficiary" ⓘ |
| Nonappropriated Fund Instrumentalities Act | civilian employees working for military morale, welfare, and recreation activities ⓘ |
| Nonappropriated Fund Instrumentalities Act | civilian employees of government-related nonappropriated fund activities ⓘ |
| LINQ | reduces impedance mismatch between code and data via predicate surface "benefit" ⓘ |
| LINQ | improves readability of data access code via predicate surface "benefit" ⓘ |
| LINQ | enables composable queries via predicate surface "benefit" ⓘ |
| .NET Standard Library | single binary can run on multiple .NET implementations via predicate surface "benefit" ⓘ |
| .NET Standard Library | simplifies multi-targeting of libraries via predicate surface "benefit" ⓘ |
| Jurala Dam | agricultural development ⓘ |
| Jurala Dam | electricity supply ⓘ |
| Consolidated Omnibus Budget Reconciliation Act of 1985 | covered employees via predicate surface "beneficiary" ⓘ |
| Consolidated Omnibus Budget Reconciliation Act of 1985 | spouses of covered employees via predicate surface "beneficiary" ⓘ |
| Consolidated Omnibus Budget Reconciliation Act of 1985 | dependent children of covered employees via predicate surface "beneficiary" ⓘ |
| Dynamics 365 Remote Assist | reduces travel for experts via predicate surface "benefit" ⓘ |
| Dynamics 365 Remote Assist | improves first-time fix rates via predicate surface "benefit" ⓘ |
| Dynamics 365 Remote Assist | enables hands-free collaboration on HoloLens via predicate surface "benefit" ⓘ |
| Dynamics 365 Remote Assist | provides real-time visual context to remote experts via predicate surface "benefit" ⓘ |
| Double First Class University Plan | selected Chinese universities via predicate surface "beneficiary" ⓘ |
| Double First Class University Plan | selected academic disciplines in Chinese universities via predicate surface "beneficiary" ⓘ |
| Project 985 | increased research funding for selected universities ⓘ |
| Project 985 | support for key disciplines ⓘ |
| Project 985 | infrastructure development for universities ⓘ |
| Project 985 | talent recruitment programs ⓘ |
| MBTA Type 8 Light Rail Vehicle | access for passengers with disabilities via predicate surface "improves" ⓘ |
| MBTA Type 8 Light Rail Vehicle | dwell times at stops via predicate surface "improves" ⓘ |