diff --git a/MicroBenchmarks/harris/harris.h b/MicroBenchmarks/harris/harris.h
--- a/MicroBenchmarks/harris/harris.h
+++ b/MicroBenchmarks/harris/harris.h
@@ -14,37 +14,32 @@
 #define BOX_SIZE 10
 
 /* Comment this to not use google benchmark library */
-#define BENCHMARK_LIB 
+#define BENCHMARK_LIB
 
 // Image Size
-#define HEIGHT 2050
-#define WIDTH  2050
+#define HEIGHT 2048
+#define WIDTH 2048
 
 // Parameters For harris kernel
-#define THRESHOLD 0.1 
+#define THRESHOLD 0.1
 
 // ============================================================================
 
 // Initialize a checkboard image
-void initCheckboardImage(int height, int width); 
+void initCheckboardImage(int height, int width);
 // print image to output.txt
-void printImage(int height, int width, float img[(2 + HEIGHT)][2 + WIDTH]);
+void printImage(int height, int width, float img[HEIGHT][WIDTH]);
 
 // harris kernel from polymage_naive.cpp
-void harrisKernel(int height 
-                  , int width 
-                  , float inputImg[2 + HEIGHT][2 + WIDTH] 
-                  , float outputImg[(2 + HEIGHT)][2 + WIDTH] 
-                  , float Ix [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Iy [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Ixx [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Ixy [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Iyy [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Sxx [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Sxy [(2 + HEIGHT)][2 + WIDTH] 
-                  , float Syy [(2 + HEIGHT)][2 + WIDTH] 
-                  , float det [(2 + HEIGHT)][2 + WIDTH] 
-                  , float trace [(2 + HEIGHT)][2 + WIDTH]);
+void harrisKernel(int height, int width, float inputImg[4 + HEIGHT][4 + WIDTH],
+                  float outputImg[HEIGHT][WIDTH],
+                  float Ix[2 + HEIGHT][2 + WIDTH],
+                  float Iy[2 + HEIGHT][2 + WIDTH],
+                  float Ixx[2 + HEIGHT][2 + WIDTH],
+                  float Ixy[2 + HEIGHT][2 + WIDTH],
+                  float Iyy[2 + HEIGHT][2 + WIDTH], float Sxx[HEIGHT][WIDTH],
+                  float Sxy[HEIGHT][WIDTH], float Syy[HEIGHT][WIDTH],
+                  float det[HEIGHT][WIDTH], float trace[HEIGHT][WIDTH]);
 
 // ============================================================================
 #endif
diff --git a/MicroBenchmarks/harris/harris.reference_output b/MicroBenchmarks/harris/harris.reference_output
--- a/MicroBenchmarks/harris/harris.reference_output
+++ b/MicroBenchmarks/harris/harris.reference_output
@@ -1 +1 @@
-8e390d93bb5942d09e958f5c791c94ad
+36d1e6a1490ed3da2e3c323cb57852ba
diff --git a/MicroBenchmarks/harris/harrisKernel.cpp b/MicroBenchmarks/harris/harrisKernel.cpp
--- a/MicroBenchmarks/harris/harrisKernel.cpp
+++ b/MicroBenchmarks/harris/harrisKernel.cpp
@@ -1,112 +1,99 @@
 #include "harris.h"
 
 // harris kernel from polymage_naive.cpp
-void harrisKernel(
-    int height, int width, float inputImg[2 + HEIGHT][2 + WIDTH],
-    float outputImg[(2 + HEIGHT)][2 + WIDTH], float Ix[(2 + HEIGHT)][2 + WIDTH],
-    float Iy[(2 + HEIGHT)][2 + WIDTH], float Ixx[(2 + HEIGHT)][2 + WIDTH],
-    float Ixy[(2 + HEIGHT)][2 + WIDTH], float Iyy[(2 + HEIGHT)][2 + WIDTH],
-    float Sxx[(2 + HEIGHT)][2 + WIDTH], float Sxy[(2 + HEIGHT)][2 + WIDTH],
-    float Syy[(2 + HEIGHT)][2 + WIDTH], float det[(2 + HEIGHT)][2 + WIDTH],
-    float trace[(2 + HEIGHT)][2 + WIDTH]) {
-  for (int _i0 = 0; (_i0 - height < 0); _i0++) {
-    for (int _i1 = 0; (_i1 - width < 0); _i1++) {
-      Iy[_i0 + 1][_i1 + 1] =
-          (((((((inputImg[_i0][_i1]) * -0.0833333333333f) +
-               ((inputImg[_i0][_i1 + 2]) * 0.0833333333333f)) +
-              ((inputImg[_i0 + 1][_i1]) * -0.166666666667f)) +
-             ((inputImg[_i0 + 1][_i1 + 2]) * 0.166666666667f)) +
-            ((inputImg[_i0 + 2][_i1]) * -0.0833333333333f)) +
-           ((inputImg[_i0 + 2][_i1 + 2]) * 0.0833333333333f));
+void harrisKernel(int height, int width, float inputImg[4 + HEIGHT][4 + WIDTH],
+                  float outputImg[HEIGHT][WIDTH],
+                  float Ix[2 + HEIGHT][2 + WIDTH],
+                  float Iy[2 + HEIGHT][2 + WIDTH],
+                  float Ixx[2 + HEIGHT][2 + WIDTH],
+                  float Ixy[2 + HEIGHT][2 + WIDTH],
+                  float Iyy[2 + HEIGHT][2 + WIDTH], float Sxx[HEIGHT][WIDTH],
+                  float Sxy[HEIGHT][WIDTH], float Syy[HEIGHT][WIDTH],
+                  float det[HEIGHT][WIDTH], float trace[HEIGHT][WIDTH]) {
+  for (int _i0 = 0; _i0 < height + 2; _i0++) {
+    for (int _i1 = 0; _i1 < width + 2; _i1++) {
+      Iy[_i0][_i1] = inputImg[_i0][_i1] * -0.0833333333333f +
+                     inputImg[_i0][_i1 + 2] * 0.0833333333333f +
+                     inputImg[_i0 + 1][_i1] * -0.166666666667f +
+                     inputImg[_i0 + 1][_i1 + 2] * 0.166666666667f +
+                     inputImg[_i0 + 2][_i1] * -0.0833333333333f +
+                     inputImg[_i0 + 2][_i1 + 2] * 0.0833333333333f;
     }
   }
 
-  for (int _i0 = 0; (_i0 - height < 0); _i0++) {
-    for (int _i1 = 0; (_i1 - width < 0); _i1++) {
-      Ix[_i0 + 1][_i1 + 1] =
-          ((((((inputImg[_i0][_i1] * -0.0833333333333f) +
-               (inputImg[_i0 + 2][_i1] * 0.0833333333333f)) +
-              (inputImg[_i0][_i1 + 1] * -0.166666666667f)) +
-             (inputImg[_i0 + 2][_i1 + 1] * 0.166666666667f)) +
-            (inputImg[_i0][_i1 + 2] * -0.0833333333333f)) +
-           (inputImg[_i0 + 2][_i1 + 2] * 0.0833333333333f));
+  for (int _i0 = 0; _i0 < height + 2; _i0++) {
+    for (int _i1 = 0; _i1 < width + 2; _i1++) {
+      Ix[_i0][_i1] = inputImg[_i0][_i1] * -0.0833333333333f +
+                     inputImg[_i0 + 2][_i1] * 0.0833333333333f +
+                     inputImg[_i0][_i1 + 1] * -0.166666666667f +
+                     inputImg[_i0 + 2][_i1 + 1] * 0.166666666667f +
+                     inputImg[_i0][_i1 + 2] * -0.0833333333333f +
+                     inputImg[_i0 + 2][_i1 + 2] * 0.0833333333333f;
     }
   }
 
-  for (int _i0 = 1; (_i0 - height - 1 < 0); _i0++) {
-    for (int _i1 = 1; (_i1 - width - 1 < 0); _i1++) {
+  for (int _i0 = 0; _i0 < height + 2; _i0++) {
+    for (int _i1 = 0; _i1 < width + 2; _i1++) {
       Iyy[_i0][_i1] = Iy[_i0][_i1] * Iy[_i0][_i1];
     }
   }
 
-  for (int _i0 = 1; (_i0 - height - 1 < 0); _i0++) {
-    for (int _i1 = 1; (_i1 - width - 1 < 0); _i1++) {
+  for (int _i0 = 0; _i0 < height + 2; _i0++) {
+    for (int _i1 = 0; _i1 < width + 2; _i1++) {
       Ixy[_i0][_i1] = Ix[_i0][_i1] * Iy[_i0][_i1];
     }
   }
 
-  for (int _i0 = 1; (_i0 - height - 1 < 0); _i0++) {
-    for (int _i1 = 1; (_i1 - width - 1 < 0); _i1++) {
+  for (int _i0 = 0; _i0 < height + 2; _i0++) {
+    for (int _i1 = 0; _i1 < width + 2; _i1++) {
       Ixx[_i0][_i1] = Ix[_i0][_i1] * Ix[_i0][_i1];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
-      Syy[_i0][_i1] = ((((((((Iyy[-1 + _i0][-1 + _i1] + Iyy[-1 + _i0][_i1]) +
-                             Iyy[-1 + _i0][1 + _i1]) +
-                            Iyy[_i0][-1 + _i1]) +
-                           Iyy[_i0][_i1]) +
-                          Iyy[_i0][1 + _i1]) +
-                         Iyy[1 + _i0][-1 + _i1]) +
-                        Iyy[1 + _i0][_i1]) +
-                       Iyy[1 + _i0][1 + _i1]);
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
+      Syy[_i0][_i1] =
+          Iyy[_i0 + 1][_i1] + Iyy[_i0][_i1 + 1] + Iyy[_i0][_i1 + 2] +
+          Iyy[_i0 + 1][_i1] + Iyy[_i0 + 1][_i1 + 1] + Iyy[_i0 + 1][_i1 + 2] +
+          Iyy[_i0 + 2][_i1] + Iyy[_i0 + 2][_i1 + 1] + Iyy[_i0 + 2][_i1 + 2];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
-      Sxy[_i0][_i1] = ((((((((Ixy[-1 + _i0][-1 + _i1] + Ixy[-1 + _i0][_i1]) +
-                             Ixy[-1 + _i0][1 + _i1]) +
-                            Ixy[_i0][-1 + _i1]) +
-                           Ixy[_i0][_i1]) +
-                          Ixy[_i0][1 + _i1]) +
-                         Ixy[1 + _i0][-1 + _i1]) +
-                        Ixy[1 + _i0][_i1]) +
-                       Ixy[1 + _i0][1 + _i1]);
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
+      Sxy[_i0][_i1] = Ixy[_i0][_i1] + Ixy[_i0][_i1 + 1] + Ixy[_i0][_i1 + 2] +
+                      Ixy[_i0 + 1][_i1] + Ixy[_i0 + 1][_i1 + 1] +
+                      Ixy[_i0 + 1][_i1 + 2] + Ixy[_i0 + 2][_i1] +
+                      Ixy[_i0 + 2][_i1 + 1] + Ixy[_i0 + 2][_i1 + 2];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
-      Sxx[_i0][_i1] = ((((((((Ixx[-1 + _i0][-1 + _i1] + Ixx[-1 + _i0][_i1]) +
-                             Ixx[-1 + _i0][1 + _i1]) +
-                            Ixx[_i0][-1 + _i1]) +
-                           Ixx[_i0][_i1]) +
-                          Ixx[_i0][1 + _i1]) +
-                         Ixx[1 + _i0][-1 + _i1]) +
-                        Ixx[1 + _i0][_i1]) +
-                       Ixx[1 + _i0][1 + _i1]);
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
+      Sxx[_i0][_i1] = Ixx[_i0][_i1] + Ixx[_i0][_i1 + 1] + Ixx[_i0][_i1 + 2] +
+                      Ixx[_i0 + 1][_i1] + Ixx[_i0 + 1][_i1 + 1] +
+                      Ixx[_i0 + 1][_i1 + 2] + Ixx[_i0 + 2][_i1] +
+                      Ixx[_i0 + 2][_i1 + 1] + Ixx[_i0 + 2][_i1 + 2];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
-      trace[_i0][_i1] = (Sxx[_i0][_i1] + Syy[_i0][_i1]);
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
+      trace[_i0][_i1] = Sxx[_i0][_i1] + Syy[_i0][_i1];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
       det[_i0][_i1] =
-          ((Sxx[_i0][_i1] * Syy[_i0][_i1]) - (Sxy[_i0][_i1] * Sxy[_i0][_i1]));
+          Sxx[_i0][_i1] * Syy[_i0][_i1] - Sxy[_i0][_i1] * Sxy[_i0][_i1];
     }
   }
 
-  for (int _i0 = 2; (_i0 < height); _i0++) {
-    for (int _i1 = 2; (_i1 < width); _i1++) {
+  for (int _i0 = 0; _i0 < height; _i0++) {
+    for (int _i1 = 0; _i1 < width; _i1++) {
       outputImg[_i0][_i1] =
-          (det[_i0][_i1] - ((0.04f * trace[_i0][_i1]) * trace[_i0][_i1]));
+          det[_i0][_i1] - 0.04f * trace[_i0][_i1] * trace[_i0][_i1];
     }
   }
 }
diff --git a/MicroBenchmarks/harris/main.cpp b/MicroBenchmarks/harris/main.cpp
--- a/MicroBenchmarks/harris/main.cpp
+++ b/MicroBenchmarks/harris/main.cpp
@@ -7,7 +7,7 @@
 
 // This function initializes the input image to checkbox image
 void initCheckboardImage(int height, int width,
-                         float image[(2 + HEIGHT)][2 + WIDTH]) {
+                         float image[(4 + HEIGHT)][4 + WIDTH]) {
   int last_pixel_x = 0;
   int last_pixel_y = 0;
   for (int i = 0; i < height; i++) {
@@ -29,12 +29,12 @@
 }
 
 // Writes image matrix to a file.
-void printImage(int height, int width, float arr[(2 + HEIGHT)][2 + WIDTH],
+void printImage(int height, int width, float arr[HEIGHT][WIDTH],
                 int dummy) {
   std::ofstream myfile;
   myfile.open("output.txt");
-  for (int i = 0; i < height - 2; i++) {
-    for (int j = 0; j < width - 2; j++) {
+  for (int i = 0; i < height; i++) {
+    for (int j = 0; j < width; j++) {
       if (arr[i][j] < 0) {
         myfile << 0;
       } else if (arr[i][j] > 255) {
@@ -58,25 +58,25 @@
   int height = state.range(0);
   int width = state.range(1);
 
-  float(*image)[HEIGHT + 2][WIDTH + 2];
-  image = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  initCheckboardImage((HEIGHT + 2), (WIDTH + 2), *image);
+  float(*image)[HEIGHT + 4][WIDTH + 4];
+  image = (float(*)[HEIGHT + 4][WIDTH + 4])
+      malloc(sizeof(float) * (4 + HEIGHT) * (4 + WIDTH));
+  initCheckboardImage(HEIGHT + 4, WIDTH + 4, *image);
 
-  float(*imageOutput)[2 + HEIGHT][2 + WIDTH];
-  imageOutput = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
+  float(*imageOutput)[HEIGHT][WIDTH];
+  imageOutput = (float(*)[HEIGHT][WIDTH])
+      malloc(sizeof(float) * HEIGHT * WIDTH);
 
   float(*Ix)[2 + HEIGHT][2 + WIDTH];
   float(*Iy)[2 + HEIGHT][2 + WIDTH];
   float(*Ixx)[2 + HEIGHT][2 + WIDTH];
   float(*Ixy)[2 + HEIGHT][2 + WIDTH];
   float(*Iyy)[2 + HEIGHT][2 + WIDTH];
-  float(*Sxx)[2 + HEIGHT][2 + WIDTH];
-  float(*Sxy)[2 + HEIGHT][2 + WIDTH];
-  float(*Syy)[2 + HEIGHT][2 + WIDTH];
-  float(*det)[2 + HEIGHT][2 + WIDTH];
-  float(*trace)[2 + HEIGHT][2 + WIDTH];
+  float(*Sxx)[HEIGHT][WIDTH];
+  float(*Sxy)[HEIGHT][WIDTH];
+  float(*Syy)[HEIGHT][WIDTH];
+  float(*det)[HEIGHT][WIDTH];
+  float(*trace)[HEIGHT][WIDTH];
 
   Ix = (float(*)[2 + HEIGHT][2 + WIDTH])
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
@@ -88,16 +88,11 @@
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
   Iyy = (float(*)[2 + HEIGHT][2 + WIDTH])
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Sxx = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Sxy = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Syy = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  det = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  trace = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
+  Sxx = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  Sxy = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  Syy = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  det = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  trace = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
 
   harrisKernel(height, width, *image, *imageOutput, *Ix, *Iy, *Ixx, *Ixy, *Iyy,
                *Sxx, *Sxy, *Syy, *det, *trace);
@@ -118,14 +113,13 @@
   free((void *)det);
   free((void *)trace);
 
-  for (int i = 0; i < height + 2; i++) {
-    for (int j = 0; j < width + 2; j++) {
+  for (int i = 0; i < height; i++) {
+    for (int j = 0; j < width; j++) {
       sum = (sum + 1) & (int)(*imageOutput)[i][j];
     }
   }
 
-  state.SetBytesProcessed(sizeof(float) * (height + 2) * (width + 2) *
-                          state.iterations());
+  state.SetBytesProcessed(sizeof(float) * height * width * state.iterations());
 
   free((void *)imageOutput);
   free((void *)image);
@@ -149,25 +143,25 @@
 #endif
 
   // Extra Call to verify output of kernel
-  float(*image)[HEIGHT + 2][WIDTH + 2];
-  image = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  initCheckboardImage((HEIGHT + 2), (WIDTH + 2), *image);
+  float(*image)[HEIGHT + 4][WIDTH + 4];
+  image = (float(*)[HEIGHT + 4][WIDTH + 4])
+      malloc(sizeof(float) * (HEIGHT + 4) * (WIDTH + 4));
+  initCheckboardImage((HEIGHT + 4), (WIDTH + 4), *image);
 
-  float(*imageOutput)[2 + HEIGHT][2 + WIDTH];
-  imageOutput = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
+  float(*imageOutput)[HEIGHT][WIDTH];
+  imageOutput = (float(*)[HEIGHT][WIDTH])
+      malloc(sizeof(float) * HEIGHT * WIDTH);
 
   float(*Ix)[2 + HEIGHT][2 + WIDTH];
   float(*Iy)[2 + HEIGHT][2 + WIDTH];
   float(*Ixx)[2 + HEIGHT][2 + WIDTH];
   float(*Ixy)[2 + HEIGHT][2 + WIDTH];
   float(*Iyy)[2 + HEIGHT][2 + WIDTH];
-  float(*Sxx)[2 + HEIGHT][2 + WIDTH];
-  float(*Sxy)[2 + HEIGHT][2 + WIDTH];
-  float(*Syy)[2 + HEIGHT][2 + WIDTH];
-  float(*det)[2 + HEIGHT][2 + WIDTH];
-  float(*trace)[2 + HEIGHT][2 + WIDTH];
+  float(*Sxx)[HEIGHT][WIDTH];
+  float(*Sxy)[HEIGHT][WIDTH];
+  float(*Syy)[HEIGHT][WIDTH];
+  float(*det)[HEIGHT][WIDTH];
+  float(*trace)[HEIGHT][WIDTH];
 
   Ix = (float(*)[2 + HEIGHT][2 + WIDTH])
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
@@ -179,16 +173,11 @@
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
   Iyy = (float(*)[2 + HEIGHT][2 + WIDTH])
       malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Sxx = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Sxy = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  Syy = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  det = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
-  trace = (float(*)[2 + HEIGHT][2 + WIDTH])
-      malloc(sizeof(float) * (2 + HEIGHT) * (2 + WIDTH));
+  Sxx = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  Sxy = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  Syy = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  det = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
+  trace = (float(*)[HEIGHT][WIDTH])malloc(sizeof(float) * HEIGHT * WIDTH);
 
   harrisKernel(HEIGHT, WIDTH, *image, *imageOutput, *Ix, *Iy, *Ixx, *Ixy, *Iyy,
                *Sxx, *Sxy, *Syy, *det, *trace);
@@ -205,9 +194,9 @@
   free((void *)trace);
 
   if (argc == 2) {
-    printImage(HEIGHT + 2, WIDTH + 2, *imageOutput, sum);
+    printImage(HEIGHT, WIDTH, *imageOutput, sum);
   } else {
-    printImage(HEIGHT + 2, WIDTH + 2, *imageOutput, -1);
+    printImage(HEIGHT, WIDTH, *imageOutput, -1);
   }
 
   free((void *)image);