TTA has no particular instruction s

TTA has no particular instruction set as compared to other off
the shelf available architectures. It is based only on one instruction
called ‘‘MOVE’’ [14] where computations are done as soon as the
data arrives on the triggering port of a functional unit (FU). The
operations selected to the FUs actually define the used instruction
set. Special function units designed by the programmer can be easily accessed by defining simple C-Language extensions. In the TTA
instruction there is a slot for each bus to specify its associated
move operation in a specific clock cycle. It more closely resembles
to a VLIW architecture but with reduced complexity as compared
to conventional VLIW architectures [15], as the processor is not
programmed by operations but by defining the moves to functional
units.

ผลลัพธ์ (อังกฤษ) 2:

TTA has no particular instruction Set As compared to Other off.
Available The shelf architectures. It is based only on One instruction.
Called '' MOVE '' [14] Where As Soon As The computations are done.
Data Port Arrives on The triggering of a functional Unit (FU). The
Operations Selected to The FUS actually de fi instruction NE The Used.
Set. Special function units designed by the programmer can be easily accessed by de fi ning simple C-Language extensions. In The TTA
instruction there is a Slot for Each Bus to Specify ITS Associated.
move operation in a speci fi C Clock Cycle. It more closely resembles
to a VLIW Architecture but with reduced Complexity As compared.
to conventional VLIW architectures [15], As The processor is Not.
programmed by but by de fi Ning The Moves Operations to functional.
units.

ผลลัพธ์ (อังกฤษ) 3:

TTA has no particular instruction set as compared to other off
the shelf available architectures. It is based only on one. Instruction
called '' MOVE '' [] where 14 computations are done as soon as the
data arrives on the triggering port of a functional. Unit (FU). The
operations selected to the FUs actually de fi ne the used instruction
set.Special function units designed by the programmer can be easily accessed by de fi Ning simple C-Language extensions. In the. TTA
instruction there is a slot for each bus to specify its associated
move operation in a speci fi C clock cycle. It more. Closely resembles
to a VLIW architecture but with reduced complexity as compared
to conventional VLIW 15 architectures [],! As the processor is not
.Programmed by operations but by de fi Ning the moves to functional
units.