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R: The Saturated Steam Pressure Data

function D = Deterministic_Boltzmann(train_features, train_targets, params, region); % Classify using the deterministic Boltzmann algorithm % Inputs: % features - Train features % targets - Tra

/* Microchip Temperature Sensor Demo Profile Definition File This ZigBee Profile header file provides all of the constants needed to implement the Microchip Temperature Sensor demo. It is desi

/* satest2.c++ Simple experiments with simulated annealing find the nonlinear least squares optimum solution usage: satest2 input.file */ static const char rcsid[] = "@(#)satest2.c

clear; %清除工作空间中的变量 f=input('Input Fahrenheit temperature：'); c=5*(f-32)/9

//****************************************************************************** // MSP-FET430P140 Demo - ADC12, Converison of the Temperature Diode // // // This example shows how to use the in

//****************************************************************************** // MSP-FET430P140 Demo - ADC12, Converison of the Temperature Diode // // // This example shows how to use the in

//****************************************************************************** // MSP-FET430P440 Demo - ADC12, Using the Temperature Sensor // // This example shows how to use the intergrated t

clear; %清除工作空间中的变量 f=input('Input Fahrenheit temperature：'); c=5*(f-32)/9

function [X,FVAL,EXITFLAG,OUTPUT] = SIMPSA(FUN,X0,LB,UB,OPTIONS,varargin) %SIMPSA finds a minimum of a function of several variables using an algorithm % that is based on the combination of the non-l