canBeImplementedWith

P8649
predicate

Indicates that one entity is capable of being realized, executed, or fulfilled through the use or application of another entity.

Try in SPARQL

All labels observed (21)

Label Occurrences
mayBeImplementedAs 34
hasImplementationIn 26
canBeImplementedAs 25

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: canBeImplementedWith
Generated description
Indicates that one entity is capable of being realized, executed, or fulfilled through the use or application of another entity.

Sample triples (190)

Subject Object
negative feedback amplifier operational amplifier ⓘ
negative feedback amplifier bipolar junction transistor amplifier ⓘ
negative feedback amplifier field-effect transistor amplifier ⓘ
negative feedback amplifier vacuum tube amplifier ⓘ
iSCSI software initiator via predicate surface "canBeImplementedAs" ⓘ
iSCSI hardware offload adapter via predicate surface "canBeImplementedAs" ⓘ
Probabilistic Encryption trapdoor permutations via predicate surface "canBeBuiltFrom" ⓘ
Probabilistic Encryption one-way functions with hard-core predicates via predicate surface "canBeBuiltFrom" ⓘ
OpenAI Baselines Deep Q-Network via predicate surface "implementsAlgorithm" ⓘ
linked to: Atari deep Q-network
OpenAI Baselines DQN via predicate surface "implementsAlgorithm" ⓘ
linked to: Atari deep Q-network
OpenAI Baselines Double DQN via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines Dueling DQN via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines Prioritized Experience Replay DQN via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines A2C via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines A3C via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines ACKTR via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines PPO via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines PPO2 via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines TRPO via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines DDPG via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines HER via predicate surface "implementsAlgorithm" ⓘ
linked to: Her
OpenAI Baselines GAIL via predicate surface "implementsAlgorithm" ⓘ
OpenAI Baselines Deep Deterministic Policy Gradient via predicate surface "implementsAlgorithm" ⓘ
linked to: DDPG
OpenAI Baselines Hindsight Experience Replay via predicate surface "implementsAlgorithm" ⓘ
Flask Werkzeug via predicate surface "WSGIImplementation" ⓘ
linked to: Flask
Schematron XSLT transformations via predicate surface "canBeImplementedBy" ⓘ
Fraunhofer diffraction collimating lens via predicate surface "canBeRealizedWith" ⓘ
Fraunhofer diffraction focusing lens via predicate surface "canBeRealizedWith" ⓘ
MathML LaTeX-to-MathML converters via predicate surface "canBeGeneratedBy" ⓘ
MathML computer algebra systems via predicate surface "canBeGeneratedBy" ⓘ
Cyclone C via predicate surface "hasImplementationLanguage" ⓘ
Harvard architecture strict Harvard architecture via predicate surface "canBeImplementedAs" ⓘ
Harvard architecture modified Harvard architecture via predicate surface "canBeImplementedAs" ⓘ
R C via predicate surface "hasImplementationLanguage" ⓘ
R Fortran via predicate surface "hasImplementationLanguage" ⓘ
R R via predicate surface "hasImplementationLanguage" ⓘ
R Rcpp (C++ interface) via predicate surface "hasImplementationLanguage" ⓘ
linked to: C++
ISO standards certification (for certifiable standards) via predicate surface "areImplementedVia" ⓘ
WebAssembly.instantiateStreaming fetch + WebAssembly.instantiate with ArrayBuffer via predicate surface "canBePolyfilledBy" ⓘ
WebAssembly.compileStreaming fetch + WebAssembly.compile via predicate surface "canBePolyfilledBy" ⓘ
Acts of Tynwald secondary legislation via predicate surface "mayBeImplementedBy" ⓘ
Automatic Train Supervision centralized architecture via predicate surface "mayBeImplementedAs" ⓘ
Automatic Train Supervision distributed architecture via predicate surface "mayBeImplementedAs" ⓘ
Command function objects or functors ⓘ
Command callbacks ⓘ
Command lambda expressions ⓘ
State (design pattern)
linked to: State
interfaces ⓘ
State (design pattern)
linked to: State
abstract classes ⓘ
Boo C# via predicate surface "hasImplementationLanguage" ⓘ
ODBC Driver Manager Microsoft ODBC Driver Manager via predicate surface "canBeImplementedBy" ⓘ
linked to: ODBC Driver Manager