Information Theory Figures

Here are some block diagrams and other figures. Some of the .tex files may use macros that can be changed using a search-and -replace.

• Title: The distributed source-coding problem
• Description: block diagram showing a source coding problem in which the source is not observed directly
• Contributed By: Anand Sarwate
• File: dist_src_code.tex
• Format: PSTricks
• Citations:
  1. A.D. Sarwate. Observation Uncertainty in Gaussian Sensor Networks. Master's thesis, UC Berkeley, December 2005.

• Title: the Gaussian AVC
• Description: The Gaussian Arbitrarily Varying Channel with randomized encoding.
• Contributed By: Anand Sarwate
• File: rand_gavc.tex
• Format: PSTricks
• Citations:
  1. A.D. Sarwate and M. Gastpar. “Randomization bounds on Gaussian arbitrarily varying channels”, Proc. 2006 International Symposium on Information Theory, Seattle, WA, July 2006.

• Title: the Slepian-Wolf problem
• Description: Source coding with two seperate encoders and one joint decoder
• Contributed By: Hari Palaiyanur
• File: figure_slepianwolf.tex
• Format: Latex

• Title: Source coding with side information
• Description: Source coding with one encoder and decoder, side information available at the decoder only
• Contributed By: Hari Palaiyanur
• File: figure_sideinformation.tex
• Format: Latex

• Title: Point to point source coding
• Description: Source coding of a random variable, customize to your needs
• Contributed By: Hari Palaiyanur
• File: fig_ppsourcecoding.tex
• Format: Latex

• Title: Joint source channel coding
• Description: Joint source channel coding for a single source
• Contributed By: Hari Palaiyanur
• File: fig_sourcechannel.tex
• Format: Latex

• Title: Source coding with side information corrupted by BSC
• Description: Bernoulli 1/2 bits corrupted through BSC
• Contributed By: Hari Palaiyanur
• File: fig_binary_si_source_example.tex
• Format: Latex

• Title: Binary Erasure Channel
• Description: binary erasure channel
• Contributed By: Hari Palaiyanur
• File: bec.tex
• Format: Latex

• Title: Binary Symmetric Channel
• Description: binary symmetric channel
• Contributed By: Hari Palaiyanur
• File: bec.tex
• Format: Latex

• Title: the Gaussian AVC
• Description: A physically degraded Gaussian broadcast channel.
• Contributed By: Anand Sarwate
• File: degradedbc.tex
• Format: PSTricks
• Citations:

• Title: online jamming or relay channel
• Description: an online jamming channel or a relay channel (can be relabeled)
• Contributed By: Anand Sarwate
• File: relayjam.tex
• Format: PSTricks
• Citations:

• Title: channel with state
• Description: channel with state sequences (can be relabeled)
• Contributed By: Anand Sarwate
• File: avc.tex
• Format: PSTricks
• Citations:

• Title: channel with state information at the decoder
• Description: channel with state information at the decoder, feedback, and common randomness (can be relabeled)
• Contributed By: Anand Sarwate
• File: csi_decoder.tex
• Format: PSTricks
• Citations:

• Title: channel with rate-limited feedback
• Description: channel with rate-limited feedback (can be relabeled)
• Contributed By: Anand Sarwate
• File: fb_chan.tex
• Format: PSTricks
• Citations:

• Title: channel with nosy noise
• Description: channel with input-dependent state (can be relabeled)
• Contributed By: Anand Sarwate
• File: informed_jam.tex
• Format: PSTricks
• Citations:

• Title: multicasting channel
• Description: multicasting over channels with state (can be relabeled)
• Contributed By: Anand Sarwate
• File: mcast.tex
• Format: PSTricks
• Citations: