definesMechanism
P8684
predicate
Indicates that one entity specifies or explains the underlying process or mechanism by which another entity operates or occurs.
All labels observed (20)
| Label | Occurrences |
|---|---|
| definesMechanism canonical | 80 |
| definesMechanismFor | 31 |
| definesBehavior | 24 |
| configurationMechanism | 13 |
| specifiesMechanismsFor | 5 |
| definesAuthenticationMethod | 4 |
| conditioningMechanism | 3 |
| definesCoordinationMechanismWith | 3 |
| specifiesMechanism | 3 |
| definesAuthenticationMechanism | 2 |
| definesSecurityMechanism | 2 |
| explainsMechanism | 2 |
| programMechanism | 2 |
| proposesMechanismFor | 2 |
| definesAcknowledgementMechanism | 1 |
| definesMechanismName | 1 |
| definesSASLMechanism | 1 |
| namespaceMechanism | 1 |
| revenueMechanism | 1 |
| specifiesReliabilityMechanism | 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: definesMechanism
Generated description
Indicates that one entity specifies or explains the underlying process or mechanism by which another entity operates or occurs.
Sample triples (182)
| Subject | Object |
|---|---|
| IEEE 802.3bt | power negotiation between PSE and PD ⓘ |
| IEEE 802.3bt | power classification ⓘ |
| IEEE 802.3bt | maintain power signature ⓘ |
| IEEE 802.3bt | Autoclass ⓘ |
| IEEE 802.3bt | dual‑signature PDs ⓘ |
| IEEE 802.3bt | single‑signature PDs ⓘ |
| RFC 4252 | publickey via predicate surface "definesAuthenticationMethod" ⓘ |
| RFC 4252 | password via predicate surface "definesAuthenticationMethod" ⓘ |
| RFC 4252 | hostbased via predicate surface "definesAuthenticationMethod" ⓘ |
| RFC 4252 | none via predicate surface "definesAuthenticationMethod" ⓘ |
| Articles of Confederation | state requisitions via predicate surface "revenueMechanism" ⓘ |
| RFC 792 | handling of ICMP error messages via predicate surface "definesBehavior" ⓘ |
| RFC 792 | handling of ICMP query messages via predicate surface "definesBehavior" ⓘ |
| RFC 826 | resolution of protocol addresses to hardware addresses ⓘ |
| RFC 3415 | mapping securityModel and securityName to groupName ⓘ |
| RFC 3415 | mapping groupName and context to access rights ⓘ |
| RFC 3415 | defining MIB views as subsets of the OID tree ⓘ |
| RFC 3415 | read, write, and notify access for SNMP ⓘ |
| RFC 783 | per-block ACK via predicate surface "definesAcknowledgementMechanism" ⓘ |
| RFC 4217 | Use of AUTH TLS command in FTP ⓘ |
| RFC 4217 | Use of PBSZ command in FTP ⓘ |
| RFC 4217 | Use of PROT command in FTP ⓘ |
| RFC 1350 | stop-and-wait with acknowledgments via predicate surface "specifiesReliabilityMechanism" ⓘ |
| RFC 2228 | authentication ⓘ |
| RFC 2228 | integrity ⓘ |
| RFC 2228 | confidentiality ⓘ |
| RFC 2228 | access control ⓘ |
| The Chemical Basis of Morphogenesis | generation of stripes and spots in organisms via predicate surface "proposesMechanismFor" ⓘ |
| The Chemical Basis of Morphogenesis | segmentation and periodic structures via predicate surface "proposesMechanismFor" ⓘ |
| IEEE 802.3az |
Low Power Idle
ⓘ
linked to:
IEEE 802.3az
|
| RFC 3168 | end-to-end congestion notification without relying solely on packet loss ⓘ |
| RFC 3168 | marking of packets instead of dropping to signal congestion ⓘ |
| Family Self-Sufficiency Program for participating families | credits a portion of increased tenant rent into an escrow account via predicate surface "programMechanism" ⓘ |
| RFC 4380 | Teredo client behavior via predicate surface "definesBehavior" ⓘ |
| RFC 4380 | Teredo server behavior via predicate surface "definesBehavior" ⓘ |
| RFC 4380 | Teredo relay behavior via predicate surface "definesBehavior" ⓘ |
| ISO 10589 | Route calculation based on link-state information ⓘ |
| ISO 10589 | Flooding of link-state information between routers ⓘ |
| RFC 5766 | long-term credential mechanism via predicate surface "definesSecurityMechanism" ⓘ |
| RFC 5766 | short-term credential mechanism via predicate surface "definesSecurityMechanism" ⓘ |
| New York State Comprehensive Emergency Management Plan | federal government via predicate surface "definesCoordinationMechanismWith" ⓘ |
| New York State Comprehensive Emergency Management Plan | county governments in New York State via predicate surface "definesCoordinationMechanismWith" ⓘ |
| New York State Comprehensive Emergency Management Plan | municipal governments in New York State via predicate surface "definesCoordinationMechanismWith" ⓘ |
| IEEE 802.1ad | VLAN stacking ⓘ |
| IEEE 802.1ad | Q-in-Q tagging ⓘ |
| IEEE 802.1ad | provider bridging ⓘ |
| Public Law 88-525 | food coupons for purchase of food via predicate surface "programMechanism" ⓘ |
| IEEE 802.1Qat | stream reservation via predicate surface "definesMechanismFor" ⓘ |
| IEEE 802.1Qat | admission control for streams via predicate surface "definesMechanismFor" ⓘ |
| IEEE 802.1Qat | end-to-end resource reservation via predicate surface "definesMechanismFor" ⓘ |