diff --git a/usedMcode/callAll.m b/usedMcode/callAll.m
index 17cd5aa..f8202c7 100644
--- a/usedMcode/callAll.m
+++ b/usedMcode/callAll.m
@@ -13,9 +13,9 @@
 shiftEMG=0.05;
 shiftEEG=0.2;
 eegOffset=0; %predict actions x*shiftEEG after EEG measurement
-pburgOrder=50;
-minEEGFreq=0;
-maxEEGFreq=200;
+pburgOrder=250;
+minEEGFreq=2;
+maxEEGFreq=49;
 pause=false;
 noLFsamples=5;
 ridgeParams=100;
diff --git a/usedMcode/generateTrainingData.m b/usedMcode/generateTrainingData.m
index 747c807..a434d03 100644
--- a/usedMcode/generateTrainingData.m
+++ b/usedMcode/generateTrainingData.m
@@ -8,13 +8,14 @@
     [A,B]= butter(2,[48 52]/(bci_sf/2),'stop');
     [C,D]= butter(2,1/(bci_sf/2),'high');
     [E,F]= butter(2,[148 152]/(bci_sf/2),'stop');
+    [G,H]= butter(2,100/(bci_sf/2),'low');
     
     % filter for low Frequencies
     [V,W]= butter(2,0.01/(bci_sf/2),'high');
     [X,Y]= butter(2,1/(bci_sf/2),'low');
 
     parfor i=1:32 %filter single channel, w/o EMG, HEOG, Synchro and 0s
-        tempEEG(i,:,:)=shiftingPburg(filtfilt(double(E),double(F),filtfilt(double(C),double(D),filtfilt(double(A),double(B),double(signal(:,i))))),bci_sf,windowEEG,shiftEEG,pburgOrder,minEEGFreq,maxEEGFreq);
+        tempEEG(i,:,:)=shiftingPburg(filtfilt(double(G),double(H),filtfilt(double(E),double(F),filtfilt(double(C),double(D),filtfilt(double(A),double(B),double(signal(:,i)))))),bci_sf,windowEEG,shiftEEG,pburgOrder,minEEGFreq,maxEEGFreq);
         tempEEGlf(i,:,:)=shiftingDownsample(filtfilt(double(X),double(Y),filtfilt(double(V),double(W),double(signal(:,i)))),bci_sf,windowEEG,shiftEEG,noLFsamples);
     end
     trainingDataEEG=permute(tempEEG,[2 1 3]);