init_channel: 48 cell { channel: 48 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 1 channel: 48 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 2 channel: 48 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 3 channel: 48 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 4 type: REDUCE channel: 96 num_steps: 4 op { to: 2 type: SKIP_CONNECT } op { frm: 1 to: 2 type: SKIP_CONNECT } op { to: 3 type: MAX_POOL_3X3 } op { frm: 2 to: 3 type: SKIP_CONNECT } op { to: 4 type: MAX_POOL_3X3 } op { frm: 2 to: 4 type: SKIP_CONNECT } op { to: 5 type: MAX_POOL_3X3 } op { frm: 2 to: 5 type: SKIP_CONNECT } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 5 channel: 96 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 6 channel: 96 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 7 channel: 96 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 8 channel: 96 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 9 type: REDUCE channel: 192 num_steps: 4 op { to: 2 type: SKIP_CONNECT } op { frm: 1 to: 2 type: SKIP_CONNECT } op { to: 3 type: MAX_POOL_3X3 } op { frm: 2 to: 3 type: SKIP_CONNECT } op { to: 4 type: MAX_POOL_3X3 } op { frm: 2 to: 4 type: SKIP_CONNECT } op { to: 5 type: MAX_POOL_3X3 } op { frm: 2 to: 5 type: SKIP_CONNECT } concat: 2 concat: 3 concat: 4 concat: 5 auxiliary: true } cell { id: 10 channel: 192 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 11 channel: 192 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 12 channel: 192 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 } cell { id: 13 channel: 192 num_steps: 4 op { frm: 1 to: 2 type: SEP_CONV_3X3 } op { to: 2 type: SEP_CONV_3X3 } op { frm: 1 to: 3 type: SEP_CONV_3X3 } op { to: 3 type: SEP_CONV_3X3 } op { frm: 1 to: 4 type: SEP_CONV_5X5 } op { frm: 3 to: 4 type: DIL_CONV_5X5 } op { frm: 1 to: 5 type: SEP_CONV_3X3 } op { frm: 3 to: 5 type: SEP_CONV_3X3 } concat: 2 concat: 3 concat: 4 concat: 5 }