Rank: 1591 based on 50 downloads (last 30 days) and 3 files submitted

Alexios Fourlis

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Company/University: University of western Macedonia

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Files Posted by Alexios					View all 1 - 3 of 3
Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
16 May 2012		Distributions This Gui is a simple way to display some useful distributions. Author: Alexios Fourlis	distribution, poisson, normal, uniform, exponential	9	0
04 May 2012		Reflection Transmission Coefficient The present GUI estimates the reflection and the trasminssion coefficient. Author: Alexios Fourlis	polarisation, reflection, transmission, coeffcient, incidence angle, width	6	0
02 May 2012		Radiation Pattern The present GUI shows the radiation pattern from 3 dipoles in two types of display: linear and polar Author: Alexios Fourlis	antennas, dipoles, plots, communications, radiation, linear	35	1

Comments and Ratings by Alexios		1 - 1 of 1
Updated	File	Comments	Rating
09 May 2012	Image processing laboratory An application with an intuitive GUI that you can use for some image processing exercises. Author: Francesco Pizzo	Very helpful program! Nice work... :)

Comments and Ratings on Alexios' Files			1 - 1 of 1
Updated	File	Comment by	Comments	Rating
04 Oct 2012	Radiation Pattern The present GUI shows the radiation pattern from 3 dipoles in two types of display: linear and polar Author: Alexios Fourlis	nguyen, thao	vxxcvx

Top Tags Applied by Alexios	1 - 5 of 23
antennas, coeffcient, communications, dipoles, distribution

Files Tagged by Alexios					View all 1 - 3 of 3
Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
16 May 2012		Distributions This Gui is a simple way to display some useful distributions. Author: Alexios Fourlis	distribution, poisson, normal, uniform, exponential	9	0
04 May 2012		Reflection Transmission Coefficient The present GUI estimates the reflection and the trasminssion coefficient. Author: Alexios Fourlis	polarisation, reflection, transmission, coeffcient, incidence angle, width	6	0
02 May 2012		Radiation Pattern The present GUI shows the radiation pattern from 3 dipoles in two types of display: linear and polar Author: Alexios Fourlis	antennas, dipoles, plots, communications, radiation, linear	35	1

Currently Watching
Type	Description
File	Time Division Multiplexing(TDM)
File	TDM simulation
File	PCM
File	Pulse Code Modulation
File	Efficiency Network Analyser
File	Extended DFT
File	Simulink Support for Kinect
File	Radiation Pattern

Files Matching Alexios' Watch List					View all 1 - 5 of 8
Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
02 May 2013		Extended DFT Program EDFT produce high-resolution N-point DFT for N greater than the length of data vector. Author: Vilnis Liepins	extrapolation, dft, fft, determing dft of an i..., gapped data, high resolution	89	10	4.75 4.8 \| 6 ratings
03 Dec 2012		Simulink Support for Kinect Simulink Support for Kinect is a set of Simulink blocks interfaced with OpenNI and Kinect SDK. Author: Takashi Chikamasa	image processing, instrument driver, demo, simulation, measurement, medical	164	60	5.0 5.0 \| 9 ratings
02 May 2012		Radiation Pattern The present GUI shows the radiation pattern from 3 dipoles in two types of display: linear and polar Author: Alexios Fourlis	antennas, dipoles, plots, communications, radiation, linear	35	1
21 Feb 2011		Pulse Code Modulation This program do all three process of PCM Sampling, Quantization and Encoding. Author: Nikesh Bajaj	pcm, analog to digital, communications, signal processing, image processing	40	5	5.0 5.0 \| 3 ratings
16 Aug 2010		Time Division Multiplexing(TDM) This is code for TDM Author: Debaraj Rana	communications, mathematics	15	1

Comments and Ratings Matching Alexios' Watch List			1-5 of 113
Date	File	Comment by	Comments	Rating
14 Mar 2013	Efficiency Network Analyser GUI realized with MATLAB 5.3. It calculates the performances of multiple access protocols.	asin		5
12 Mar 2013	Simulink Support for Kinect Simulink Support for Kinect is a set of Simulink blocks interfaced with OpenNI and Kinect SDK.	Christian	Hello everybody, First of all thanks Takashi for this great submission. Second, I successfully ran SETUP_KINECTSDK and setup_openni.m, but when I try to run some example this message appears. Error reported by S-function 'sfun_nid' in 'nid_cvst_image/NID IMAQ': NID Error: Failed to initialize NID. It might be caused by - NID is not connected. - NID unsupported block is used in the model - NID unsupported IMAQ Resolution and FPS is configured. Some clue to solve this. Thanks in advance Christian	5
13 Feb 2013	Simulink Support for Kinect Simulink Support for Kinect is a set of Simulink blocks interfaced with OpenNI and Kinect SDK.	Samuel	Dan, You could connect the signal output of the Skeleton block to a "To workspace" Simulink block. This will save the output of your simulation to your current MATLAB workspace. You can then access joint data as a 20x3xN matrix (where N is the number of frames in your simulation and assuming you are using the Windows kinect runtime).	Comment only
13 Feb 2013	Simulink Support for Kinect Simulink Support for Kinect is a set of Simulink blocks interfaced with OpenNI and Kinect SDK.	Dan	Thank you for providing this code. Great resource. Question, how would you go about saving the XYZ for each joint? I am not familiar with Simulink. Thanks	Comment only
07 Feb 2013	Simulink Support for Kinect Simulink Support for Kinect is a set of Simulink blocks interfaced with OpenNI and Kinect SDK.	Takashi Chikamasa	Hi all, Please make sure about the following steps to solve installation issues: 1. Make sure that all SDK (VC++, Windows SDK, Kinect SDK/OpenNI) are installed properly 2. Make sure that VC++ is set as mex compiler >> mex -setup 3. Read document in the Simulink support Kinect. Additionally, I recommend to install MATLAB under the directory without spaces because of mex compilation with third party SDKs. Concerning Windows8, I have never used Win8, so unfortunately, I can't answer your question. Takashi	Comment only