Optimal Resumes

MyRouteOnline is an easy to use route planner that helps save time, fuel and money by helping you plan the best route possible. Online route planning goes far beyond paper maps or a GPS system. online route planning is the only way to find the optimal route for your situation giving your business...

Smart Investor's Calculator (SIC) allows users to find optimal investment portfolios through solving allocation problems with the selected criterion and restrictions on shares of investment in each instrumentgroup. In other words, SIC helps investors to find investment portfolios that, maximize...

Smart Investor's Calculator (SIC) allows users to find optimal investment portfolios through solving allocation problems with the selected criterion and restrictions on shares of investment in each instrumentgroup. In other words, SIC helps investors to find investment portfolios that, maximize...


Platforms: Windows

ALEX Desktop is an innovative and unique parsing solution that offers recruiters and other staffing professionals the ability to leverage Microsoft Outlook and manage all resumes, contacts, and candidates through their existing contacts folder. Put simply, ALEX runs within Outlook to convert all...


Platforms: Windows

The algorithm computes the optimal route from a fixed predetermined starting point to all other cities without returning to the starting point. Requirements: - MATLAB 7.6 or higher


Platforms: Windows, Mac, *nix, Matlab, BSD Solaris

The Cool XUL Resume Generator is a web based application for creating and maintaining professional resumes, using mozilla's XUL for a simple to use GUI interface, and php/mysql to manipulate the resume data and generate the final resume document.


Platforms: Windows, Mac, *nix, PHP, BSD Solaris

function [optN, C, N] = sshist(x,N) [optN, C, N] = sshist(x,N) Function `sshist' returns the optimal number of bins in a histogram used for density estimation. Optimization principle is to minimize expected L2 loss function between the histogram and an unknown underlying density function. An...


Platforms: Matlab

It is desired for modern process systems to achieve optimal operation. However, operation at a pre-designed nominally optimal point may not necessarily be actually optimal due to realtime disturbances, measurement and control errors and uncertainties. Self-optimizing control aims to tackle this...


Platforms: Matlab

We use the power of symbolic toolbox in order to find the optimal point in an arbitrary multivariate functionChange the following code based on your objective function and run the programFunction F in Symbolic Formata='(x1^2+x2-11)^2+(x1+x2^2-7)^2';The code will iterate and converge to x and y of...


Platforms: Matlab

This function uses the auction principle to return the optimal assignment and the dual prices. It performs quite well, and is way faster than the hungarian algorithm as the number of points increases. More details on the auction algorithm can be found on D. Bertsekas homepage...


Platforms: Matlab

A point X* is said to be Pareto optimal one if there is no X such that Fi(X)


Platforms: Matlab

The code was generated according toT.S. Durrani, and R. Chapman. Optimal All-Pole Filter Design Based on Discrete Prolate Spheroidal Sequences. IEEE Transactions on Acoustics, Speech and Signal processing, Vol ASSP-32, No.4, August 1984.This filter design uses discrete prolate spheroidal...


Platforms: Matlab

Software associated with the paper:L.G. van Willigenburg, W.L. De Koning, 2000, "Finite and infinite horizon fixed-order LQG compensation using the delta operator", Proceedings UKACC International Conference on Control 2000, 4-7 September, Cambridge, UK,...


Platforms: Matlab

In this demo, the price V of an American option is considered as afunction of the stock value S and time t, i.e. V = V(S,t). The financialparameters like strike, volatility, etc. (a complete list is given below)are assumed to be constants. The demo computes the option price for arange of discrete...


Platforms: Matlab

Return the optimal path given the adjacency/cost sparse matrix and source/destination nodes.Run mexme_dijkstra.m to compile mex-files on your own-plateformRun test_dijkstra.m for the demo


Platforms: Matlab

This M-file is designed to compute a Linear Quadratic optimal output feeback controller for discrete-time systems.


Platforms: Matlab

function [optW, C, W] = sskernel(x,W,str)% [optW, C, W] = sskernel(x,W,str)%% Function `sskernel' returns an optimal bandwidth (standard deviation)% of the Gauss density function used in kernel density estimation.% Optimization principle is to minimize expected L2 loss function between% the...


Platforms: Matlab

Using the delta operator, the strengthened discrete-time optimal projection equations for optimal reduced-order compensation of systems with white stochastic parameters are formulated in the delta domain. The delta domain unifies discrete time and continuous time. Moreover, when formulated in...


Platforms: Matlab

_____________where to startdldcdldcdldcdldcdldcdldcdldcdldcdldcdldcdldcdldcdldcLook at hex_a_hop.m using MATLAB. Octave, a free imitator of MATLAB, can also "work".Unless you are curious, there is no reason to look at any other .m files. If you ARE curious, I've done my best to make the code...


Platforms: Matlab

A time-frequency representation which uses a signal-dependent, radially Gaussian kernel that adapts over time. The code provides an excellent ambiguity domain filter for time-frequency analysis.Just run the script main_AOK.m to see it in action. The test signal includes three impulses, two...


Platforms: Matlab