TLSR8278-E for Telink BLE Multi-Standard Wireless SoC TLSR8278

设计了一种基于蓝牙的可穿戴式睡眠呼吸暂停低通气综合征监测装置，通过该装置可以实时检测到睡眠呼吸暂停低通气综合征病人的睡眠呼吸状态。可穿戴技术实现基本生理信号的低负荷获取；蓝牙实现呼吸数据短距离无线传输且方便与PDA 或Android智能手机等手持终端通信，保证了对病人的连续实时监测。

网络安全运营中心建设指南

和米联客的视频资料相对应，本书以实例为基础，结合ZYNQ7的相关知识，对VIVADO中与ZYNQ SYSTEM PROCESS的使用进行了详细的介绍

Haps70 手册 Xilinx FGPA验证平台

在matlab/simulink库里搭建二阶RC电池模型，利用安时积分法对其进行估算，参数可用lookup table可调

Heterogeneous processing has become a hallmark of mobile SoCs, but designing cache coherency across these diverse processing elements can be difficult. Standard on-chip interfaces and network-on-a-chip (NoC) technology are the first step, giving architects IP to efficiently connect compute processing elements as different as CPUs, GPUs, and DSPs. Hardware IP to enable coherent communication between different types of compute engines is the next step. This white paper describes how Arteris’ Ncore IP can help architects design processors fully supporting coherency between heterogeneous elements. The Linley Group prepared this paper, which Arteris sponsored, but the opinions and analysis are those of the author.

0x01介绍 PySocks使您可以通过SOCKS和HTTP代理服务器发送流量。它是SocksiPy的现代分支，具有错误修复和其他功能。 0x02 安装 λ pip3 install Pysocks 0x03 测试 正常请求，httperror无法获得 加入socks5代理后，可以获得当前程序的全局代理可以 正常访问 import socket import socks socks.set_default_proxy(socks.SOCKS5, "127.0.0.1", 10808) socket.socket = socks.socksocket 0x04 测试代码 # -*-

这是基于EKF算法的SOC估算的模型，方便初学者学习该算法

使用Xilinx ZynqMP-SoC ultra96 FPGA的SoC加速器 从AXI-Lite到AXI-Full 作者：Minh Quang Tran和Nguyen Tien Dat Tran 主题：使用Xilinx Ultra96 FPGA加速图像处理领域的运营商 任务1有两个文件： 1_bitsteam file: Bitstream of MysteryReg IP core 2_mmap file: Test the MysteryReg IP core by reading and writing 4 registers of MysteryReg 任务2有4个文件夹： 1_MUL_AXI: AXI Multiplier implemented in Bluespec language 2_Bitstream: Bitstream of the the IP cor