biamp dsp

1. Introduction Robot visual servo system is an important research direction in the robot field. It originated in the early 1980s s and has made great progress with the development of computer technology, image processing technology, and control theory, some systems are in use. Visual servo is different from what we usually call machine vision. visual servo uses the principle of machine vision to automatically obtain and analyze images. From the directly obtained image processing feedback inform

The tms320c6678 is a 8-core DSP processor for the Keystone Architecture , with a frequency of up to 1.25 GHzper Corepac core, providing powerful fixed-point and floating-point arithmetic capabilities, At the same time the chip internal integration of multicore Navigator, RapidIO, Gigabit Ethernet and EDMA peripherals, due to the chip processing power, peripheral features rich, and on-chip integration of a large number of hardware accelerators, such as

Design of Image Acquisition System Based on OV6630 image sensor and DSP [Date:] Source: China Power Grid Author: Xu Jingshu, Fu huaming [Font: large, medium, and small] 　 0 Introduction DSP is an important technology developed based on programmable ultra-large-scale integrated circuits and computer technology, the fast data collection and processing functions of

Implementation of Multiple DSP image processing and recognition systems for Marine Search and Rescue [Date:] Source: China Power Grid Author: Bi Wenyu Zuo wenxu Bing, School of opto-electronics, Yantai University [Font:Large Medium Small] 　 Introduction Maritime search and rescue services are an important part of the national emergency rescue system and an important guarantee for national economic development. The adoption of adva

Part 1: Why DSP? Advantages of DSP architecture and DSP over traditional Analog CircuitsComparison between DSP and MCU: 1. Faster processing speed 2. Built-in high-speed hardware multiplier? Enhanced multi-level pipeline (high-speed data computing capability) 3. Improved larger storage structure the haver structure has

This is what I encountered when using DSP to implement a function, the program requires to get a character array within the specified position of the data.1. How to declare an array:There are several ways to declare an array: CharCh[4] = {'a','b','C',};//mode 1 {} also can not fill in the data Charch2[]="Multi";//Mode 2 This way of declaring the most stable in the development of DSP engineering Cha

Basic class DSP/bios api call I. Clock management CLK(1) uns ncounts = clk_countspms (void)Returns the counter value of the timer high-resolution clock per millisecond.(2) lguns currtime = clk_gethtime (void)The Return Value of the high-resolution clock exceeds 32 bits and returns to zero.High-resolution clock is the DSP clock divided by (tddr + 1)(3) lguns currtime = clk_getltime (void)The Return Value of

For more information about datasheet translation, see datasheet 3.9.6. --------------------------------- 3.9.6 reset Sequence When the reset # signal is low, the clock generator enters the bypass mode. At this time, the input clock is set to clkin or x2/clkin Based on the gpio4 status. When the level of the reset # pin changes from low to high, the following events are performed in sequence. Gpio6 and gpio7 are sampled at the rising edge of the reset signal. The status of gpio6 and

What is IOMath for floating-point to fixed-point operations? dsp, iomathdsp [Post Source: blog.csdn.net/lanmanck] I did not find it suitable for searching on the Internet. I will share it with you. We all know that there are few CPUs in the embedded system with floating-point operation instructions, and TI's DSP is also cheap. So what should we do if we want to increase the floating point speed during op