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phxpaxos

C++ Paxos library that has been used in Wechat production environment.

pic16f628

verilog project of pic16f628 microprocessor

picasso

A powerful image downloading and caching library for Android

picoblaze-library

The PicoBlaze-Library offers several PicoBlaze devices and code routines to extend a common PicoBlaze environment to a little System on a Chip (SoC or SoFPGA).

picorv32

PicoRV32 - A Size-Optimized RISC-V CPU

picotest

Single-header unit testing framework, subset of googletest

pikaq

分布式可靠消息组件

pipecnn

An OpenCL-based FPGA Accelerator for Convolutional Neural Networks

pix2code

pix2code: Generating Code from a Graphical User Interface Screenshot

pix2code-reimplement

pjsip

PJSIP is Open Source SIP, Media, and NAT Traversal Library

plugins

go-flutter implementations for popular Flutter plugins

plutosdr

基于PlutoSDR平台的FM收发机及其性能分析

poc

IP Core Library - Published and maintained by the Chair for VLSI Design, Diagnostics and Architecture, Faculty of Computer Science, Technische Universität Dresden, Germany

poc-examples

This repository contains synthesizable examples which use the PoC-Library.

pocketsphinx-android

pocketsphinx build for Android

pocketsphinx-android-demo

This is a demonstration for Pocketsphinx on Android

pokemontypesdeeplearning

Out of curiosity I took on the task of attempting to predict the type or category of a given Pokemon using its appearance, in particular its color, using a Deep Learning algorithm called Convolutional Neural Network or ConvNet

polar-3gpp-matlab

Matlab simulations of the encoder and SCL decoder for the New Radio polar code from 3GPP Release 15

polar-codes

Python implementation of Polar codes

polar-codes-software-matlab-

Polar Codes on Matlab Simulation.

polarcodes

PolarCodes inplemented in C++

polarcodes-1

Polar codes in C++

polarmask

Code for 'PolarMask: Single Shot Instance Segmentation with Polar Representation'

portapack-havoc

Custom firmware for the HackRF SDR + PortaPack H1 addon

pose-animator

posture_recognition_cnn

To help machines learn what we human beings are doing via a camera is important. Once it comes true, machines can make different responses to all kinds of human's postures. But the process is very difficult as well, because usually it is very slow and power-consuming, and requires a very large memory space. Here we focus on real-time posture recognition, and try to make the machine "know" what posture we make. The posture recognition system is consisted of DE10-Nano SoC FPGA Kit, a camera, and an HDMI monitor. SoC FPGA captures video streams from the camera, recognizes human postures with a CNN model, and finally shows the original video and classification result (standing, walking, waving, etc.) via HDMI interface.

pothossdr

Pothos SDR windows development environment

premake-core

Premake

probabilistic-programming-and-bayesian-methods-for-hackers

aka "Bayesian Methods for Hackers": An introduction to Bayesian methods + probabilistic programming with a computation/understanding-first, mathematics-second point of view. All in pure Python ;)