Application of BiPAP Pressure Noninvasive Ventilation in the Treatment of Patients with Acute Cardiogenic Pulmonary Edma BiPAP无创通气在治疗急性心源性肺水肿中的应用
Realization of Multi-channel Data Transmission Based on EDMA 基于EDMA的多通道数据传输的实现
And adopting the FIFO component and EDMA disposal technology ensure the system's real-time disposal ability. 采用了FIFO缓冲、EDMA数据传输方式等技术手段解决图像数据量大与实时处理之间的矛盾,为图像处理的实时性提供了保障。
The EDMA based capillary monolithic columns were applied for analysis standard human immunoglobulin G ( HIgG) and human serum. 第三章考察了基于二元交联剂(EDMA)的毛细管亲和整体柱在人免疫球蛋白G(HIgG)的分离分析中的性能和应用。
According to EDMA application in real-time image process-ing, the specific control ways and realization steps are given out. 结合实例给出EDMA在图像数据实时传输中的具体控制和实现方法。
The basic idea is that CPU accesses VCP through registers, while exchanging data between VCP and EDMA controller to realize decoding. 其基本思想是CPU通过寄存器控制VCP,并由EDMA控制器同VCP进行数据交互来实现译码。
Transferring Digital Video Signals by EDMA 用EDMA传输数字视频信号
This paper discusses the method of transferring digital video signals from smaller buffer to bigger memory and sorting them into a complete image by EDMA. 提出了如何利用EDMA将数字视频信号从较小的缓冲区转移到较大的存储器,经过排序组成一幅完整的图像的方法。
Data transit achieved by EDMA in real-time image processing system 实时图像处理系统中EDMA实现数据搬移
This paper introduces the application of DSP devices in the high-speed image acquisition, describes EDMA transmission mode and the initialization method of related registers. 本文主要介绍了DSP在图像高速采集中的应用。重点介绍了EDMA传输方式及相关寄存器的初始化。
The FLASH is regarded as booting memory which describes the configurations of the booting pins and registers and it analyzes the process that how to copy the program codes to DSP by means of EDMA and realizes the program codes by using Assembly Language. 文中以FLASH作为引导存储器,描述了引导引脚以及相关寄存器的设置,分析了采用EDMA传输方式将代码从FLASH复制到DSP的过程,并对引导程序给出汇编语言的代码实现。
This paper introduces the design of some general External Memory Interface and the DSP in modulation domain and pulse analyzer, and it provides the program of EDMA and the setting of the registers. 介绍了调制域及脉冲分析仪中使用的DSP(TMS320C6713)和几种常用外部存储器接口设计,并结合实际系统给出EDMA设计的程序,和寄存器的设置。
EDMA ( Enhance DMA) is used to realize input and output video data, and a scheme of two buffers is designed for input and output of video data in this paper. 本课题使用EDMA(EnhanceDMA)实现视频数据的输入输出,设计了双缓冲视频数据输入输出方案;
This improves the EDMA data transferring efficiency by 60%. 这一改进使得EDMA数据搬移的效率提高了60%多。
By using the EDMA channel linking mechanism of DSP, this system can transport video data from the FPGA unit to L2 cache of DSP without CPU interference, thus improving the performance and diminishing the system burden. 系统DSP部分巧妙利用EDMA传输链机制,在无需CPU干预的情况下,完成了视频数据从FPGA到L2的缓冲加载;
The results of analysis of Fe ( OH)_2 and SiO_2 in film by SEM, XPS and EDMA prove that the film has excellent corrosion inhibition performance. 运用SEM,XPS和EDMA等表征方法分析膜状物的成分为Fe(OH)2和SiO2,结果证明内层SiO2膜有很好的缓蚀作用。
By adding buffers, we implemented the pipelining of EDMA reads/ writes which enhances the parallel processing ability and hides the memory access latency. 通过增加使用缓冲器实现了EDMA读/写操作的流水化,提高了并行处理能力,隐藏了存储器的访问延迟。
The data transfer between ADC, DAC and DSP chip is implemented using EDMA controller in DSP. 通过高速ADC、DAC与DSP芯片之间进行DMA数据传输,实现了调制信号的实时采集和发送。
Transferring Digital Video Signal in Realtime Using EDMA 利用EDMA实时传输数字视频图像
Lappaconitine hydrobromide can prevent the edma of the edge of the anus of anorectal postoperative; 高乌甲素具有防止肛肠病术后肛缘水肿的作用;
In order to deal with the problem of large data of image and real-time processing, the technology of FIFO buffer. EDMA data transfer and so on are adopted in the hardware design, and all of the design and debugging for hardware is presented in the paper. 硬件设计中采用FIFO缓冲、EDMA数据传输方式等技术手段解决了图像数据量大与实时处理之间的矛盾,为视频监控的实时性提供保障,文中对硬件平台的设计调试做了详细的说明。
Verification results show that the EDMA can work properly and stable. 验证结果表明,本文的EDMA部件功能正确,工作稳定。
DSP system software design is emphasized, which includes DSP chip configuration, peripheral initialization, enhanced direct memory access ( EDMA) ping-pong buffering transmission. 重点介绍了DSP系统软件设计部分,包括DSP芯片配置、DSP外设初始化、增强型直接存储器访问(EDMA)、乒乓缓冲传输等底层软件设计,以及算法的设计实现。
The whole emulation system operation speed increases by using DSP high-speed operation capacity and EDMA technology. 仿真系统利用DSP的高速运算能力和EDMA并行传输技术,整体上提高了运算速度。
Memory optimization includes memory allocation and optimization with EDMA and Cache, while code optimization includes C code optimization and linear assembly language. 其中,存储器优化方面主要包括存储器分配、Cache优化、EDMA优化等;代码优化方面主要包括C代码优化、线性汇编等。
Design the interface between slow component and high speed component with EDMA. 使用EDMA传输解决外部慢速器件和高速处理器的接口问题。
The data sampled by the FPGA is sent to the slave-DSP through the EDMA to realize time-delay estimation and the results are transmitted to the main-DSP through McBSP. 从片DSP通过EDMA读取FPGA采集的数据并完成时延估计,并将结果通过McBSP发送给主片DSP。
We also use the strategy of memory storage for table design, the ping-pong cache design combined with the EDMA to reduce the computational complexity. 本论文还采用了用存储换效率的存表设计、结合EDMA使用的乒乓缓存设计,降低计算复杂度。
DSP uses EDMA technology to achieve high-speed image data transmission. 采用基于EDMA方式实现图像数据的高速传输。