- A text index of Linux documentation using ISR
techniques. This would involve processing
online Linux documentation and producing a cross referenced
index data base.
-
Conversion of BioPerl routines to C++/C code using
the new C++/Mumps class libraries and macros.
Note: no biology required.
bio.perl.org - Main page
BioPerl Documentation.
-
Developing additional C/C++ toolkit classes, functions, macros and tools
for hierarchical data bases.
-
Developing a toolkit of C/C++ classes, functions and macros for
specific application areas such as IS&R, Data Base Management, etc.
-
Porting the hierarchical class library to MS Windows.
-
Experiments in indexing genomic data.
Some references are here .
Note: no biology required.
-
Modify the Berkeley Data Base RPC facility to incorporate
open SSL encryption of network traffic and user authentication.
-
Develop a 64 bit adressed multi-threaded direct access disk
I/O access method that can be shared by multiple concurrent local processes.
-
Build or modify a btree file system to incorporate
data encryption of file contents with multiple user
keys.
-
Devise a Linux shell based on the Mumps interpreter.
-
Modify the Mumps network code developed by Mike Janssen to incorporate
user authentication.
-
Experiments in building a distributed data base facility
using multiple networked machines to support parallel genomic data base searches.
(these are really big (>25GB) files - can you distribute the data
across multipel machines and search it in parallel?)
This project could involve several people.
-
BioPerl implementation of Mumps hierarchical data base.
- Modify the Mumps iterpreter to become an Apache module
(httpd-mumps).
-
Develop Linux hosted cgi-based web interface for PostgreSQL
Relational Data Base System using Mumps.
-
Packaging Mumps distribution in rpm, deb, etc. format.
-
Conversion of VA (Veterans Administration) File
Manager to run with the Mumps Compiler.
-
Development of DLL implementation of Mumps
external Goto and Do commands.
-
Extend the Mumps interpreter to meet 95 ANSI standard.
-
Develop a Mumps to SQL data base mapping.
-
Rebuild Mumps compiler pattern matching operator code to
comply with current standard using regex, if possible.
-
Conversion of interpreted Mumps functions to compiled
functions for Mumps compiler.
-
Develop macro preprocessor for medical record systems, possibly
using M4
-
Development of a GNU-GPL, web based, medical record system.
-
Experiments in information storage and retrieval.
-
Conversion of output of the Mumps compiler from C to C++
and/or Java.
-
Use BLAST and/or FASTA to index documents.
-
Crash-proof the Mumps native globals file system.
-
Something you suggest that we agree upon.
See also 810:116 topic list
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