From charlesreid1

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* cpu, memory, threads, file size
* cpu, memory, threads, file size
* where in structure, depth, iterations, etc.
* where in structure, depth, iterations, etc.
Architecture:
* Use [[Zmq]]
* Zmq client is code running on device, populating message queue
* Zmq server is server listening for messages, filtering takes place on server


N queens problem:
N queens problem:

Revision as of 11:28, 16 February 2018

Here's what we're doing:

  • Running CPU intensive code
  • cpu, memory, threads, file size
  • where in structure, depth, iterations, etc.

Architecture:

  • Use Zmq
  • Zmq client is code running on device, populating message queue
  • Zmq server is server listening for messages, filtering takes place on server

N queens problem:

  • searching for number of ways to arrange n queens on the chessboard
  • code instrumentation: current portion of tree (vector of queen placements), number of solutions found
  • profiling: netdata on host machine