1.
Research of DMA Module Design in 32-bits Floating-point DSP Processor;
32位浮点DSP处理器DMA模块设计研究
2.
The IP Core Design and Floating-point ALU Research in 32 Bits DSP;
32位浮点DSP处理器ALU研究及其IP核设计
3.
Research of IP Library Building of DMA Module in 32-bits Floating-point DSP;
浮点32位DSP中DMA模块IP建库技术研究
4.
Research on 32 Bit High-Speed Floating-Point Multiplier Design;
32位高速浮点乘法器设计技术研究
5.
Study on Track Circuit Signal Receiving Based on 32-bit Fixed Point DSP;
基于32位定点DSP的轨道电路信号接收研究
6.
The Development of a 32-Bit Floating-Point FFT IP Core Based on FPGA;
基于FPGA的高性能32位浮点FFT IP核的开发
7.
The address of a memory location at which a32- bit IEEE single-precision floating-point number can be accessed.
一个32位元的IEEE单精确浮点数字可以被存取的记忆体位置的位址.
8.
Research on Design and Verification of Cache for a 32-bit DSP;
一种32位DSP cache的设计与验证技术研究
9.
The Research and Design of 32bit Scalar Micro-processor in Video DSP XY-VDSP;
视频DSP XY-VDSP中32位标量微处理器的研究与设计
10.
Dynamic Compensation Controller Based on the Floating-Point DSP
基于浮点DSP的抽油机动态补偿控制器
11.
What is the advantage of a 32 bit native code compiler
32位本机代码编译器的优点是什么
12.
Firmware and Experiment Design on the Floating DSP Processor TMS320C6722B Experimental System
基于TMS320C6722B浮点DSP实验系统固件与实验设计
13.
The Floating-DSP Experimental System Hardware Design Based on TMS320C6722B
基于TMS320C6722B浮点DSP实验教学系统的硬件设计
14.
24 Fixed-point DSP Parallel Multiplier Design;
基于24位定点DSP的并行乘法器的设计
15.
Currently, IPv4 uses 32-bit addresses, which are represented as 4 bytes with dots between them.
目前，IPv4采用32位地址，这些地址有4个字节，中间用点来分开。
16.
Error: Float value overflow, at column (%0)%1
错误: 浮点值溢出，位于 (%0)%1 列
17.
The realization of the fast adder-subtracter for the 23 bit’s floating point numbers by VHDL
用VHDL实现的23位快速浮点数加减法器
18.
exposed location single buoy mooring
外港单浮筒系泊暴露定位单点浮泊开敞水域单点系泊