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| void * | tvm::runtime::hexagon::to_ptr (uintptr_t v) |
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| uintptr_t | tvm::runtime::hexagon::to_uint (void *ptr) |
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| constexpr int | tvm::runtime::hexagon::xyc_to_sm_16b (int y, int x, int c) |
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| constexpr int | tvm::runtime::hexagon::hwio_to_sm_16b (int width, int y, int x, int i, int o) |
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| constexpr int | tvm::runtime::hexagon::round_up (int v, int p2) |
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| uintptr_t | tvm::runtime::hexagon::nhwc_at (const DLTensor &a, int n, int y, int x, int c) |
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| uintptr_t | tvm::runtime::hexagon::hwio_at (const DLTensor &f, int y, int x, int i, int o) |
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| void | tvm::runtime::hexagon::blockize_hwc_16b (void *out, void *inp_flat, int height, int width, int depth) |
| | Function to "blockize" the flat input data The term "blockize" is used to mention that the data is stored in non-contiguous blocks. More...
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| void | tvm::runtime::hexagon::deblockize_hwc_16b (void *out_flat, void *inp, int height, int width, int depth) |
| | Convert back from non-contguous layout to a flat layout. More...
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| void | tvm::runtime::hexagon::chunkify_hwio_16b (void **out_ptr, int out_ptr_size, void *out, void *inp, int height, int width, int idepth, int odepth) |
| | Convert the layout of weights from flat to "chunked". The term chunked is explained below: More...
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| SDLTensor< 4 > | tvm::runtime::hexagon::prepare_nhwc (tvm::runtime::DeviceAPI *device_api, const DLTensor *nhwc_flat, bool copy_data) |
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| int | tvm::runtime::hexagon::calculate_num_weight_chunks (int64_t *shape_hwio) |
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| SDLTensor< 4 > | tvm::runtime::hexagon::prepare_hwio (tvm::runtime::DeviceAPI *device_api, const DLTensor *hwio_flat, int num_chunks, void **ptr_table) |
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| template<size_t N> |
| void | tvm::runtime::hexagon::release (tvm::runtime::DeviceAPI *device_api, const SDLTensor< N > &tensor) |
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