Free scripta materialia impact factor script

Now using phpJobScheduler you can easily set times when a PHP script should run; automating tedious tasks such as running backups (use with phpMySQLAutoBackup for a complete MySQL automated backup solution), trimming a database table, or emailing a member when their membership fee is due.

Schedule a task to run hourly, daily or weekly - scheduled data is stored in a MySQL database via PHP. phpJobScheduler will fire any PHP script (or perl script) for you at the correct day/time (dependant upon your traffic to your web site).

Limiting factor: hits to site per hour/day. If you wish to add a scheduled job per hour your site must receive sufficient traffic within that time period. Each time a page with the relevant PHP code is visited the phpJobScheduler will check for any jobs waiting to be run at that time.
Therefore, so long as your site receives hits every single hour you can set a schedule to run hourly and you can be sure the task will be fired.

Major Features:

1. Easy setup
2. Runs silently (no screen output)
3. Saves run logs to database
4. Saves error messages to database
5. Runs remote scripts in a secure folder
6. Schedule PHP scripts to run: hourly, daily or weekly
7. Add scheduled tasks
8. Modify existing scheduled tasks
9. Delete existing scheduled tasks

Requirements:

• MySQL
• PHP 4.x 5.x

Usage:

• q = specwelch(x,dt,w,Nsg,pnv,Wn,ftype,n)
• [psdf,f] = specwelch(x,dt,w,Nsg,pnv,Wn,ftype,n)
• [psdf,conf,f] = specwelch(x,dt,w,Nsg,pnv,Wn,ftype,n)
  

Input Var:

• x - Time series, [vector]
• dt - Sampling Rate, [scalar]
• win - Window, one of: hanning, hamming, boxcar
• Nsg - Number of Segments (>=1)
• pnv - Percentage Noverlap of Segments (0-100)
• Nb - Band Averaging, number of bands to average
• Wn - Cut-Off frequencies, used for filtering
• ftype - Type of filter, high, low or stop
• n - Number of coefficients to use in the Butterworth filter

Output Var:

• q - structure with the following fields:
• xp - detrended x
• f = Frequencies
• T - Periods
• m - Magnitude
• a - Amplitude
• s - Power spectrum, Sxx(win), [Power]
• psdw - Power Spectral Density, Pxx(win), [Power/rad/sample]
• psdf - Power Spectral Density, Pxx(f), [Power/sample-freq]
• psdT - Power Spectral Density, Pxx(T), [Power*time-unit]
• conf - Upper and Lower Confidence Interval multiplication factors using chi-squared approach.

Requirements:

• MATLAB 7 (R14)