Abstract: A technique to execute transpose and compute operations may include retrieving a set of machine instructions from an instruction buffer of a data processor. The instruction buffer has multiple entries, and each entry stores one machine instruction. A machine instruction from the set of machine instructions is executed to transpose a submatrix of an input tensor and perform computations on column elements of the submatrix. The machine instruction combines the transpose operation with computational operations into a single machine instruction.

Abstract: An integrated circuit that combines transpose and compute operations may include a transpose circuit coupled to a set of compute channels. Each compute channel may include multiple arithmetic logic unit (ALU) circuits coupled in series. The transpose circuit is operable to receive an input tensor, transpose the input tensor, and output a transposed tensor to the set of compute channels. The set of compute channels is operable to generate outputs in parallel, with each of the outputs being generated from a corresponding vector of the transposed tensor.

Abstract: A rock-fracturing mining explosive element; said explosive element subjected to an initial spreading against a target surface on impact of said explosive element with said target surface; said explosive element so constructed as to control the rate of spreading and compression against said surface prior to detonation.

Abstract: A rock-fracturing mining explosive element; said explosive element subjected to an initial spreading against a target surface on impact of said explosive element with said target surface; said explosive element so constructed as to control the rate of spreading and compression against said surface prior to detonation.

Abstract: A rock-fracturing mining explosive element; said explosive element subjected to an initial spreading against a target surface on impact of said explosive element with said target surface; said explosive element so constructed as to control the rate of spreading and compression against said surface prior to detonation.

Abstract: Embodiments include methods, apparatus, and systems for controlling multiple simulations. One embodiment is a method that includes executing plural architectural simulators being interconnected to form a platform for hardware simulation; placing at least one of the plural architectural simulators into a pause state; and automatically minimizing windows associated with the at least one of the plural architectural simulators.

Abstract: A rock-fracturing mining explosive element; said explosive element subjected to an initial spreading against a target surface on impact of said explosive element with said target surface; said explosive element so constructed as to control the rate of spreading and compression against said surface prior to detonation.

Abstract: Embodiments include methods, apparatus, and systems for controlling multiple simulations. One embodiment is a method that includes executing plural architectural simulators being interconnected to form a platform for hardware simulation; placing at least one of the plural architectural simulators into a pause state; and automatically minimizing windows associated with the at least one of the plural architectural simulators.