* Kile and a LaTeX system;
* gcc 3.3, or 4.0, and Kdevelop;
* the Boost development libraries (don't forget that one);
* Matlab 7.0.4 with all Toolboxes;
* Dia;
* a way to get the results on the Internet (CD writing, modem).
Tuesday, August 23, 2005
Monday, August 22, 2005
Last stuff
* Taxes (send requested. info)
* Taxes (phone)
* Forwarding address
* Account Deletion
* Phone Gruber
* Deposit
* Bank ?
* Taxes (phone)
* Forwarding address
* Account Deletion
* Phone Gruber
* Deposit
* Bank ?
Wednesday, August 17, 2005
Tuesday, August 16, 2005
to do tuesday
* go to the bank figure what is going wrong...
* ubc keys
* phone medical care
* phone taxes, fax
* phone rto
* see nando
* ubc keys
* phone medical care
* phone taxes, fax
* phone rto
* see nando
Friday, June 24, 2005
CV update
* Write the CV in English.
* Find a better way to specify potential tables... in Matlab
* Recode the MP algorithm with the new way of doing messages (??)
* Find a better way to specify potential tables... in Matlab
* Recode the MP algorithm with the new way of doing messages (??)
Thursday, June 23, 2005
At work again
For tomorrow:
* debug the loopy belief implementation
* Implement and test Gibbs, Tree Gibbs
* finish documentation
* debug the loopy belief implementation
* Implement and test Gibbs, Tree Gibbs
* finish documentation
Thursday, May 05, 2005
Tree Gibbs working with FFBS
* Corrected last bugs and errors. It is correctly working right now, without any initialization problems.
* Read the Doucet and West statistical paper on non-linear state models. Interesting but in fact the framework seems to be significantly different from our framework. First they have densities reflecting exactly conditional probabilities and not potentials, etc... They use particle filters to compute a single trajectory as a single particle.
-> speack with Nando, see what next
* Read the Doucet and West statistical paper on non-linear state models. Interesting but in fact the framework seems to be significantly different from our framework. First they have densities reflecting exactly conditional probabilities and not potentials, etc... They use particle filters to compute a single trajectory as a single particle.
-> speack with Nando, see what next
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