UWB Fixed-Point Model (Multiband OFDM)

Ultrawideband (UWB) multiband OFDM physical layer with fixed-point transmitter/receiver modeling.

Description

* Based on IEEE 802.15.3a multiband OFDM proposal (Sept 2003 version)
* End-to-end physical layer (streaming mode)
* Highest mandatory data rate (200 Mb/s)
* QPSK modulation, rate-5/8 forward error correction coding (convolutional + puncturing)
* OFDM transmission: 122 subcarriers, 22 pilots, 128-pt FFTs, zero prefix, guard period
* Fixed-point model of OFDM TX/RX (16-, 12-, 10-, and 8-bit)
* 2x spreading across sub-bands
* Data interleaving
* PLCP preamble (packet sync, frame sync, and channel estimation)
* Viterbi decoding
* Mode 1 frequency hopping (3 bands)
* Includes channel model used in IEEE 802.15.3a group.

Instructions:

1. Unzip/copy all files into a writable folder.
2. Start MATLAB, either R13 SP1 (v6.5.1) or R14 (v7.0).
3. Change directory to above folder.
4. Change subdirectory to either r13sp1 (for MATLAB v6.5.1) or r14 (for MATLAB v7.0).
5. Open uwb.mdl (double click on file in Current Directory pane).
6. The first time the model runs, it will automatically generate four .mat files. (These channel model files are required to run the model.)

For a related webinar, please visit http://www.mathworks.com/cmspro/req6861.html?eventid=15999

For a related article (including more documentation on the model), please visit
http://www.mathworks.com/company/newsletters/digest/may04/uwb.html

• Required Products: Communications Blockset; Communications Toolbox; Signal Processing Blockset; Signal Processing Toolbox; Simulink; Simulink Fixed Point
• MATLAB release: MATLAB 7 (R14)
• Other requirements: MATLAB 6.5.1 (R13 SP1) or MATLAB 7.0 (R14)

Other Files

R14/uwb_sv_params.m,
R14/fpscaling.m,
R14/plothist.m,
R14/readme.txt,
R14/show_data_type_overrides.m,
R14/udg.m,
R14/uwb.mdl,
R14/uwb_imr.m,
R14/uwb_init.m,
R14/uwb_lib.mdl,
R14/uwb_settings.m,
R14/uwb_sv_cnvrt_ct.m,
R14/uwb_sv_eval_ct.m,
R14/uwb_sv_model_ct.m,
R13SP1/uwb_sv_params.m,
R13SP1/fpscaling.m,
R13SP1/plothist.m,
R13SP1/readme.txt,
R13SP1/show_data_type_overrides.m,
R13SP1/udg.m,
R13SP1/uwb.mdl,
R13SP1/uwb_imr.m,
R13SP1/uwb_init.m,
R13SP1/uwb_lib.mdl,
R13SP1/uwb_settings.m,
R13SP1/uwb_sv_cnvrt_ct.m,
R13SP1/uwb_sv_eval_ct.m,
R13SP1/uwb_sv_model_ct.m

[Wang chunchieh]

 

[Daniel Li]

An excellent model! A very good start point if you want to do more in UWB simulation. Thanks a lot for sharing this with all of us!

[Yi Yang]

can you give a doc file to describe this standard system!

[susmitha Tarlapally]

Sounds gr8 to me. Can u send me a doc file describing the system and any documentation if u have.Thanks for sharing ..

[vinay s]

A really good model,i would like to know more
about this ,thanks for sharing
plz send me the docs of this model

[Linda Hamilton]

Good piece of contribution!
Can you send me the relevant document describing the model please?

[Pawel Drozd]

Could you send me documentation files describing this system.

[Julio Ibanez]

Good job!
Could you send me documentation of this model?

[Jagjit Singh Thakur Ratan]

Excellent toolbox for learning about generation of UWB. Could you please send us the Documentation of this program.
I will be greatly obliged if you can mail me at the earliest. Thanks

[oa right]

THANKS

[Calvin cui]

  we are very appreciate for you! Could you
please send us the documentation of this program.This is my e-mail [e-mail]

[Gilbert Hannouche]

I am working on UWB as my final year project, and I found this design and the simulation very interesting and powerful. Can I get its documentation by email? ([e-mail]). I think this will be a great help for me in my project. Thank you and good luck in your work.

Sincerely

Gilbert

[Kevin Lin]

I am very appreciate for you! Could you
please send us the documentation of this program.This is my e-mail address [e-mail]

[Zhonghua Liang]

Thanks for your kindness!
Now I am working on UWB too and Could you
please send me the documentation of this program?
This is my Email: [e-mail]

[susmitha tarlapally]

Hi,
 I tried to simulate the program. And Iam using Matlab 6.5 .But i do not have the communication block set so iam getting errors ,can anyone tell me where i can download the communication block set.

[Joseph Wynn]

Well done. I am working on UWB-OFDM now.
would you kindly send me the doc. of the program

[mehmet keskinoz]

would u please send me the documantion of this program?

[eduardo alarcon-rivero]

 

[William Liu]

good job,really a useful matlab library.I was just wondering could you send me the documantion of this program with more detail?
Thank you very much for your effort and help:P

[Yang Li]

It is very useful. Could you send me the documantion? Thanks,

[jun xiao]

good.can I share a copy of more details about this program.Thank u so much.

[HQ Zhang]

Such a great effort! Really helpful! Can I have the documentation for more details cause I am working on UWB now. Thanks.

[Hao Tian]

Can you send me a copy of more details about this documentation. I really need it.
I am studying it now.Thank.

[izumi noa]

can I share a copy of more details about this program, too?

[Rajanarender suram]

Great effort. Please can you send me a copy of more details about this documentation. I really need it.
I am studying it now.Thank you

[W Hashim]

I am very much interested of studying the system. I have been studying about OFDM for the past 6 months. Can you send me a copy of more details about this documentation?

[Mahmud benhamid]

Great work. I am very much intested in your work. would you please send me a copy of more details about this documentation. Thanks

[Niles B]

Great work.. Can u please send me more documentation. Thanks
[e-mail]

[hossein GHARAEE]

 

[kai shi]

The channel model realized in uwb_imr.m may be incorrect!!!

1) Given the fact that the sampling frequency of simulated system 528*6 MHz and
the channel model is derived from 802.15.3a's real wideband model (from DC to 6GHz), the correct procedure to generate
complex baseband model should be downconversion-> lowpass filtering
instead of lowpassfiltering-> upconversion.
2) Normalization is applied in original model. So there is no fading anymore? (since each realization has the same overall energy). Normalization may necessary after lowpass filtering, but the property of fading should be kept.

[pedro roig]

i'm working on uwb now and i'd really appreciate if you could send me the documentation. great job!!!

[Robert Riley]

 

[Derrick W]

Hi: I am working on a project in MB OFDM OWB now, can you please send me the documentation. Thank you very much.

[Kay D]

Hi, I am working on a project about 802.15.3a now, could you please send me the documentation? any help of you will be appreciated.

[aifeng ren]

It's very helpful to me, Can you send me the documentation. great job!!!

[Khurram Mohammed]

Hey, I am doing my honours project on MB OFDM UWB transceiver design using VHDL and SIMULINK. This seminar is excellent, I was hoping if you could please send me the documentation.

Any help will be much appreciated!

[pengrongmao PRM]

It's wonderful. This model is very helpful to my study.could you please send me the documentation?
Any help will be appreciated

[Hill Chen]

Fanyastic!! Can I have related documentation?

[nicholas berti]

thats brilliant,the model was so helpful to my research on uwb, would u mind sending me the ds-uwb model if u have. any help will be much appreciated. tq

[Luigi Missere]

Great!Can you send me related documentation?
I'm a student, i'm working about UWB!
Did you simulate MB-OFDM synchronization?
Did you simulate the Ds-UWB model?
Thank You!

[Joseph Lee]

This is an excellent model of MB-OFDM.
I would really appreciate if you could send me the documentation.

[amit roy]

Superb.
Pls send me the full set of documentation in case you have them.
Thx

[luiz tan]

Great! i would really appreciate if u can send me a full documentation on it.

[Derrick Chen]

It's wonderful. This model is very helpful to my study. Please send me the detail documentation, thx a lot.

[Elamaran Vellaiappan]

Excellent....
Please send the detailed document....

thanks and regards,

Elamaran.V

[Hoi Chow]

Excellent model.
May I get the detailed documentation as well please? Many thanks.

[Iqbal Bawa]

Too good.. can you please send me the detailed document.

Thanks a lot

[weihua gao]

It is very good !!!Could you please send me the detailed files?

[Nyembezi Nyirongo]

Thanks for the model. Its very good. I am interested in the detailed documentation, especially the justification for adding the suffix to the beginning of the symbol in the receiver. You lost me on that one.

[S KM]

Good because it is matlab code

[Dr Alon Konchitsky]

Looks good.
I would very much appreciate if you had shown sync here, and clock recovery between rx and tx.

Thanks,
Alon Konchitsky

[Jebin Jacob]

hi
your UWB model is awesome. I'm doing my masters thesis on UWB sync issues. can you please send me more info/documentation ??
thank you

[shailendra singh]

superb

[Diego Hernandez]

hi im doing my thesis on UWB simple banded models, i would be great y if u have more information about it. Thanks

[meijan li]

 

[sajjad hussain]

good work,Can u send me a doc file explaining the system and documentation ...thanks in advance

[Ahmed Ebaid]

I like ur system and I'll appreciate if u can send me the documentation of the system
[e-mail]

[manas mehta]

great work....I'll appreciate if u can send me the documentation of the system

[Zhang Qian]

 

[umar ahmad]

I am working on a system just like urs and I'll appreciate if u can send me the documentation of the system

[Amer Magableh]

It is really a great work, it helps me alot in my current research, I would wonder if you have other related work on simulink

[Amer Magableh]

It is really a great work, it helps me alot in my current research, I wonder if you have other related works on simulink

[safa elaskary]

I am working on a system just like urs and I'll appreciate if u can send me the documentation of the system

[Chinedu Okpara]

 

[Elliot Ng]

I am also doing my Master's thesis on UWB and would greatly appreciate any further documentation not included in the original download if it's available. Thanks for the great simulation.

[Marrissa Olivia]

i'm doing my thesis about uwb mb ofdm. Could you give the documentation of your program?

[khaled Amailef]

Hi,
Excellent work.
I am doing a master degree on IEEE 802.15.3 standard based on UWB, Could u please
send me documentation explaining your system.

[justin chen]

FYI, we need more documentaiton.

[ye lingmin]

very good!thank you for your work!

[Jim Green]

I am currently doing a student project about UWB OFDM, this system helps me a lot, but can u please send me some documentation with explaination of this system.

[Zeeshan Najmi]

Can anyone please forward me the WEBINAR for the above model ?
I really need it but the above link for that isnt working anymore -
Thank you

[Zeeshan Najmi]

I introduce the above model to AWGN by using a MIXER and have also changed the FIXED POINT word length to 8-Bits.Now the CONSTELLATION DIAGRAM is forming a SCATTERED VERSION of X. Can anyone tellme why is it happening? Kindly, Reply soon..

[LEE Sunho]

 am currently doing a student project about UWB OFDM, this system helps me a lot, but can you please send me some documentation with explaination of this system.

[Ki chan]

can u please send me some documentation with explaination of this system.

[abbas turki hamza]

tres tres bien j'ai besoin de plus detailes

[he man]

GOOD STUFF THANKS

[hong sung-gee]

 

[Ted Choi]

 

[siva kumar]

 

[Xiang Yan]

It is very good for me to study !

[kim bo sung]

when i simulate this file, it says one error(Parameter 'Indices' specified in 'uwb/Scopes/Signal Constellation/Reshape Data/Remove DC component and pilots and CE seq' provides index elements for 1 dimensions. It does not match the number of input dimensions, 2.)
can you please send me some documentation with explaination of this system.

[onur on]

Thanks for the model. Its very good. I am interested in the detailed documentation.

[vasanth arasan]

 

[longming yan]

perfect as start of my project,

so many thx

[M Helmy]

well it is great work ,i study your system accuratelym but i have a question plz,,i need more explaination for (Delay Link calculations) would you answer me , or any one could?

[dilmi houari]

I would UWN reciever

[dilmi houari]

uwb_sv_params.m, fpscaling.m, plothist.m, readme.txt, show_data_type_overrides.m, udg.m, uwb.mdl, uwb_imr.m,

[A. Gandi]

I am currently doing a thesis about UWB OFDM, this system helps me a lot, but can you please send me some documentation with explaination of this system or the webinar, because the webinar is missing..

and could you give me some explanation about the error, says one error(Parameter 'Indices' specified in 'uwb/Scopes/Signal Constellation/Reshape Data/Remove DC component and pilots and CE seq' provides index elements for 1 dimensions. It does not match the number of input dimensions, 2.) can you please send me some documentation with explaination of this system.

thank you.

[alsadat]

Thanks for the model. Its very good. am currently doing a thesis about UWB OFDM
I am interested in the detailed documentation please

[adzizol]

Can I have the detail documentation? Now I'm doing my final year project about uwb by using Matlab/Simulink.
I need the documentation detail in order to study about this model. I hope your accompany. Please email me at [e-mail]
tq

[sleem salem]

Can I have the detail documentation? Now I'm doing my final year project about uwb by using Matlab/Simulink.
I need the documentation detail in order to study about this model. I hope your accompany. Please email me at [e-mail]
tq

[musa]

please Can I have the detail documentation or any material that will make understand the model?
[e-mail]
Cheers

[siddharth Shetty]

Thanks very much for this contribution. I am running MATLAB verion 7.7 (R2008b) and enountering errors when I run the uwb.mdl:
Reference to non-existent field 'comm'.
Error in 'uwb/Scopes': Initialization commands cannot be evaluated

Anyone who faced similar problems? Please feel free to send me a response at [e-mail]

Thx...sid

[Ashwini Deshpande]

Good One !! Thanks for sharing :-)

[alaa osman]

thanks very much for this contribution, really a very good model ,i would like to know can i send a video through this model and receive it.