feat: more benchmarks

Author: domferr

res.txt

@@ -1,32 +1,18 @@
-Running a farm of 1 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((1, 4.118)) # bytes = 100 ms = 100
-Running a farm of 2 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((2, 5.033)) # bytes = 100 ms = 100
-Running a farm of 4 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((4, 8.587)) # bytes = 100 ms = 100
-Running a farm of 8 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((8, 14.951)) # bytes = 100 ms = 100
-Running a farm of 10 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((10, 19.239)) # bytes = 100 ms = 100
-Running a farm of 12 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((12, 22.777)) # bytes = 100 ms = 100
-Running a farm of 16 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((16, 30.146)) # bytes = 100 ms = 100
-Running a farm of 20 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((20, 35.301)) # bytes = 100 ms = 100
-Running a farm of 26 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((26, 50.293)) # bytes = 100 ms = 100
-Running a farm of 30 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((30, 60.891)) # bytes = 100 ms = 100
-Running a farm of 36 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((36, 78.394)) # bytes = 100 ms = 100
-Running a farm of 42 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((42, 90.322)) # bytes = 100 ms = 100
-Running a farm of 48 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((48, 103.612)) # bytes = 100 ms = 100
-Running a farm of 54 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((54, 122.849)) # bytes = 100 ms = 100
-Running a farm of 60 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((60, 137.392)) # bytes = 100 ms = 100
-Running a farm of 64 workers and 0 tasks. Each task is 100ms long and has a size of 100 bytes. Using processes-based strategy
-res[100] = res.get(100, []); res.get(100).append((64, 155.064)) # bytes = 100 ms = 100
+Running a farm of 1 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((1, 256227.337)) # bytes = 100 ms = 50
+Running a farm of 2 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((2, 128123.051)) # bytes = 100 ms = 50
+Running a farm of 4 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((4, 64074.72)) # bytes = 100 ms = 50
+Running a farm of 8 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((8, 32052.79)) # bytes = 100 ms = 50
+Running a farm of 12 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((12, 21393.738)) # bytes = 100 ms = 50
+Running a farm of 26 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((26, 9913.782)) # bytes = 100 ms = 50
+Running a farm of 36 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((36, 7215.942)) # bytes = 100 ms = 50
+Running a farm of 48 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((48, 5482.052)) # bytes = 100 ms = 50
+Running a farm of 64 workers and 5120 tasks. Each task is 50ms long and has a size of 100 bytes. Using processes-based strategy
+res[100] = res.get(100, []); res.get(100).append((64, 4197.795)) # bytes = 100 ms = 50

thesis/bench_5120.ipynb

@@ -797,35 +797,28 @@
  },
  {
  "cell_type": "code",
- "execution_count": 2,
+ "execution_count": 4,
  "metadata": {},
  "outputs": [
  {
  "name": "stdout",
  "output_type": "stream",
  "text": [
- "[100, [4.118, 5.033, 8.587, 14.951, 19.239, 22.777, 30.146, 35.301, 50.293, 60.891, 78.394, 90.322, 103.612, 122.849, 137.392, 155.064]],\n"
+ "[100, [256227.337, 128123.051, 64074.72, 32052.79, 21393.738, 9913.782, 7215.942, 5482.052, 4197.795]],\n"
  ]
  }
  ],
  "source": [
  "res = dict()\n",
- "res[100] = res.get(100, []); res.get(100).append((1, 4.118)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((2, 5.033)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((4, 8.587)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((8, 14.951)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((10, 19.239)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((12, 22.777)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((16, 30.146)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((20, 35.301)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((26, 50.293)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((30, 60.891)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((36, 78.394)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((42, 90.322)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((48, 103.612)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((54, 122.849)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((60, 137.392)) # bytes = 100 ms = 100\n",
- "res[100] = res.get(100, []); res.get(100).append((64, 155.064)) # bytes = 100 ms = 100\n",
+ "res[100] = res.get(100, []); res.get(100).append((1, 256227.337)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((2, 128123.051)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((4, 64074.72)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((8, 32052.79)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((12, 21393.738)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((26, 9913.782)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((36, 7215.942)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((48, 5482.052)) # bytes = 100 ms = 50\n",
+ "res[100] = res.get(100, []); res.get(100).append((64, 4197.795)) # bytes = 100 ms = 50\n",
  "\n",
  "final_result = []\n",
  "for bytes, lis in res.items():\n",