Abstract:
A reconfigurable processor and an operation method thereof are provided. The reconfigurable processor may include: a controller configured to control operations of a first mode, in which a first portion of a program that does not utilize loop acceleration is processed, and a second mode, in which a second portion for the program that utilizes the loop acceleration is processed, based on whether an instruction to control parallel operations of the first mode and the second mode is executed; and a shared register file configured to transfer data between the first mode and the second mode.
Abstract:
An apparatus and method for sharing a function logic between functional units and a reconfigurable processor are provided. The apparatus for sharing a function logic may include a storage which is configured to store data which is received from two or more functional units in order to share one or more function logics, and an arbitrator which is configured, based on a scheduling rule, to transmit the data stored in the storage into the function logic.
Abstract:
Provided is a processor with a heterogeneous clustered architecture. The processor comprises a first cluster comprising a first functional unit configured to process a first type of instruction, and a register whose I/O ports are connected to I/O ports of the functional unit; and a second cluster comprising a second functional unit configured to process the first type of instruction and second type of instruction, and a second register whose I/O ports are connected to I/O ports of the second functional unit.
Abstract:
An adder for supporting multiple data types by controlling a carry propagation is provided. The adder includes a plurality of first addition areas configured to receive pieces of incoming operand data, wherein each of the plurality of first addition areas includes a predetermined unit number of bits, and a plurality of second addition areas configured to receive pieces of control data based on a type of the operand data and an operation type, wherein the plurality of second addition areas are alternately arranged between the plurality of first addition areas.