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* "simulator" "HSPICE" * "version" "W-2005.03 " * "format" "HSP" * "rundate" "11:46:31 11/23/2008" * "netlist" "f:\vlsi\wire\wire.sp " * "runtitle" "wire model

* "simulator" "HSPICE" * "version" "W-2005.03 " * "format" "HSP" * "rundate" "12:35:41 11/23/2008" * "netlist" "f:\vlsi\wire\wiredelay.sp " * "runtitle" "wire delay model

!-------------------------------------------------------- ! Water tank heat control simulated feedback ! Assume constant volume (i.e. water in = water out) !----------------------------------------

/****************************************************************************** ========================================== Network: Boltzmann Machine with Simula

/****************************************************************************** ========================================== Network: Boltzmann Machine with Simula

function W = spin_perturb(X,W,Ea,T) % W = spin_perturb(X,W,Ea,T) % Method for spinglass example supplied with SA Tools. % See http://www.frostconcepts.com/software for information on SA Tools. %

function [W,Ew,Wbsf,Ebsf,Tt,Et,Etarget,ert,Kt,Ebsft,Eh,M,rho,Ebin] = anneal( ... verbose, ... newstate, X, ... cost, moveclass, ... walkers, ... acceptrule, q, ... schedu

function [W,Ew,Wbsf,Ebsf,Ea,Estd,Ev,steps] = metropoliswalk( ... verbose, ... Ea, T, ... walkers, W, X, cost, moveclass, ... acceptrule, q, ... hasEquilibr

!-------------------------------------------------------- ! Water tank heat control simulated feedback ! Assume constant volume (i.e. water in = water out) !----------------------------------------

### uVision2 Project, (C) Keil Software ### Do not modify ! cExt (*.c) aExt (*.s*; *.src; *.a*) oExt (*.obj) lExt (*.lib) tExt (*.txt; *.h; *.inc) pExt (*.plm) CppX (*.cpp) DaveTm {