Xuan Gong

***A N Rolla, APT#*

573-***-****

Rolla, MO 65401

ablaa8@r.postjobfree.com

OBJECTIVE

To obtain a full time position as a Software Engineer

EDUCATION

Missouri University Science & Technology

December, 2010

(formerly University of Missouri-Rolla)

Ph.D Computer Science

GPA:3.824

Missouri University Science & Technology

May, 2008

M.S. Computer Science

GPA: 3.875

Nan Chang University

June, 2006

B.S. Computer Science

GPA: 79/100

EXPERIENCE:

Missouri S&T Computer Science Department

Rolla, MO

Graduate Research Assistant

Fall, 2007-present

Concern the optimal solution to join routing and link allocation problem,

with the objective of achieving maximum life time, given the energy and

bandwidth constraints.

Use the cross-layer design scheme to optimize network performance. This

cross-layer scheme combines routing, data rate control and link

transmission scheduling in one shot and fully utilizes the network

capacity.

Design the optimal solution to join routing and link allocation problem,

with the objective of achieving maximum life time, given the energy and

bandwidth constraints.

Design the cross-layer scheme to optimize network performance.

Formulate the NLP for the model, generate the scheme to convert NLP to LP

to solve the problem and propose the novel heuristics

Provide the sufficient condition to avoid the wireless collision in the

transmission and mathematically prove the accuracy of the sufficient

condition

Design the time-slot assignment algorithm to assign time slots to avoid

Hidden terminal problem and Exposed terminal problem and to achieve

collision-free globally.

Optimize the sufficient condition by evaluate the clique model, and

proposed the new condition to avoid the collision more efficiently

Implement the Clique problem, generate new model as LP

Design new interference model in multi-hop wireless network and do the

simulations using NS-2

Design interference model to decrease the total power of the network, solve

this ILP using lp_solve

Implement approximate algorithms to roll up the value, convert the ILP to

LP, and propose the efficient scheme to improve the performance

Implement designed algorithms using C++ and Java

Monitor a master student to finish his graduate thesis

Grade student's assignment and course project on Algorithm class and

Network Communication class

PUBLICATION:

Maggie X. Cheng, Xuan Gong, Lin Cai, "Joint Routing and Link Rate

Allocation Under Bandwidth and Energy Constraints in Sensor Networks", IEEE

Transactions on Wireless Communications 8(7): 3770-3779 (2009)

Maggie X. Cheng, Xuan Gong, Scott C.-H. Huang, "Improving Sensor Network

Lifetime Through Hierarchical Multihop Clustering", ICC 2009: 1-6

Maggie X. Cheng, Xuan Gong, Lin Cai, Ahmad Abdullah, "Transmission

Scheduling for CBR Traffic in Multihop Wireless Networks", WASA 2008: 298-

309

Maggie X. Cheng, Xuan Gong, Lin Cai, "Link Rate Allocation under Bandwidth

and Energy Constraints in Sensor Networks", IEEE Globecom 2008: 5123-5127

Maggie X.Cheng, Xuan Gong "Interference Modeling, Multipath Routing and

Link Rate Control in Multihop Wireless Networks", accepted by IEEE Globecom

2010 - Wireless Networking Symposium

Maggie X. Cheng, Xuan Gong, and Yibo Xu, "Throughput and Delay Optimization

with Configurable Trade-off in Multihop Wireless Networks", submitted to

DMAA (Discrete mathematics, algorithms and applications)

Maggie X. Cheng, Xuan Gong, "Maximum Lifetime Coverage Preserving

Scheduling Algorithms in Sensor Networks", submitted to Journal of Global

Optimization.

SKILLS:

Progamming Language: Java, C++, C#

Web development: HTML, CSS, XML, Javascript, Ajax, PHP/MySQL

Excellent understanding on data structure and algorithms

Very Strong Mathematics skills

Good understanding on OO techniques and principles

Good understanding on multi-thread, socket programming

Familiar with design patterns, both theory and implementation

Basic knowledge on web service: SOAP

Strong understanding on parallel computing, distributed system, Operating

Systems

Strong fundamentals on software development process, Software Test

Strong background on networking

Operating Systems: Linux, Mac, Windows

Sofeware: Xcode, VS2010

active learner and team worker

HONORS & ACTIVITIES:

CS Academic Achievement Award Fall, 2006

IEEE Student Membership

SELECTED COURSES:

Computer Communicaton And Networks Advanced Wireless Network

Analysis Of Algorithms Algorithmics II

New Trends In Massively Parallel Computing Introduction to

Operations Research

Distributed Operating Systems Markov Decision Processes

Advanced Network Security Network Performance Analysis And Modeling

Software Engineering II Software Testing and Quality Assurance

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