| Sudoku Solver | Artificial Intelligence |
- Various ar ficial intelligence techniques like backtrack, genetic algorithms, simulated an nealing were used to solve Sudoku trying to reduce time and search space for larger dimesion sudoku's.
|
| Dr. K R Chowdhary - 6th Semester |
| XML Parser | Java |
- Software parses an XML Document for syntax errors & spelling errors. Draws XML Tree with options for modification, redrawing tree & dumping back to XML.
|
| Dr. Gaurav Harit - 6th Semester |
| Air Traffic Control Software | Python |
- Organize aircraft arrival to runway.
- Ensure no collisions occur, organize and expedite the flow of traffic, and provide Information and other support for pilots.
|
| Dr. Gaurav Harit - 5th Semester |
| Matrix Multiplication | 8085 |
- Implemented multiplication of matrices m × n & n × p.
- Simulator 8085.
|
| Dr. K R Chowdhary - 5th Semester |
| Properties of Hamming Graphs | Discrete Mathematics |
- Studied properties such as eulerian graph, connectivity, regularity, diameter etc.,
|
| Dr. Bhibhas Adhikari - 4th Semester |
| Dr. Arnab Datta - 3rd Semester |
| ATM Interface | C |
- Non-GUI style interface for ATM transactions.
- Functions - printing transactions, update records, keeping record of transactions in a separate log file etc., Libraries used - <unistd.h>, <time.h>
|
| Dr. Aushotosh Dwivedi - 1st Semester |
| Graph Problem | Algorithm Optimization |
- Awakening a swarm of robots given an awakened robot.
- Time Complexity: \(\Theta(n^2 \log n)\)
- Assumptions: Positions of sleeping robots known.
|
| Dr. Anupam Gupta - Summer 2013 |