diff --git a/Level_1/SSC.m b/Level_1/SSC.m
index 4df0078..e0f4502 100644
--- a/Level_1/SSC.m
+++ b/Level_1/SSC.m
@@ -3,7 +3,7 @@ function frameType = SSC(~, nextFrameT, prevFrameType)
 %   Usage frameType = SSC(frameT, nextFrameT, prevFrameType), where:
 %       Inputs
 %       - frameT is a frame in the time domain, containing both channels of
-%           the audio stored in an array of dimensions 2048X2
+%       the audio stored in an array of dimensions 2048X2
 %       - nextFrameT is the next frame in the time domain, containing both
 %       channels of the audio stored in an array of dimensions 2048X2
 %       - prevFrameType is the type of the previous frame in string
@@ -33,7 +33,7 @@ function frameType = SSC(~, nextFrameT, prevFrameType)
     channelFrameType = {'nan', 'nan'};
     for channel = 1:2
         % Calculates sub-frame energy estimation
-        [subFrames, ~] = buffer(nextFrameT(449:end - 448, channel), 256, 128, 'nodelay');
+        [subFrames, ~] = buffer(nextFrameT(577:end - 448, channel), 128, 0, 'nodelay');
         energyEstimations = sum(subFrames .^ 2, 1);
 
         % Calculates the ratio of the sub-frame energy to the average energy of
diff --git a/Level_2/SSC.m b/Level_2/SSC.m
index 50ebec7..e0f4502 100644
--- a/Level_2/SSC.m
+++ b/Level_2/SSC.m
@@ -33,7 +33,7 @@ function frameType = SSC(~, nextFrameT, prevFrameType)
     channelFrameType = {'nan', 'nan'};
     for channel = 1:2
         % Calculates sub-frame energy estimation
-        [subFrames, ~] = buffer(nextFrameT(449:end - 448, channel), 256, 128, 'nodelay');
+        [subFrames, ~] = buffer(nextFrameT(577:end - 448, channel), 128, 0, 'nodelay');
         energyEstimations = sum(subFrames .^ 2, 1);
 
         % Calculates the ratio of the sub-frame energy to the average energy of