Electrical Engineering Computer

XIAOYU JIANG

**** ********* ****** #*** • Los Angeles, California–90007

********@***.***, 716-***-****

OBJECTIVE

An Entry-Level, Full-Time Position in Computer Networks & Software Development EDUCATION

University Of Southern California Los Angeles, CA

Viterbi School of Engineering Expected May, 2016

Master of Science - Electrical Engineering Computer Networks GPA: 3.21 Courses: Operating System, Computer Networks, Analysis of Algorithms, Wireless Networks, Design & Analysis of Computer Networks, Broadband Network Technologies, Internet & Cloud Computing Beijing University of Technology Beijing, China

Bachelor of Science with Honors - Electrical Engineering, GPA 3.85, June 2013 Courses: Data Structures, Programming Languages, Probabilistic Modeling of Computer Systems TECHNICAL SKILLS

• Languages: C/C++, JAVA

• Software tools: Amazon AWS, NS-3, Wireshark, OPNET, MATLAB

• Operating systems/Networking Protocols: Windows, Linux, UNIX and TCP/IP Protocol Suite ACADEMIC PROJECTS (Viterbi School of Engineering, University of Southern California) Operating Systems: Weenix Kernel Development

Developed, using C, the functionality of an existing incomplete Operating System “ eenix”, including Thread Management, Multiprogramming and Completed Virtual File System and Virtual Memory. Token Bucket Emulation using Multithreading Concept Developed, using C, a time-driven token bucket traffic shaper based on M/M/2 queue model. Developed, Using C, a “Doubly-Linked Circular List” for reading and sorting massive transaction records. Network Socket Programming

Developed & Simulated, using C/C++, an on-line Medical Appointment System in a Client/Server Environment using UNIX Sockets. Both Streamy (TCP) Sockets and Datagram (UDP) Sockets were used. Wireless Networks and Multiple Access Simulations

Simulated, using NS3 & Matlab, the saturation throughput performance of an IEEE802.11 Wi-Fi network, using CSMA/CA & binary exponential backoff algorithm, with multiple Transmitters communicating with an Access Point. The throughput performance was analyzed under different traffic patterns, data rates and packet sizes

Simulated, using C/C++ & Matlab, a Power Control Algorithm to allow multiple pairs of Transmitters and Receivers to communicate simultaneously over multiple, variable gain channels to achieve a desired SINR. Cloud Metric testing HiBench Benchmark

Analyzed the performance metrics of a cluster using HiBench on Hadoop clusters using Amazon EC2 and EMR.

Network Simulations

Simulated, using OPNET, the performance (Throughput/Delay) of Shared and Switched Ethernets Simulated, using OPNET, several Routing Protocols including RIP & OSPF, and evaluated their performances in the event of Link/Node Failures

Protocol Analysis

Analyzed, using Wireshark, the working of several Protocols such as DNS, DHCP & ARP

Contact this candidate