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Relational Self-Attention: What's Missing in Attention for Video Understanding Supplementary Material
We use TSN-ResNet [11] as our backbone (see Table 1) and initialize it with ImageNet-pretrained weights [4]. We replace its 7 spatial convolutional layers with the RSA layers; for every two ResNet blocks from the third block in res2 to the second block in res5, each spatial convolutional layer is replaced with the RSA layer. For the bottlenecks including RSA layers, we randomly initialize weights using MSRA initialization [3] and set the gamma parameter of the last batch normalization layer to zero. We resize the resolution of each frame to 240 320, and apply random cropping as 224 224, scale jittering, and random horizontal flipping for data augmentation. Note that we do not flip videos of which action labels include'left' or'right' words, e.g., 'pulling something from left to right'.
A Numerical example of the EF problem
Only the constraints are presented here. Then, eq. 2 can be reformulated as follow: The complete optimal allocation of eq. 3 can be summarized by the following python script: """EF evaluation """ import copy import logging import os import cvxopt import numpy as np scalar = 10000 def cvxopt_solve_qp(P, q, G= None, h= None, **kwargs): P = 0.5 * (P + P.T) # make sure P is symmetric args = [cvxopt.matrix(P), The remaining two cases are additional edge cases related to the previous condition. The size and description of the dataset we used are presented in table. (see Table 6).
DifferentiableMultipleShootingLayers SupplementaryMaterial
Let φθ(z,s,t) be the solution of (2.1). In this paper,we propose to either use the forward sensitivity approach ofProposition 1ortorelyonthezeroth-order approximation ofparareal. Interpolation is used to obtain values ofz(t)without a full backsolve from z(T). C.5 BroaderImpact Differential equations are the language of science and engineering. We consider a parametrizationu,θ with parametersθ of the boundary controllerπ via a multi-layerperceptron.