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zeng2019's Projects

kdd2019_k-multiple-means icon kdd2019_k-multiple-means

Implementation for the paper "K-Multiple-Means: A Multiple-Means Clustering Method with Specified K Clusters,", which has been accepted by KDD'2019 as an ORAL paper, in the Research Track.

kde icon kde

Idyll example post about kernel density

koreader icon koreader

An ebook reader application supporting PDF, DjVu, EPUB, FB2 and many more formats, running on Cervantes, Kindle, Kobo, PocketBook and Android devices

lorawan icon lorawan

An ns-3 module for simulation of LoRaWAN networks

mftdma-ns-3 icon mftdma-ns-3

A Dynamic Distributed Multi-Channel TDMA (DMC-TDMA) scheduling algorithm implementation for ns-3

mmptcp icon mmptcp

Maximum MultiPath TCP (MMPTCP) implementation in ns-3

mopso-wsn icon mopso-wsn

Routing in Wireless Sensor Network using Multiobjective Particle Swarm Optimization

mpandroidchart icon mpandroidchart

A powerful 🚀 Android chart view / graph view library, supporting line- bar- pie- radar- bubble- and candlestick charts as well as scaling, dragging and animations.

mptcp icon mptcp

MultiPath TCP (MPTCP) Implementation in ns-3

mptcp-1 icon mptcp-1

Linux Kernel implementation of MultiPath TCP

ns-3 icon ns-3

ns-3 suite with implemented RED with ECN support, TCP with ECN support, DCTCP, D2TCP and L2DCT.

ns2-dsmac icon ns2-dsmac

Extending ns2 to include a contention avoidance protocol for wireless sensor networks.

ns3-rdma icon ns3-rdma

NS3 simulator for RDMA over Converged Ethernet v2 (RoCEv2), including the implementation of DCQCN, TIMELY, PFC, ECN and shared buffer switch

optimized_leach icon optimized_leach

https://www.researchgate.net/project/Development-of-High-Performance-Wireless-Sensor-Network-based-on-Stochastic-Geometry-and-Graphical-Optimization-techniques-for-hybrid-Event-Monitoring-within-Deep-Belief-Network

pydata-book icon pydata-book

Materials and IPython notebooks for "Python for Data Analysis" by Wes McKinney, published by O'Reilly Media

rdtcp icon rdtcp

receive-oriented datacenter tcp or RCC

routing-algorithm-in-wsn-grid-based-approach- icon routing-algorithm-in-wsn-grid-based-approach-

The algorithm shows how the sensed data from the sensor nodes is being routed to the sink efficiently.The energy of the sensor nodes is very less and the cost of transmitting data of 1Kb from the sensor nodes to a distance of 100 meters is same as performing 3 billion instructions in a general purpose register.Thus there is a requirement in minimising the number of transmissions and length of transmission and every node in the network must be covered . So a Grid is chosen of dimensions m*m (where m is maximum distance the node can communicate) and among all the nodes a centre head is chosen where all the nodes in the grid sends the data to the cluster head and all the cluster heads sends data to nearest cluster head to save the energy until it reaches the sink

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