A magnetic resonance measurement apparatus comprising: a first storage unit ; a second storage unit ; a precedential processor unit arranged to identify, as a portion for a precedential process, a portion with a high density of instructions in execution information for executing a magnetic resonance measurement, and arranged to execute a precedential process to transfer, as a procedure entity, a first instruction sequence generated from the identified portion to the first storage unit and to generate, from the execution information, a second instruction sequence for transfer in which reference information for identifying the procedure entity is embedded in place of the identified portion; a unit transfer unit arranged to repeat sequential transfer of the second instruction sequence for transfer generated by the precedential process to the second storage unit in units of transfer from the beginning; a re-construction unit arranged to re-construct an instruction sequence for execution referring to the second instruction sequence for transfer from the beginning, sequentially transferred to the second storage unit , the re-construction unit arranged to re-construct the instruction sequence for execution by identifying the procedure entity on the first storage unit based on the reference information included in the second instruction sequence, and referring to the identified procedure entity; and a sequencer unit arranged to execute the instruction sequence for execution which is re-constructed, wherein the unit transfer is a streaming transfer, and generation of the second instruction sequence for transfer, transfer of the second instruction sequence for transfer, re-construction of the instruction sequence for execution, and execution of the instruction sequence for execution are executed in parallel to each other. a first storage unit ; a second storage unit ; a precedential processor unit arranged to identify, as a portion for a precedential process, a portion with a high density of instructions in execution information for executing a magnetic resonance measurement, and arranged to execute a precedential process to transfer, as a procedure entity, a first instruction sequence generated from the identified portion to the first storage unit and to generate, from the execution information, a second instruction sequence for transfer in which reference information for identifying the procedure entity is embedded in place of the identified portion; a unit transfer unit arranged to repeat sequential transfer of the second instruction sequence for transfer generated by the precedential process to the second storage unit in units of transfer from the beginning; a re-construction unit arranged to re-construct an instruction sequence for execution referring to the second instruction sequence for transfer from the beginning, sequentially transferred to the second storage unit , the re-construction unit arranged to re-construct the instruction sequence for execution by identifying the procedure entity on the first storage unit based on the reference information included in the second instruction sequence, and referring to the identified procedure entity; and a sequencer unit arranged to execute the instruction sequence for execution which is re-constructed, wherein the unit transfer is a streaming transfer, and generation of the second instruction sequence for transfer, transfer of the second instruction sequence for transfer, re-construction of the instruction sequence for execution, and execution of the instruction sequence for execution are executed in parallel to each other. <EOS>