What does QCLP mean?
QCLP means Quadratically Constrained Linear Programs
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Quadratically Constrained Linear Programs?
Quadratically Constrained Linear Programs can be abbreviated as QCLP
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Most popular questions people look for before coming to this page
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What does QCLP stand for? QCLP stands for "Quadratically Constrained Linear Programs". |
Q: A: |
How to abbreviate "Quadratically Constrained Linear Programs"? "Quadratically Constrained Linear Programs" can be abbreviated as QCLP. |
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What is the meaning of QCLP abbreviation? The meaning of QCLP abbreviation is "Quadratically Constrained Linear Programs". |
Q: A: |
What is QCLP abbreviation? One of the definitions of QCLP is "Quadratically Constrained Linear Programs". |
Q: A: |
What does QCLP mean? QCLP as abbreviation means "Quadratically Constrained Linear Programs". |
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What is shorthand of Quadratically Constrained Linear Programs? The most common shorthand of "Quadratically Constrained Linear Programs" is QCLP. |
Abbreviations or Slang with similar meaning
- C-DFE - Constrained Decision Feedback Equalization
- OCLIM - Optimal Constrained Linear Inverse Method
- QDRK - Quadratically Deformed Relativistic Kinematics
- QC-SCF - Quadratically Convergent Self-Consistent Field
- QCQP - Quadratically-Constrained Quadratic Programming
- CNLP - Constrained Non-Linear Programming
- LCL - Linear-Conjugate-Linear
- LCLP - Linear Code Linear Program
- MIQCP - Mixed-Integer Quadratically Constrained Program
- LCP - Linear Complementarity Programs
- LFLC - Linear Flow Linear Control
- LLSM - linear-linear sire-maternal grandsire
- LNL - linear-nonlinear-linear
- PROMIS - Programs Programs and Project Management Information System
- QCP - Quadratically Constrained Problem
- QCP - Quadratically Constrained Program
- QC-SCF - Quadratically Convergent SCF (for Closed-shell Systems)
- LL - linear-linear
- lcmv - Linear Constrained Minimum Variance
- LMILD - Linear/Multiplicative Increase and Linear Decrease