Difference between revisions of "Private:choudhary"

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Summary of accomplishments by Kaushik Choudhary.  
 
Summary of accomplishments by Kaushik Choudhary.  
 
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== 24 May 2010 ==
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* Implemented classes for the remaining tables - INT, SDT and PAT.
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* Still working on the pack function to pack the table data into sections. Placing the pack section in the main PSI/SI class so it can be used by all the tables.
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* Investigated test cases and found that the only independent test cases will be to use the section file generated from the tables and use it as a parameter for a utility to convert sections files into transport streams (sec2ts).
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* TODO: Test the sections generated with sec2ts for each of INT, SDT, PAT, PMT, TDT and NIT.
  
 
== 17 May 2010 ==
 
== 17 May 2010 ==

Revision as of 11:28, 25 May 2010

Summary of accomplishments by Kaushik Choudhary.

24 May 2010

  • Implemented classes for the remaining tables - INT, SDT and PAT.
  • Still working on the pack function to pack the table data into sections. Placing the pack section in the main PSI/SI class so it can be used by all the tables.
  • Investigated test cases and found that the only independent test cases will be to use the section file generated from the tables and use it as a parameter for a utility to convert sections files into transport streams (sec2ts).
  • TODO: Test the sections generated with sec2ts for each of INT, SDT, PAT, PMT, TDT and NIT.

17 May 2010

  • Studied Figure 9 on page 21 of "Design Document of Mobile TV Base Station" for use as reference design for implementation of PSI/SI tables in C++.
  • Started learning Python to understand old code for PSI/SI tables implemented in Python.
  • Studied the specification documents for PSI/SI in DVB-h [2,3].
  • Implemented classes for PMT, TDT and NIT Tables (these add up to the classes that were already implemented by Farid).
  • Helped to compile FEC library.
  • Will implement C++ equivalent of Python's pack method in the Psisi class to avoid duplication in each of the tables.
  • TODO
    • Finish implementation of all classes for all the tables for PSI and SI.
    • Implement C++ equivalent for Python's pack method.
    • Perform unit testing before integrating into the main source branch.
    • Perform integration testing.


References

  1. Overview of PSI/SI
  2. DVB-H 300 468 SI Specification
  3. IP Datacast over DVB-H:PSI/SI