LCP

(redirected from Linear complementarity problem)
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AcronymDefinition
LCPLink Control Protocol
LCPLa Chaine Parlementaire (French: Parliamentary Channel; government TV network)
LCPLiquid Crystal Polymer
LCPLightweight Compact Pistol (Ruger)
LCPLeft Circularly Polarized
LCPLocal Coastal Plan (California)
LCPLanding Craft Personnel (WWII)
LCPLine Card Cover Plate
LCPLinux Certified Professional
LCPLight Component Project
LCPLayer Control Protocol
LCPLocking Compression Plate (orthopedics)
LCPLocal Currency Pricing
LCPLocal Control Panel
LCPLabor Code of the Philippines
LCPLinear Complementarity Problem
LCPLive-In Caregiver Program (work visa program; Canada)
LCPLivestock Compensation Program
LCPLiverpool Care Pathway for the Dying Patient (UK)
LCPLittle Computer People (computer game)
LCPLondon College of Printing (UK)
LCPLegg-Calve-Perthes (disease)
LCPLance Corporal
LCPLabor Compliance Program (Canada)
LCPLicensed Clinical Psychologist
LCPLarge Combustion Plant
LCPLocal Community Planning (UK)
LCPLocal Convergence Point (computer networking)
LCPLocal Comprehensive Plan (Massachusetts)
LCPLeadership Certificate Program (various schools)
LCPLebanese Communist Party (est. 1924; Lebanon)
LCPLong-Chain Polyunsaturated Fatty Acid
LCPLiverpool Care of the Dying Pathway (Liverpool, England, UK)
LCPLinux Certified Professional (Sair Linux and GNU certification)
LCPLeast-Cost Path
LCPLawyers Cooperative Publishing
LCPLetter Carrier Presort (Canada Post)
LCPLeague of Canadian Poets
LCPLeft-Hand Circular Polarization
LCPLanguage and Culture Program (various organizations)
LCPLions Club Park (various locations)
LCPLife Cycle Plan
LCPLeft Circular Polarization
LCPLight Compensation Point
LCPLog Collection Platform (Symantec Corporation)
LCPLesbian Community Project
LCPLarge Collaborative Project
LCPLocal Calling Plan (telecommunications; various companies)
LCPLearning Communities Program
LCPLansing City Pulse (publication; Lansing, MI)
LCPLowcountry Community Players (Walterboro, SC)
LCPLanguage Conversion Program
LCPLabor Certification Program
LCPLiteracy Community Planning (Canada)
LCPLifestyle Communities Pavilion (music venue; Columbus, OH)
LCPLower Control Panel (vehicle repair)
LCPLiberian Collections Project (Indiana University)
LCPLaboratory of Cancer Prevention
LCPLaunch Control Post
LCPLaunch Control Panel
LCPLead-Containing Paint
LCPLife Cycle Phase
LCPLocal Complex Potential (electron-atom scattering)
LCPLocal Control Point
LCPLetter Change Proposal
LCPLine Communication Processor
LCPLivermore Conversion Project (Oakland, CA)
LCPLicentiate of the College of Preceptors
LCPLeased Circuit program
LCPLocal Coherent Potential
LCPLogical Central Processor (IBM mainframes)
LCPLocation Characterization Plan
LCPLogistics Calibration Procedure
LCPLogistics Capability Plan
LCPLockup Clutch Pressure
LCPLight Communications Package
References in periodicals archive ?
An infeasible interior-point algorithm based on modified Nesterov and Todd directions for symmetric linear complementarity problem. Optimization, 64(7):1577-1591, 2015.
Some global uniquness and solvability results for linear complementarity problems over symmetric cones.
Comparing to European options which lead to a partial integrodifferential equation, American options lead to inequalities in the form of a linear complementarity problem (LCP).
Then, the value of the American put option satisfies the following linear complementarity problem:
Fukushima, Expected residual minimization method for stochastic linear complementarity problems, Mathematics of Operations Research, 2005,30: 1022-1038.
Fukushima, Robust solution of monotone stochastic linear complementarity problems, Mathematical Programming, 2009, 117: 51-80.
Caccetta, Feasible semismooth Newton method for a class of stochastic linear complementarity problems, Journal of Optimization Theory and Applications, 2008, 139: 379-392.
It is possible to rewrite the arising free boundary problem as a linear complementarity problem (LCP) of the form
linear complementarity problems, American-style options, nonlinear multigrid, projected Gauss-Seidel, iterant recombination, second-order upwind discretization, Fourier analysis AMS subject classifications.
The Multigrid method for linear complementarity problems. The fundamental idea of multigrid for nonlinear PDEs of the form
Kanzow, Global convergence properties of some iterative methods for linear complementarity problems. SIAM Journal on Optimization, 1996, 6: 326-341.
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