搜索资源列表
nsdge
- Rapid expansion of random spanning tree algorithm, Matlab wavelet analysis on complex, matlab implements five gray correlation degree computing model.
bist 2017 paper
- A new low-power (LP) scan-based built-in selftest (BIST) technique is proposed based on weighted pseudorandom test pattern generation and reseeding. A new LP scan architecture is proposed, which supports both pseudorandom testing and deterministi
30085
- turbo c writing, and random fireworks animation, size, color, make their own adjustments. the the
vhdl_rand
- Linear Feedback Shift Register (LFSR)/Random number generator
Random_creat_2017
- 产生8bit随机数，采用线性反馈移位寄存器(The 8bit random number is generated by using linear feedback shift register)
pseudo_random
- 基于vivado Verilog的伪随机数发生器，采用LFSR算法，并对其进行了升级，使用反馈级联的思想，从最大周期为2^n提升为原来的3-5倍(Based on vivado Verilog pseudo random number generator, using LFSR algorithm, and upgrade it, using the idea of feedback cascade, from the maximum cycle of 2^n to 3-5 times the
lab2B(4)LFSR
- 实现4位二进制随机数的产生的verilog代码(Implementation of generation random 4 bits code in verilog)
random_check
- 随机码流中的报文捕捉器，Verilog编写，本报文捕捉器用于记录报文中数字信号“1”的个数。当报文捕捉器检测到随机码流中出现“1101”的序列后，确认为报头，并开始对后续正式报文中的“1”进行计数，针对AX516系统开发板(A message trap in a random stream, written by Verilog, is used to record the number of "1" in a message. When the packet capture
20180125_5M_01
- 基于verilog产生伪随机二进制序列，序列速率为5M(A pseudo-random binary sequence based on verilog.)
at7_ex04
- 通过LED闪烁控制器的代码，使用Vivado工具配置定义一个IP核，在用户工程中可随意添加这个IP核作为设计的一部分，如同Vivado自带的IP核一样方便调用和集成。(Through the code of the LED scintillation controller, the Vivado tool is configured to define a IP core, and the IP kernel can be added as part of the design at rando
16QAM
- 可以实现随机序列和16QAM的仿真，verilog语言编程，modelsim和QUARTUS联合仿真(It can realize the simulation of random sequence and 16QAM, Verilog language programming, Modelsim and QUARTUS co simulation.)
m4
- 小m4伪随机码产生+AMI编码 电路图形式，两者可分开(produce pseudo-random code,and then get it into AMI code)
0-999随机数
- 1. 设计并实现一个随机数生成电路，每2秒随机生 成一个0~999之间的数字，并在数码管上显示 生成的随机数。 2. 为系统设置一个复位键，复位后数码管显示 “000”，2秒后再开始每2秒生成并显示随机 数，要求使用按键复位。(1. Design and implement a random number generating circuit, which generates randomly every 2 seconds Form a number between 0 and 999 an