Education
2012 Master of Computer Science University of New Brunswick (UNB) Fredericton, NB, Canada
A Distributed Spatial Data Structure: Used a p2p random DS (Rainbow Skip Grapgh) to create a fault tolerant distributed spatial DS for performing orthogonal range searches.
Courses: Spatial DS, Parallel Programing (CUDA), Adv. Algorithm Design, AI, Compiler
2009 Bachelor of Software Engineering Shahid Beheshti University, Tehran, Iran
Image registration using Radon transform: Used Radom transform to extract line features of images for aligning pictures one based on the other (Application Ex: Camera Panorama)
2002 High School Diploma in Physics and Mathematics
Publications
Pouya Bisadi, Mirikharaji, Z. & Bradford G. Nickerson:
A fault tolerant peer-to-peer spatial data structure. Springer 2016 We present a fault tolerant constant degree dynamic Distributed Spatial Data Structure called DSDS that supports orthogonal range search on a set of N d-dimensional points published on n nodes. We describe a total order binary relation algorithm to publish points among supernodes and determine supernode keys. A non-redundant rainbow skip graph is used to coordinate message passing among nodes. |
Pouya Bisadi, Bradford G. Nickerson: Orthogonal Range Search using a Distributed Computing Model. CCCG 2011
We present a novel approach for distributed orthogonal range search on a set of N points stored on n nodes. The non-redundant rainbow skip graph [Goodrich et al] is used to coordinate message passing among nodes. |
- Two-time winner of the Khawrazmi National Innovation (IROST) Youth Award (Iran 2002 and 2003)
- Virtual Physics Lab
- Function Drawer Application
- Nationwide University Entrance Exam, Ranked in the top %0.2 among 0.5 million participants, Iran, 2003.
- Proc. of 5th Iranian Image Processing and Machine Vision Conference (2008):
- Image registration using RADON transform
- Held a workshop in First Iranian Computer Games Seminar (2005):
- Elements that make video games more interesting
- Proc. of 1st Students Conference of Shahid Beheshti University (2005):
- Auto Mesh Generation for Finite Elements Calculation
- Auto Mesh Generation for Finite Elements Calculation
- Certificate of accomplishment, Mathematical Biostatistics online course, (2012 John Hopkins)