Design Automation Conference · 1975 · 50 citations · 4 references
Mathematical ProgrammingForce EquationsEngineeringGeometryElectronic DesignEducationEconomical MethodClassical SystemComputational MechanicsPlacement ProblemPhysical Design (Electronics)MechanicsKinematicsElectronic PackagingCombinatorial OptimizationComputational GeometryCircuit AnalysisClassical MechanicsElectrical EngineeringMechatronicsComputer EngineeringElectronic-mechanical SystemMechanical SystemsElectronic ComponentsClassical Mechanic
This paper presents a procedure for placing electronic components on a printed circuit board. The procedure is essentially force directed, solving a set of simultaneous nonlinear differential equations which are derived from the laws of physics. The paper derives the set of force equations, then develops an economical method for solving them.
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Function minimization by conjugate gradients
R. Fletcher · The Computer Journal · 1964 · 4.8K citations · Full text
Mathematical Programming, Numerical Analysis, Several Variables +14
Automated placement of multi-terminal components
F. Taylor Scanlon · 1971 · 20 citations · Full text
Facility Planning, Engineering, Electronic Design Automation +17