Abstract: Techniques for performing horizontal reductions are described. In some examples, an instance of a horizontal instruction is to include at least one field for an opcode, one or more fields to reference a first source operand, and one or more fields to reference a destination operand, wherein the opcode is to indicate that execution circuitry is, in response to a decoded instance of the single instruction, to at least perform a horizontal reduction using at least one data element of a non-masked data element position of at least the first source operand and store a result of the horizontal reduction in the destination operand.

Abstract: Embodiments of apparatuses, methods, and systems for adaptive dynamic dispatch of micro-operations are disclosed. In an embodiment, an apparatus includes a plurality of redundant execution units, a dispatcher, control hardware, a first counter, and a second counter. The dispatcher is to dispatch micro-operations to one or more of the plurality of redundant execution units, the micro-operations having a plurality of micro-operation types. The first counter to generate a first count of dispatches, during a window, of micro-operations having a first type of the plurality of micro-operation types. The second counter to generate a second count of dispatches, during the window, of micro-operations having any type of the plurality of micro-operation types. The control hardware is to cause a switch between a first mode and a second mode based in part on the first count and the second count.

Abstract: Disclosed embodiments relate to systems and methods to performing instructions structured to compute a plurality of cryptic rounds of the block cipher. In one example, a processor includes fetch and decode circuitry to fetch and decode a single instruction comprising a first field to identify a destination of a first operand, a second field to identify a source of a second operand comprising an input state, a third field to identify a source of a third operand comprising a round key. The processor includes execution circuitry to execute the decoded instruction to compute a plurality of cryptic rounds of the block cipher by performing a round function on data elements of the second operand and the third operand to generate a word.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language different from the first and second programming languages, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.

Abstract: Software specification translation includes: receiving a first software specification specified in a first programming language, a second software specification specified in a second programming language, a third software specification specified in a third programming language, the third software specification defining one or more data relationships between the first software specification and the second software specification. A combined representation of the first software specification and the second software specification is formed in a fourth programming language different from the first, second, and third programming languages. Connections are formed in the fourth programming language between a representation of the first software specification and the representation of the second software specification according to identified data relationships.