SHRUTIVANDANA SHARMA 
 
 
 
 
CV 
 
Research Statement 
 
Teaching Statement
 
 
 
 
Email:
Phone:
Fax:
 
 
Graduate course work: 
 
 
Static and dynamic optimization 
 
  •  
    		•
    IOE 511
    Continuous optimization methods
    with Prof. Romesh Saigal 
    Fall 2005 
  •  
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    IOE 611
    Nonlinear programming 
    with Prof. Marina Epelman
    Winter 2006 
  •  
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    EECS 600
    Function space methods in system theory 
    with Prof. Jessy Grizzle
    Fall 2007 
  •  
    		•
    EECS 558
    Stochastic control
    with Prof. Demosthenis Teneketzis 
    Fall 2005
  •  
    		•
    SI 787
    Matching mechanisms
    with Prof. Yan Chen
    Winter 2006 
     
     
    Stochastics 
     
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    		•
    EECS 501
    Probability and random processes 
    with Prof. Serap Savari
    Fall 2004 
  •  
    		•
    EECS 502
    Stochastic processes
    with Prof. Demosthenis Teneketzis 
    Winter 2005 
  •  
    		•
    MTH 511
    Statistical simulations and data analysis
    with Prof. Girja Shukla
    Winter 2003
     
     
    Economics 
     
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    		•
    ECON 617
    Advanced game theory 
    with Prof. Tilman Borgers
    Fall 2006 
  •  
    		•
    ECON 601
    Micro-I (Individual decision making) 
    with Prof. Lones Smith
    Fall 2006 
  •  
    		•
    ECON 602
    Micro-II (Game theory) 
    with Prof. Tilman Borgers
    Fall 2006 
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    		•
    ECON 603
    Micro-III (Market and general equilibrium, market failure) 
    with Prof. Yusufcan Masatiloglu 
    Winter 2007
  •  
    		•
    ECON 604
    Micro-IV (Information economics and mechanism design) 
    with Prof. Emre Ozdenoren
    Winter 2007
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    		•
    SI 786
    Public goods 
    with Prof. Yan Chen
    Winter 2006
  •  
    		•
    SI 652
    Electronic commerce
    with Prof. Michael Wellman
    Winter 2008 
     
     
    Operations management 
     
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    		•
    IOE 641
    Supply-chain management
    with Prof. Volodymyr Babich
    Fall 2006 
     
     
    Communication 
     
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    		•
    EECS 557
    Communication networks 
    with Prof. Mingyan Liu
    Winter 2005 
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    		•
    EECS 555
    Digital communication theory 
    with Prof. Wayne Stark
    Winter 2005 
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    		•
    EECS 550
    Information theory 
    with Prof. Serap Savari
    Fall 2007 
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    		•
    EE 623
    Detection and estimation theory 
    with Prof. Govind Sharma
    Winter 2004
  •  
    		•
    EE 620
    Application of CDMA to cellular communications
    with Prof. Ajit Chaturvedi
    Winter 2004 
     
     
     
    Research projects as part of course work: 
     
     
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    		•
    Competitive and cooperative inventory policies in a two-stage supply-chain 
    Course: Supply chain management 
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    		•
    Priceline's "name your own price system": An analysis as a reverse auction from Electronic-commerce perspective 
    Course: Electronic commerce 
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    		•
    Common casting, Harvard-Radcliffe Dramatic Club: An analysis as a matching market 
    Course: Matching mechanisms 
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    		•
    The dynamics of law clerk hiring: An experimental and computational investigation of proposals for reform of the market - A review 
    Course: Matching mechanisms 
  •  
    		•
    Dynamic team decision theory: An overview 
    [presentation | report] 
    Course: Stochastic control 
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    		•
    Transformation of generic differentiable functions to convex functions: necessary & sufficient conditions 
    Course: Nonlinear programming 
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    		•
    Externalities in wireless communication: A public goods solution approach to power allocation 
    Course: Public goods 
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    		•
    An intuitive understanding of throughput-delay trade off in ad hoc wireless networks 
    [presentation | report] 
    Course: Communication networks 
  •  
    		•
    Study of IEEE 802.15.3a physical layer proposals for Ultra Wide Band: Direct Sequence Ultra Wide Band & multiband Orthogonal Frequency Division Multiplexing proposal 
    [presentation | report]s 
    Course: Digital communication theory 
  •  
    		•
    Multi Carrier On-Off Keying: A bandwidth efficient modulation scheme for Fast Frequency Hopping Multiple Access systems 
    B.Tech. project, IIT Kanpur 
  •  
    		•
    Bandwidth efficiency comparison of Frequency Hopping Code Division Multiple Access & Frequency Hopping M-ary Frequency Shift Keying incorporating multiuser detection 
    Course: Application of CDMA to cellular communications