1. 25 Jan, 2020 1 commit
  2. 24 Jan, 2020 5 commits
  3. 23 Jan, 2020 2 commits
    • [VTA] Support network which have no unique operator as start/stop name for graph pack. (#4703) · b9328d02
      * [VTA] Support network which have no unique operator as start/stop name
      for graph pack.
      
      [Issue]
        Current vta use 'start' and 'stop' name to define the pack start point
        and end point, but this method not work for these network which have
        no 2 unique operator as  start point and stop point.
      
      [Solution]
        In this solution we give 2 addtional parameters start_name_indx and
        stop_name_indx to make vta pack logic work with the said network,
        for exampl for following networks which have no unique operator,
      
        %0 = nn.add
        %1 = nn.conv2d
        %2 = nn.batch_norm
        %3 = nn.leaky_relu
        %4 = nn.add
        %5 = nn.conv2d
        %6 = nn.batch_norm
        %7 = nn.leaky_relu
        %8 = nn.add
      
        with this solution we can use following parameter format to make
        vta work on it.
      
        relay_prog = graph_pack(
                      //....
                      start_name="nn.add",
                      stop_name="nn.add",
                      start_name_idx=0,
                      stop_name_idx=4)
      
        to apply on new network, by printing the network we can get index information like following.
      
        print(mod.astext(show_meta_data=False))
        relay_prog = graph_pack(mod
                                ...
                                start_name="nn.add",
                                stop_name="nn.add",
                                start_name_idx=0,
                                stop_name_idx=4)
      
      * address review comments and fix index count bug
      
      issue:
      when do print(mod), the output not only the Call is also have other type
      like Var, need add logic to count all except meta.
      
      solution:
      add related logic
      
      * address review comments.
      
      * address review comments
      
      * add more detail comments.
      Hua Jiang committed
  4. 22 Jan, 2020 4 commits
  5. 21 Jan, 2020 4 commits
  6. 20 Jan, 2020 3 commits
  7. 19 Jan, 2020 3 commits
  8. 18 Jan, 2020 3 commits
  9. 17 Jan, 2020 9 commits
  10. 16 Jan, 2020 6 commits