流水线结构

The result of experiment indicates that the pipeline adder is faster others.

实验结果表明流水线加法器的速度高于其它结构实现的加法器。

HQFSA can be easily realized by hardware. A parallel architecture as well as a pipelining architecture is proposed based on one-dimentional array processor with sequential inputs and processing with 100 percent efficiency.

在串行输入以100％效率并行处理的硬件结构的基础上，进一步采用并行处理结构和流水线处理的方式，并结合了分层搜索的思想。

This paper introduces the structure of the interpolation filter, which is suitable for VLSI. A new structure based on the Farrow structure of Lagrange is proposed, which can be used to improve the operational rate of the filter by pipelining and Parallel processing technology.

本文主要探求一种适合于VLSI实现的插值滤波器结构，在拉格朗日立方插值滤波器的Farrow结构基础上，融入了流水线技术和并行处理技术以提高滤波器运算速率。

For the partial products generation, the novel method of Booth encoding combined with partial products generating is put up, which can directly map the multiplicand and multiplicator to partition products without generating the BOOTH encoding results. For the optimization of Wallace tree adding, the series formulas of full-adder and 4-2 Compressor realization are introduced to guidance the selection. For the non-bias round, forwarding round disposal in Wallace tree method is brought forward to avoid the final multi-bit adder. Also, the idea of delay-oriented partition of the MAC frame is put up to achieve the perfect match with multi-pipeline DSP architecture.

提出了一种构建多模式算法最小并集的MAC通用结构思想与一种划分MAC通用结构以适应多流水级DSP处理器设计的通用MAC设计方法；对于BOOTH编码和部分积产生，提出了直接建立被乘数与部分积的多路选择映射关系的BOOTH编码和部分积联合产生方法；对于最优Wallace树型加法实现，提出了全加器和4-2 compressor电路实现Wallace树加法所需的关键加法路径级数公式以指导实现选择；对于无偏舍入处理，提出了在Wallace树处理舍入问题的舍入运算前置方法；提出了以时延为导向的MAC各部分单元组合与流水线匹配具体方法。

Some techniques, such as multiprocessor organization, pipeline, virtual memory, ring-protection of main memory, multiple memory modules with address interleaving, cache, RAS and 1/O standard interface, have been employed in the system. A simple form of single-arm-latch has been adopted. Operating system used in HDS-9 is symmetric to each processor.

此机在系统结构上采用多重处理机结构，流水线控制技术，虚拟存储器技术，存储器环状保护技术，存储器多模交叉访问，高速缓冲技术，RAS技术，统一标准接口的I/O系统；在工艺技术方面采用高密度组装技术，用SSI-TTL电路组成单臂门闩触发器系统；在系统软件方面采用匀称或平等的操作系统来处理多重处理机关系。

Some techniques, such as multiprocessor organization, pipeline, virtual memory, ring-protection of main memory, multiple memory modules with address interleaving, cache, RAS and 1/O standard interface , have been employed in the system. A simple form of single-arm-latch has been adopted.

此机在系统结构上采用多重处理机结构，流水线控制技术，虚拟存储器技术，存储器环状保护技术，存储器多模交叉访问，高速缓冲技术，RAS技术，统一标准接口的I/O系统；在工艺技术方面采用高密度组装技术，用SSI-TTL电路组成单臂门闩触发器系统；在系统软件方面采用匀称或平等的操作系统来处理多重处理机关系。

The ADC is pipelined, including a single-input/difference-output sample/hold circuit and nine stage subcircuits. The preceding eight stages are 1.5bits/stage, and the last stage consists of two comparators. Every input sample is converted into 18 bits binary signals, and these binary signals are converted into 10 bits binary signals through digital correction circuit.

模数转换电路采用流水线式的结构，包括具有单端输入/差动输出功能的采样保持电路和九级的子电路，前八级子电路使用1.5位/级的结构，最后一级使用两个比较器实现，每个输入值被转换为18位的二进制代码，通过数字纠正技术最终实现10位的输出，按照前端电路的应用要求，这个模数转换器实现1.33MHz的采样速率。

ADSP SHARC21060 is one of current digital signal processing boards based on super harvard architecture, and it' s architecture is designed to streamy parallel.

ADSP SHARC21060是一种基于超级哈佛结构的通用数字信号处理器，SHARC的结构被设计为流水线并行处理器。

This structure has the advantages of both the parallel property and high pipeline property of the systolic structure.

该结构既具有脉动阵结构的高度流水线特性，又具有一定的并行性。

And optimization techniques have been presented, which cover the key blocks of pipeline ADC, such as MDACs, Sub-ADCs, clock generator, digital correction circuits etc. This research focuses on minimizing power dissipation in high speed piplined ADCs.

接着从分析流水线模数转换器系统误差来源以及流水线各级精度要求入手，着重对系统结构、MDAC、Sub-ADC、时钟发生器、数字纠错逻辑等五大模块提出优化方案。

The labia have now been sutured together almost completely.The drains and the Foley catheter come out at the top.

此刻阴唇已经几乎完全的缝在一起了，排除多余淤血体液的管子和Foley导管从顶端冒出来。

To get the business done, I suggest we split the difference in price.

为了做成这笔生意，我建议我们在价格上大家各让一半。