When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型内存控制单元,此单元在完成访存操作同时,可并行执行多种为访存优化微操作,如自增量和自减量操作,且可实现循环队列支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究果表，根据面料及造型要求，先定吃势，求出袖笼直度增量，即可方便灵活、准确地制作西装袖。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型内存控制单元,此单元在完成访存操作同时,可并行执行多种为访存优化微操作,如自增量和自减量操作,且可实现循环队列支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究果表，根据面料及造型要求，先定吃势，求出袖笼直度增量，即可方便灵活、准确地制作西装袖。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的制单元,此单元在完成访操作的同时,可并行执行多种为访优化的微操作,如自增量和自减量操作,且可实现循环队列的支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型的要求，先定吃势，求出笼直度增量，即可方便灵活、准确地制作西图。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构的内存控制单元,此单元在完成访存操作的同时,可并种为访存优化的微操作,如自增量和自减量操作,且可实现循环队列的支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型的要求，先，求出袖笼直度增量，即可方便灵活、准确地制作西装袖图。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结存控制单元,此单元在完成访存操作同时,可并行执行多种为访存优化微操作,如自增量和自减量操作,且可实现循环队列支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型要求，先定吃势，求出笼直度增量，即可方便灵活、准确地制作西装。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多为访存优化的微操作,如自增量和自减量操作,且可实现循环队列的支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型的要求，先定吃势，求出袖笼直度增量，即可方便灵活、准确地制作西装袖图。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

种新型结构的内存控制单元,此单元在完成访存操作的同时,可并行执行多种为访存优化的微操作,如自增量和自减量操作,且可实现循环队列的支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型的要求，先定吃势，求袖笼直度增量，即可方便灵活、准确地制作西装袖图。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一新型结构的内存控制单元,此单元在完成存操作的同时,可并行执行多存优化的微操作,如自增量和自减量操作,且可实现循环队列的支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型的，定吃势，出袖笼直度增量，即可方便灵活、准确地制作西装袖图。

When the memory is accessed,the unit can execute some micro-operation which is optimized for memory access such as autoincrement and autodecrement in parallel and also support circular queue.

提出一种新型结构控制单元,此单元在完成访操作同时,可并行执行多种为访优化微操作,如自增量和自减量操作,且可实现循环队列支持。

The result shows that as long as the easing is determined, the armhole hypothenuse increment may be obtained and the twopiece sleeve drafting completed compatibly with the fabric and moulding.

研究结果表明，根据面料及造型要求，先定吃势，求出笼直度增量，即可方便灵活、准确地制作西。