zhanglong3211

Pinned Repositories

5G-planning-using-a-GA
An implementation of a genetic algorithm to solve the planning problem present in 5G cellular networks
Language:Python10
admission_control_simulation
A Python application that will simulate the effects of admission control on a single cell in a mobile cellular network.
Language:Python10
blockchain-IoT-PoC
A proof of conept python implementation of a blockchain utlizing the PBFT consensus algorithm for IoT configuration updating
Language:Python10
D2DRelayAssistedCellularNetworks
This is the code base for the paper "Stability of Device-to-Device Relay-Assisted Cellular Networks"
Language:Python10
mininet-wifi
Emulator for Software-Defined Wireless Networks
Language:Python10
my-pbft-simulation-py
Network simulation for PBFT (Practical Byzantine Fault Tolerance) consensus algorithm in Python
Language:Python10
PBFT_For_Blockchain
CS403 Distributed Systems final project at Sabanci University. Practical Byzantine Fault Tolerance Consensus protocol for blockchain applications.
Language:Python10
raft
非拜占庭节点的分布式共识算法Raft的python实现，欢迎fork和star。
Language:Python10
ambient-backscatter-comms
Reproduced results for 2 papers proposing PHY layer methods for AmBS comms.
Language:MATLAB00
bitcoin
Bitcoin Core integration/staging tree
Language:C++00

zhanglong3211's Repositories

zhanglong3211/bitcoin
Bitcoin Core integration/staging tree
zhanglong3211/DLTCongestionControl
Python code for simulation of IOTA network
zhanglong3211/python-ternary
:small_red_triangle: Ternary plotting library for python with matplotlib
zhanglong3211/PySyncObj
A library for replicating your python class between multiple servers, based on raft protocol
zhanglong3211/mininet-wifi
Emulator for Software-Defined Wireless Networks
1
zhanglong3211/ambient-backscatter-comms
Reproduced results for 2 papers proposing PHY layer methods for AmBS comms.
zhanglong3211/TMC
The project page of paper: Trusted Multi-View Classification [ICLR'2021 paper]
zhanglong3211/ternary_plots
MATLAB package for creating ternary plots
zhanglong3211/raft
非拜占庭节点的分布式共识算法Raft的python实现，欢迎fork和star。
1
zhanglong3211/my-pbft-simulation-py
Network simulation for PBFT (Practical Byzantine Fault Tolerance) consensus algorithm in Python
1
zhanglong3211/blockchain-IoT-PoC
A proof of conept python implementation of a blockchain utlizing the PBFT consensus algorithm for IoT configuration updating
1
zhanglong3211/react_ipfs_ethereum
Using NFT (Non-fungible tokens) and Zero Knowledge to enable privacy and traceability of data sharing on the Blockchain
zhanglong3211/Federated-Learning-PyTorch
Implementation of Communication-Efficient Learning of Deep Networks from Decentralized Data
zhanglong3211/Mathematical-Model-Implementation
MATLAB code for classic mathematical modeling.
zhanglong3211/SPBFT
《一种面向区块链的优化PBFT共识算法》基础源代码
zhanglong3211/HoneyBadgerMPC
Robust MPC-based confidentiality layer for blockchains
zhanglong3211/pbft
Implementation of practical byzantium fault tolerance
zhanglong3211/cvxpy
A Python-embedded modeling language for convex optimization problems.
zhanglong3211/PBFT-1
Implemented the PBFT Consensus algorithm. PBFT is a fault tolerant algorithm which reaches consensus even having n/3 faulty nodes
zhanglong3211/5G-planning-using-a-GA
An implementation of a genetic algorithm to solve the planning problem present in 5G cellular networks
1
zhanglong3211/D.C.-Programming-Problem
D.C. (Difference of two convex functions) Programming problem
zhanglong3211/medium
Scripts for medium posts
zhanglong3211/PBFT_For_Blockchain
CS403 Distributed Systems final project at Sabanci University. Practical Byzantine Fault Tolerance Consensus protocol for blockchain applications.
1
zhanglong3211/TranStudy
边学边译
zhanglong3211/D2DRelayAssistedCellularNetworks
This is the code base for the paper "Stability of Device-to-Device Relay-Assisted Cellular Networks"
1
zhanglong3211/BlockChainSimpleDemo
基于Python3区块链简单Demo，帮助了解区块链。
zhanglong3211/go-dag
BlockDAG algorithms simulation.
zhanglong3211/pybft
Experiments with pBFT
zhanglong3211/optimal-beamforming
Simulation code for “Optimal Multiuser Transmit Beamforming: A Difficult Problem with a Simple Solution Structure” by Emil Björnson, Mats Bengtsson, and Björn Ottersten, IEEE Signal Processing Magazine, vol. 31, no. 4, pp. 142-148, July 2014.
zhanglong3211/classicPowerAllocation
This is a classic power allocation in a sparse femtocell network based on dual lagrange problem.