phil schniter - research

publications by topic

publications by date

research overview talks:

• Cross-Layer Rate Adaptation for Time-Varying Channels, April 2009. [abstract]
• Sparse Reconstruction via Bayesian Model Averaging, April 2009. [abstract]
• Efficient Multi-Carrier Communication over Doubly Selective Channels, June 2009. [abstract]

theses supervised:

• Carroll, Brian (MS 6/2009): ''Analysis of Sparse Channel Estimation''
• Das, Sibasish (PhD 1/2008): ''Analysis and Design of Pilot-Aided Multicarrier Systems over Doubly Selective Channels with a Local Subcarrier Processing Constraint''
• Liu, Hong "Iris" (PhD 7/2007): ''Frequency-Domain Equalization of Single-Carrier Communications over Doubly Selective Channels''
• Kannu, Arun P. (PhD 3/2007): ''Communications Over Noncoherent Doubly Selective Channels''
• Azarian, Kambiz (PhD 8/2006): ''Outage-limited Cooperative Channels: Protocols and Analysis''
• Murugesan, Sugumar (MS 7/2006), ''Training and Scheduling in the Non-Coherent MIMO Uplink''
• Margetts, Adam R. (PhD 8/2005), ''Joint Scale-Lag Diversity in Mobile Wideband Communications''
• Das, Sibasish (MS 11/2004), ''Turbo-Equalization of Pulse-Shaped Multi-carrier Modulation in Doubly Selective Channels''
• Kannu, Arun P. (MS 5/2004), ''Tracking of Doubly-Dispersive Channels''
• D'Silva, Siddharth (MS 10/2002), ''On OFDM in Doubly-Dispersive Channels ''
• Margetts, Adam R. (MS 10/2002), ''Adaptive Chip-Rate Equalization of Downlink Multirate Wideband CDMA ''
• Hu, Wei (MS 8/2002), ''Blind Equalization and Identification for Differential Space-Time Modulated Communication Systems''
• Bhukania, Bijoy (MS 8/2002), ''Detection of Differential Unitary Space-Time Modulation in Fast Rayleigh-Fading Channels''
• Albornoz, Jose (MS 8/2001), ''A Wideband Channel Sounder''

current supervisees:

• Hwang, Sungjun (PhD student): Noncoherent communication over time and frequency selective channels
• Murugesan, Sugumar (PhD student): Multiuser scheduling under limited feedback
• Aggarwal, Rohit (MS/PhD student): Cross-layer adaptation under limited feedback

public software packages:

• The BERGulator: A Matlab-5 simulation environment for blind fractionally-spaced equalization via CMA.
  
• SPANC-ME: Simulation PAckage for Non-orthogonal CDMA systems -- includes Minimum Entropy blind acquisition/equalization. (Cowritten with Don Anair).
  
• Direct Adaptive Linear Equalizer (DALE) Laboratory: A Matlab-5 simulation environment for trained fractionally-spaced equalization via LMS.
  
• Adaptive Linear Identifier (ALI) Laboratory: A Matlab-5 simulation environment for trained fractionally-space channel identification via LMS.
  

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