eligiblePersons

P83633
predicate

Indicates that certain persons meet the required conditions or criteria to qualify for a particular status, benefit, or participation.

All labels observed (13)

Label Occurrences
eligiblePopulation 9
eligiblePersons canonical 7
eligibleUsers 7

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: eligiblePersons
Generated description
Indicates that certain persons meet the required conditions or criteria to qualify for a particular status, benefit, or participation.

Sample triples (53)

Subject Object
Overseas Citizen of India
linked to: OCI
foreign nationals of Indian origin ⓘ
Overseas Citizen of India
linked to: OCI
former Indian citizens who acquired foreign citizenship ⓘ
Overseas Citizen of India
linked to: OCI
children of eligible current or former Indian citizens ⓘ
Overseas Citizen of India
linked to: OCI
grandchildren of eligible current or former Indian citizens ⓘ
Overseas Citizen of India
linked to: OCI
great-grandchildren of eligible current or former Indian citizens ⓘ
Membership Rewards American Express consumer cardholders via predicate surface "eligibleUsers" ⓘ
Membership Rewards American Express small business cardholders via predicate surface "eligibleUsers" ⓘ
PhoenixMiles Shenzhen Airlines passengers via predicate surface "eligibleUsers" ⓘ
CollegePass students enrolled at participating colleges via predicate surface "eligibleUsers" ⓘ
CollegePass students enrolled at participating universities via predicate surface "eligibleUsers" ⓘ
Medicare (Australia) Australian citizens via predicate surface "eligiblePopulation" ⓘ
Medicare (Australia) Australian permanent residents via predicate surface "eligiblePopulation" ⓘ
Medicare (Australia) New Zealand citizens residing in Australia via predicate surface "eligiblePopulation" ⓘ
Medicare (Australia) certain temporary visa holders via predicate surface "eligiblePopulation" ⓘ
WWE United States Championship male WWE wrestlers via predicate surface "eligibleCompetitors" ⓘ
WWE Universal Championship heavyweight male wrestlers via predicate surface "eligibleCompetitors" ⓘ
Governor of Bauchi State be a citizen of Nigeria by birth via predicate surface "eligibleCandidateMust" ⓘ
Governor of Bauchi State be at least 35 years old via predicate surface "eligibleCandidateMust" ⓘ
Governor of Bauchi State be a member of a registered political party in Nigeria via predicate surface "eligibleCandidateMust" ⓘ
Governor of Bauchi State be sponsored by a registered political party via predicate surface "eligibleCandidateMust" ⓘ
Governor of Bauchi State possess at least a School Certificate level education or its equivalent via predicate surface "eligibleCandidateMust" ⓘ
Alaska Naval Militia Navy Reserve members via predicate surface "eligiblePersonnel" ⓘ
Alaska Naval Militia Marine Corps Reserve members via predicate surface "eligiblePersonnel" ⓘ
Alaska Naval Militia Coast Guard Reserve members via predicate surface "eligiblePersonnel" ⓘ
Missions of Opportunity U.S. scientific community via predicate surface "eligibleProposers" ⓘ
Canada Research Chairs (natural sciences and engineering components) leading researchers via predicate surface "eligibleResearcherType" ⓘ
Canada Research Chairs (natural sciences and engineering components) emerging researchers via predicate surface "eligibleResearcherType" ⓘ
Alliances for Innovation higher education institutions via predicate surface "eligibleParticipantsInclude" ⓘ
Alliances for Innovation VET providers via predicate surface "eligibleParticipantsInclude" ⓘ
Alliances for Innovation enterprises via predicate surface "eligibleParticipantsInclude" ⓘ
Alliances for Innovation chambers of commerce via predicate surface "eligibleParticipantsInclude" ⓘ
Alliances for Innovation sectoral or professional associations via predicate surface "eligibleParticipantsInclude" ⓘ
Alliances for Innovation public authorities via predicate surface "eligibleParticipantsInclude" ⓘ
Norwegian national identity card Norwegian citizens via predicate surface "eligibleUsers" ⓘ
linked to: Norwegians
Student Awards Agency Scotland students in higher education in Scotland via predicate surface "eligiblePopulation" ⓘ
Student Awards Agency Scotland Scottish-domiciled students studying elsewhere in the UK for certain support via predicate surface "eligiblePopulation" ⓘ
Best Actor Award (Karlovy Vary International Film Festival)
linked to: Best Actor Award
male actors ⓘ
Medigap Plan B
linked to: Plan B
Medicare beneficiaries generally age 65 and older via predicate surface "eligiblePopulation" ⓘ
Medigap Plan B
linked to: Plan B
certain younger people with disabilities on Medicare via predicate surface "eligiblePopulation" ⓘ
Boston Society of Film Critics Award for Best New Filmmaker debut or early-career film directors ⓘ
LMP3 FIA Bronze drivers via predicate surface "eligibleDrivers" ⓘ
LMP3 FIA Silver drivers via predicate surface "eligibleDrivers" ⓘ
FIA World Rally-Raid Championship professional rally raid teams via predicate surface "eligibleCompetitors" ⓘ
FIA World Rally-Raid Championship factory-backed manufacturers via predicate surface "eligibleCompetitors" ⓘ
FIA World Rally-Raid Championship privateer entrants via predicate surface "eligibleCompetitors" ⓘ
Judicial Service Commission of Uganda one reappointment via predicate surface "membersEligibleFor" ⓘ
NFF National Scholar-Athlete Awards college football players via predicate surface "eligiblePopulation" ⓘ
FlightFund America West Airlines passengers via predicate surface "eligibleUsers" ⓘ
Other Dependent Credit qualifying relative via predicate surface "eligibleDependentType" ⓘ
Other Dependent Credit qualifying child who does not meet Child Tax Credit criteria via predicate surface "eligibleDependentType" ⓘ