monotoneIn

P10675
predicate

Indicates that the relationship or function preserves a specified order when one of its arguments increases, meaning larger inputs (in that argument) do not lead to smaller outputs with respect to the given ordering.

Try in SPARQL

All labels observed (14)

Label Occurrences
monotonicity 4
monotoneIn canonical 2
isMonotone 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: monotoneIn
Generated description
Indicates that the relationship or function preserves a specified order when one of its arguments increases, meaning larger inputs (in that argument) do not lead to smaller outputs with respect to the given ordering.

Sample triples (18)

Subject Object
Rényi entropy order parameter α for fixed distribution ⓘ
Minkowski sum true via predicate surface "isMonotone" ⓘ
Rényi divergence order α ⓘ
Boltzmann–Gibbs entropy in statistical mechanics
surface form: Boltzmann–Gibbs entropy
number of accessible microstates via predicate surface "monotonicWith" ⓘ
Carathéodory metric domain inclusion via predicate surface "isMonotoneWithRespectTo" ⓘ
ReLU true via predicate surface "monotonic" ⓘ
Fitting ideal yes via predicate surface "isMonotoneInIndex" ⓘ
Chebyshev functions
surface form: Chebyshev function θ(x)
non-decreasing in x via predicate surface "monotonicity" ⓘ
golden ratio square root of 5 via predicate surface "isMonotonicFunctionOf" ⓘ
Hermite constant nondecreasing in n via predicate surface "monotonicity" ⓘ
Kobayashi metric holomorphic mappings via predicate surface "isMonotoneUnder" ⓘ
Catalan numbers C_n is strictly increasing for n ≥ 1 via predicate surface "monotonicity" ⓘ
von Neumann entropy completely positive trace-preserving maps for appropriate combinations via predicate surface "monotoneUnder" ⓘ
Hausdorff dimension set inclusion via predicate surface "monotoneWithRespectTo" ⓘ
Farey sequence F_n is a subsequence of F_{n+1} via predicate surface "monotonicity" ⓘ
Dowdall system monotone under standard interpretations via predicate surface "monotonicityProperty" ⓘ
Brillouin function true via predicate surface "isMonotonic" ⓘ
GetTickCount non-decreasing until wraparound occurs via predicate surface "monotonicWithinWrap" ⓘ