Questa pagina contiene un elenco di progetti per il corso di Laboratorio Software costantemente aggiornato.
Qui trovate anche una lista sintetica dei vari progetti proposti direttamente da me (eventualmente in collaborazione con altri docenti e dottorandi).
Per progetti nell'ambito della Robotica e dell'Intelligenza Artificiale, consultate il sito del gruppo AIR.
Questa lista contiene una sintesi dei progetti disponibili quest'anno (su richiesta, potrebbere essere ancora disponibili i progetti dello scorso anno).
In questa lista, i progetti compaiono a partire dagli inserimenti più recenti.
Goal of this project is to build an automated tool to convert the common chords listings into the LaTeX songbook style. The tool should be able to transpose the songs automatically during translation.
For two students, the project requires also to add a trailing reference of the chords contained in the song using the GCHORDS package.
Required skills: basic TeX/LaTeX knowledge, any regular expression parsing tool (Perl, Flex or Python regex).
Contact:
The Tar pit patch is designed to slow down the diffusion of worms.
Goal of this project is to support the Tar pit patch for Iptables, updating it to Linux kernel version 2.6.30 or newer.
Required skills: sound C programming. Kernel programming skills are not required, but will be achieved during the course of the project.
Contacts:
The project focuses on implementing new modules for an existing tool for php source code analysis in order to automatically detect possible vulnerabilities at static time.
The tool is coded in Ocaml, a functional/object-oriented programming language.
The project is suitable for 1 to 3 students, depending on the choice of modules to implement.
Contacts:
Titolo: Reconfiguration 4 Reliability Area: FPGA design Pagina: http://home.dei.polimi.it/miele/progetti.html#r4r
Titolo: Fault Injection and Analysis Framework for FPGA design Area: FPGA design Pagina: http://home.dei.polimi.it/miele/progetti.html#ffi
Titolo: Reliability-driven System-level Synthesis for Embedded Systems Area: HW/SW co-design Pagina: http://home.dei.polimi.it/miele/progetti.html#redse
Titolo: A Data personalization Framework based on Context-aware Preferences Area: Database systems Pagina: http://home.dei.polimi.it/miele/progetti.html#preferences
Contact: Antonio Miele - miele@elet.polimi.it
The goal of the project is to speed up the evaluation of game states in Go playing, using CUDA graphics hardware programming model.
The project is suitable for one to three students (depending on the algorithms chosen).
The development will be done in C using the CUDA Software Developers Kit and addressing the GNU Go implementation.
Contacts:
