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Appendix 367 A Implementation Details

Neural Information Processing Systems

W e are also committed to releasing the code. Implementation details for Stage 2. Our implementation strictly follows the previous work that also In this section, we briefly introduce our tasks. It requires the robot hand to open the door on the table. It requires the robot hand to orient the pen to the target orientation. It requires the robot hand to place the object on the table into the mug. We present the success rates of our six task categories as in Table 1.










0626822954674a06ccd9c234e3f0d572-Supplemental-Conference.pdf

Neural Information Processing Systems

All models can be trained entirely on CPUs on consumer grade Laptop machines within minutes orhours. Execution times per epoch for the single-cell data with 529 features are as follows: Base=0.9, Centering the first frame: For golfing and waving, the root point of the first frame is movedtotheorigin(0,0,0). To map putative transcription factor (TF) and target gene relationships, we use as a reference a regulatory network generated using the gene expression and chromatin accessibility features 15 available inthehuman immune cells dataset. Ourruleforsuccessfully mapping aTFtoatargetgene through achromatin peak isthatall TF, chromatin peak, and target gene, have to be simultaneously in the list of features selected in therank_genes_groupsfunction for cell type of interest, and there haveto be TF motifs linked to that transcription factor in the chromatin peak.