Iman Sadeghi 's Homepage: Projects

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Graduate (UCSD)

Undergrad (Sharif)

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	Iman Sadeghi 's Projects List:

Here you can find a complete list of my past projects. You can find My recent Graduate Projects at UCSD and also my Undergraduate Projects which are mainly course projects.

+ Be sure to check the my Rendering Competition 2007 project.
+ Don't miss my first so-called project!

Graduate Projects at University of California, San Diego


	My Global Illumination Renderer: Mirage

Mirage - April 2007 upto Now
Check out the project page for my global illumination renderer "Mirage". I have been developing my raytracer since Spring 2007. Over time I have added a lot of advance features to it including:

+ Raytracing
+ Monte Carlo Path Tracing
+ Bi Directional Path Tracing
+ Light Tracing
+ Photon mapping

+ Fast Intersection Test by Bounding Volume Hierarchies
+ Fast Intersection Test by SSE-SIMD Intrinsic

+ Depth of Field
+ Beer-Lambert Absorption
+ Light Interference
+ Stratified Supper Sampling

+ Many more ...

Implementation: C++

See Mirage's Project Description Page

See Mirage's Image Gallery


	CSE291: 3D Geometry Processing	Prof. Matthias Zwicker


	VTK: Bilateral Denoise Filter - Winter 2008 Instructor: Prof. Matthias Zwicker In this project I developed a VTK pluggin that performs the Bilateral Mesh Denoising Filter on noisy data sets. This project was a class project for CSE291: 3D Geometry Processing Implementation: C++, VTK
	VTK: Visualizing Curvature - Winter 2008 Instructor: Prof. Matthias Zwicker In this project I exploited VTK functionalities to visualize the curvature of a triangulated mesh. This small project was meant to be an introduction to VTK visualization library. Implementation: C++, VTK


	CSE272: Advanced Appearance Modeling	Prof. Henrik Wann Jensen

Rendering Morpho Butterfly photo-Realistically! - Fall 2007

Instructor: Prof. Henrik Wann Jensen

Description: The goal of this project is to model the appearance of Morpho Butterfly photo-realistically. The wings of this butterfly have the property of structural colors also called iridescence. Besides, the light reflectance is anisotropic because of the orientation of the micro-structures on the scales of the wings.

You can check some rendered images and watch some short videos and read more information about the details of the project here.

Implementation: C++

Right after the deadline of the project my Morpho Butterfly arrived from Peru! My model captures the overall behavior but I could have done better if I had it earlier! ;)
	I was invited to have a talk about my project on this fantastic conference: Iridescence: more than meets the eye Arizona State University, Phoenix, Arizona. Feb 2008.
I presented my project in UCSD Research Expo. Feb 2008

Download the paper.

Watch the video.

Score: A+

Rendering Soap Bubbles! - Fall 2007

Instructor: Prof. Henrik Wann Jensen

Description: The goal of this project is to model the appearance of Soap Bubbles. A soap bubble is a very thin film of soap water that forms a sphere with an iridescent surface. To achieve a photo realistic rendering of soap bubbles and in general thin films one has to consider the wave-nature of light and the interference between different wave-lengths.

Check my rendered images and more information about the details of the project here.

Implementation: C++

Bi Directional Path Tracing with Multiple Importance Sampling
- Fall 2007

Instructor: Prof. Henrik Wann Jensen

Description: In this project I focused on an advanced rendering technique called Bi Directional Path Tracing with Multiple Importance Sampling this technique somehow combines the classic Path Tracing algorithm with Light Tracing algorithm and exploits the benefits of both techniques.

Check here for more info and more rendered images.

Implementation: C++


	SE207: Principles of Virtual Reality	Prof. Falko Kuester


	Interactive Visualization of Massive Point Collections; Aka Virtual Palazo Vecchio - Fall 2007 Instructor: Prof. Falko Kuester Description: The goal of this project is to interactively visualize massive point clouds retrieved from laser scanners. Ideally we want to fetch in the raw data and align them them together automatically and then visualize/remesh them efficiently to make a Virtual Reality Environment where user can interact with the constructed model in real time. The final output should be written compatible with CGLX on HIPerSpace and also it should run in COVICE/OpenCOVER on the StarCAVE systems. This project is part of The Search for Leonardo Da Vinci's "Battle of Anghiari" an undergoing project in CISA3. Recently, 60 Minutes program was shooting a documentary movie titled Lost Leonardo and they used this project for the visualization of laser scanned data from Palazzo Vecchio in part of the documentary. Implementation: C++ Tools: CGLX, COVISE/OpenCOVER, OpenScenGraph ... Virtual Reality Base Hardware: StarCAVE, HIPerSpace
	Anaglyph / Chromadepth Image Synthesis - Fall 2007 Instructor: Prof. Falko Kuester Description: The goal of this mini project was to generate Anaglyph and Chromadepth images from an arbitrary 3D model. I added the functionality of generating such images to my raytracer and I rendered my award winning image with the new functionality. For seeing these images in 3D you will need anaglyph and chromadepth glasses. Check the full description of this project here. Implementation: C++


	TOPSAN Logo Contest	topsan.org


	Logo Design Contest - Oct 2007 Description: There was a logo design contest for The Open Protein Structure Annotation Network webpage. I submitted the logo to the right and won the first prize and a free iPod nano awarded by the Associate Vice Chancellor for Research at UCSD, Prof. John Wooley. This was the description of the contest: Do you want to win a free iPod? Are you a creative person? Are you good with designs? If the answer is yes, then join this contest! We are looking for a creative logo design for our website (www.TOPSAN.org) The Open Protein Structure Annotation Network a portal for the scientific community to learn about protein structures determined by the Joint Center for Structural Genomics (www.JCSG.org). The design criteria is simple: relate our website theme (protein structures) and connecting to the scientific community. Implementation: Photoshop Gallery: Other submitted logos	First Prize!


	Summer Internship	Prof. Falko Kuester - CalIt²


	Aligning & Remeshing Huge Laser Scanned Point Clouds! - Summer 2007 Advisor: Prof. Falko Kuester Description: Summer Internship in the VisGroup at CalIt2 working under supervision of Prof. Falko Kuester. This project was the initiation of the visualization part of the The Search for Leonardo da Vinci's "Battle of Anghiari", an undergoing project in CISA3. In this project I focused on alignment of huge laser scanned point clouds and finding a way to automate this process. Implementation: C++ Tools: PolyWorks, Maya, 3DSMax, Pointools.


	ATLAS in Silico	Art Show in SIGGRAPH 2007 - CalIt²


	ATLAS in Silico - Art Show in SIGGRAPH 2007 - Summer 2007 Employer: CalIt2 Description: I worked in the Immersive Visualization Lab at CalIt2 as a graphics developer for ATLAS in Silico project, part of CAMERA project, demoed as an art installation in SIGGRAPH 2007. I did a lot of socket programming and MPI programming to make the ATLAS plugin distributed over the cluster of 16 computers with 32 processors. The show was demoed on the Varrier Display, an auto-stereoscopic tiled display, with 60 panels and more than 100M pixels. We used OpenCover environment over COVISE which is based on OpenScenGraph to make optimal use of the rendering hardware. SIGGRAPH 2007 Description: ATLAS in Silico reflects upon humanity's long-standing quest for an understanding of the nature, origins, and unity of life by interrogating metagenomics and its resultant shift from an organism-centric to a sequence-centric view of nature... (read more ...) SIGGRAPH 2007 List of Art Gallery Installations


	UCSD Rendering Competition 2007	Prof. Henrik Wann Jensen


	A Butterfly, A Water Drop & A High Speed Camera! - June 2007 Instructor: Prof. Henrik Wann Jensen Description: This project was the final project for the CSE168: Rendering Algorithm class which won the Grand Prize of UCSD's Rendering Competition 2007 and I awarded a paid trip to SIGGRAPH 2007 and NPAR 2007 as a result. I implemented my first raytracer in a 10 week quarter for this course. The name of the project is "A Butterfly, A Water Drop & A High speed Camera!". Of course I did not use a high speed camera for this project but I used my almost fast raytracer to generate this image. Yet it took me more than 12 hours to render the final image. My raytracer had many features including the followings: Features: + Depth of field + Photon mapping & caustics + Area lights & soft shadows + Bear Lambert law + Environment maps + Super-sampling & anti-aliasing + Bitmap/procedural textures + Bump maps + Montecarlo path-tracing + SSE-SIMD Support + ... Implementation: C++ Modeling Tool: Maya Technical details: Read more about the technical details of my project. UCSD Rendering Competition 2007 Past Rendering Competitions: + UCSD Rendering Competition 2006 + UCSD Rendering Competition 2005 + UCSD Rendering Competition 2004 + UCSD Rendering Competition 2003 In the Press: > Read "Butterfly Beats Kitchen!" article from the UCSD News Page about Rendering Competition 2007. > Read "A+ for C++ Butterfly!" article from Pulse Newsletter about my project.	Grand Prize!


	CSE168: Rendering Algorithms	Prof. Henrik Wann Jensen


	Project 0: Steinbach Screw! - Spring 2007 Instructor: Prof. Henrik Wann Jensen Description: The first project of CSE168: Rendering Algorithms course was about rendering the Steinbach Screw with only rendering spheres as primitives. Features: + Mono-primitive raytracer: Sphears + Lambertian shading Implementation: C++ Gallery: Check the result for all the students in the class here.	Score: 100/100
	Project 1: Basic Raytraycer! - Spring 2007 Instructor: Prof. Henrik Wann Jensen Description: In this project I wrote my first raytracer! All the surfaces had Lambertian shading properties. It was using the barycenteric interpolation for ray/triangle intersections and also for the interpolating normals. Features: + More primitives: sphere, triangles, bilinear patches + Bilinear patch intersection algorithm + Triangle intersection using Plucker Coordinates (x1.5 speedup) + SSE Triangle/Ray Intersection (~ x3 speedup) Implementation: C++ Gallery: Check the result for all the students in the class here.	Score: 114/100
	Project 2: Bounding Volume Hierarchies - Spring 2007 Instructor: Prof. Henrik Wann Jensen Description: In this project I added the bounding volume hierarchy to my raytracer to make the intersection test faster. I implemented BVH using surface area heuristics (SAH) and optimized my algorithm to find the fastest BVH with fewest ray/triangle intersection tests. I also optimized the process of creating the BVH to reduce the construction time as well. Features: + Build Bounding Volume Hierarchy (x100s speedup!) + Added Shadow Rays + Trace 4 rays at a time using SSE (~ x3 speedup) Gallery: Check the result for all the students in the class here. Implementation: C++	Score: 105/100
	Project 3: Shading and Texturing - Spring 2007 Instructor: Prof. Henrik Wann Jensen Description: I added different shading models to my renderer. Besides diffuse shading now it supports reflections and refractions according to Fresnel Law. I also added specular highlights to the model. I also implemented motecarlo path tracing and anti-aliasing. A big part of this project was about texturing. I had two kinds of procedural texture: Perlin noise and Worley noise procedural textures. I could also load bitmap textures and bump maps. Adding environment maps at the end added a lot to the final look of the images. Thanks to this website for its cool environment maps. Features: + Phong Shading model + Path tracing and antialiasing + Perlin noise procedural textures + Worley noise procedural textures + HDR environment mapping + Bump Mapping Gallery: Check the result for all the students in the class here. Implementation: C++	Score: 125/100
	Project 4: Rendering Competition 2007 Instructor: Prof. Henrik Wann Jensen Description: This project was the final project for the CSE168: Rendering Algorithm class which won the Grand Prize of UCSD's Rendering Competition 2007 and I awarded a paid trip to SIGGRAPH 2007 and NPAR 2007 as a result. I implemented my first raytracer in a 10 week quarter for this course. The name of the project is "A Butterfly, A Water Drop & A High speed Camera!". Of course I did not use a high speed camera for this project but I used my almost fast raytracer to generate this image. Yet it took me more than 12 hours to render the final image. My raytracer had many features including the followings: Features: + Depth of field + Photon mapping & caustics + Area lights & soft shadows + Bear Lambert law + Environment maps + Super-sampling & anti-aliasing + Bitmap/procedural textures + Bump maps + Montecarlo path-tracing + SSE-SIMD Support + ... Implementation: C++ Modeling Tool: Maya Technical details: Read more about the technical details of my project. UCSD Rendering Competition 2007 Past Rendering Competitions: + UCSD Rendering Competition 2006 + UCSD Rendering Competition 2005 + UCSD Rendering Competition 2004 + UCSD Rendering Competition 2003 In the Press: > Read "Butterfly Beats Kitchen!" article from the UCSD News Page about Rendering Competition 2007. > Read "A+ for C++ Butterfly!" article from Pulse Newsletter about my project.	Grand Prize!


	CSE169: Computer Animation	Prof. Steve Rotenberg


	Forward Kinematics - Winter 07 Instructor: Prof. Steve Rotenberg Description: Write a program that loads a character skeleton from a .skel file and display it in 3D. All joints in the skeleton will be 3-DOF rotational joints (ball-and-socket joints) that rotate in x first, then y, then z. The program should perform the forward kinematics computations to generate world space matrices for the joints. The program is able to load any skel file given to it, and accept a .skel file name as a command line argument. If no file name is given, it defaults to 'test.skel'. It also has the ability to select a current DOF and adjust its value interactively. Implementation: C++, OpenGL.	Score: 17/15
	Skinning Algorithms - Winter 07 Instructor: Prof. Steve Rotenberg Description: rite a program that loads a character skin from a .skin file and attach it to a skeleton (loaded from a .skel file). The skin should be rendered with shading using at least two different colored lights. The program should allow some way to adjust DOF values in the skeleton. It has keys for next/last DOF and increase/decrease value. Also it uses widgets in a GUI to adjust the values or allow the user to interactively pick a joint and adjust it with the mouse. The program is able to load any .skin and .skel file given to it, and accepts .skin and .skel file name as a command line argument. Implementation: C++, OpenGL.	Score: 17/15
	Facial Expressions - Winter 07 Instructor: Prof. Steve Rotenberg Description: The .morph file is for the extra credit morphing feature. It represents a modified version of some base skin, and only contains the data that is different from the base. It has an array of positions and an array of normals. There is an index with each one that specified which vertex of the original skin is modified. positions [numverts] { [index] [x] [y] [z] … } normals [numverts] { [index] [x] [y] [z] …. } Implementation: C++, OpenGL.
	Animation - Winter 07 Instructor: Prof. Steve Rotenberg Description: Write a program that loads a keyframe animation from an .anim file and plays it back on a skinned character. The program should be able to load any .skin, .skel, and .anim file given to it, and should accept them as command line arguments. The .anim file contains an array of channels, each channel containing an array of keyframes. For a simple example, see sample.anim. The sample is just a very basic example of an anim file and doesn’t correspond to any useful animation. The structure of the anim file is as follows: animation { range [time_start] [time_end] numchannels [num] channel { extrapolate [extrap_in] [extrap_out] keys [numkeys] { [time] [value] [tangent_in] [tangent_out] … } } channel { … } … } Extra Credit: +1: Display the animation curves for the active joint (or active DOF). It should show the curve itself, the actual keyframes, and the tangents. It can be in a separate window or overlayed in the main 3D window. +1: Write a simple channel editor that allows the user to insert a key at some arbitrary time, adjust the value of a key, delete a key, and select the tangent types and extrapolation modes. It could start by just loading a character (skel & skin) and allow the user to create channels for every joint, then save out the animation. (it should also be able to start with an existing animation). Implementation: C++, OpenGL.	Score: 17/15
	Cloth Simulation - Winter 07 Instructor: Prof. Steve Rotenberg Description: Make a simulation of a piece of cloth. It can use either spring/dampers or the more accurate method using triangular elements. It should demonstrate standard cloth interactions such as resistance to stretching (elasticity), damping, simple aerodynamic drag (wind), and collisions with the ground plane. Implementation: C++, OpenGL.	Score: 22/20

Undergraduate Projects at Sharif University of Technology

CSE447: Computer Graphics
1. Sunrise/Sunset Simulation - Spring 2005 Teacher: Dr.Jamzad Teammates: H.Vaezi Implementation: 1.Java 2.Flash Just working with BMP format and RGB colors: Saturating a bitmap picture as sun comes up and Desaturating it as the sun goes down.	Score: 1.25/1
2.1. Splines: 2D Spline Curves - Spring 2005 Teacher: Dr.Jamzad Implementation: C# .Net, OpenGL. Features: +Unlimited Control points [Add/Del/Move] +Bezier Splines +B-Splines +Beta Splines +Cardinal Splines +Hermite Splines	Best Project Score: 1.5/1
2.2. Splines: 3D Spline Surfaces - Spring 2005 Teacher: Dr.Jamzad Teammates: H.Vaezi Implementation: C++ .Net, OpenGL. Features: +Moving 3D control points in space +2 Spline Mode: Bezier and Cardinal +Rotating, Zoom in/out +Lighting +...	Best Project Score: 1.5/1
3.1. Fractals: Grass simulation - Spring 2005 Teacher: Dr.Jamzad Teammates: H.Vaezi Implementation: C++ .Net, OpenGL. Each single grass is a unique curve derived from simulation of throwing a ball upward with different velocities and directions. Features: +Wind and Whirlwind! +Rotating, Zoom in/out +Lighting +...	Score: 1.5/1
3.2. Fractals: Mandelbrot Set - Spring 2005 Teacher: Dr.Jamzad Implementation: Java, OpenGL. Features: +Unlimited Zoom In/Out +Different color spectrums +Different resolutions Rendering +...	Best Project Score: 1.5/1
4.1. Texturing, Shadowing & Transparency - Spring 2005 Teacher: Dr.Jamzad Implementation: C++ .Net, OpenGL. Features: +Reflecting surfaces +Shadowing +Texturing +Lighting +Unlimited Light sources +Add/Del 3D Objects +Transparent 3D Object +Scale/Move 3D Objects +Perspective projection +...	Best Project Score: 1.5/1
5. Animation: Torso - Spring 2005 Teacher: Dr.Jamzad Teammates: S.Miremadi Implementation: Borland C++, OpenGL. Torso is a flexible robot! Features: +Walking & Running Animation +Unlimited Light sources +Lighting +Shadowing +BMP Texturing +Add/Del Torsos +Male/Female Torsos +Speed up/down Torsos +...	Score: 1.25/1
CE324: Modern Information Retrieval
Persianblog Crawler - Winter 2006 Teacher: Dr.Abolhasani Teammates: M.Ghodsi, S.Monavvary, S.Miremadi Core Implementation: Java. Web Interface: HTML, PHP, Java Script. This project is available online and involves many parts, including: # crawling the Persianblog Iranian weblog host and retrieving the links of each weblog to others and finally extracting the Persianblog web-graph. # Implementing the global Page Rank Algorithm on the graph and rank weblogs according to their page rank value. # Implementing the global HITS Algorithm on the crawled graph and finding the most Authority weblogs and the most Hub weblogs among the whole available pages. # Implementing the local Query Based HITS Algorithm and finding relevant Authority weblogs and Hub weblogs among the related weblogs. Features: +Crawling more than 100,000 weblogs. +Beautiful web Interface! +Exploiting amazing shell scripts and awk magic abilities! +Finding the most linked pages inside and outside the Persianblog. +...	Best Project Score: 6.5/4
CE418: Systems Analysis & Design
I.M.S. Search Engine: Paper Management System - Summer 2005 Supervisor: Dr.Ghodsi Teacher: Dr.Habibi Teammates: M.Sepehrifar, S.Miremadi Core Implementation: Asp, Asp .Net, C#. Data Base: OLEDB, SQL. Web Interface: HTML, Java Script. Implementation and Design of a robust Search Engine over PDF format files for Syma System Co. This commercial project took three whole months to complete and we used Software Engineering Techniques to manage the complexity of the project progress. Features: +Parsing PDF files for searching. +Complex Query Syntax: :Wildcard search: Qu?ry \| Qry* :Boolean expressions: And \| Or \| Not :Similar spelling [Fuzzy]: ~Quary +Different user accounts and privileges. +...	Score: 20/20
CE414: Compiler Design
Semi Pascal Compiler - Summer 2005 Teacher: Dr.Jaberipour Implementation: Java, JavaCC. A compiler Implemented and designed for a semi-Pascal grammar. Taking the code as input it produces a semi-Assemblyx86 code. Also an interpreter is implemented to run the outputted code. Features: +Support of function calls +Support of Recursive function calls +Arrays with additional operations +Complex Math Expression evaluation +Different Loops: +while do/do while/repeat until +for to/downto step +Debugging and warning messages +comments +...	Best Project Score: 7/5
CE417: Artificial Inteligence
Optimal Searching for a simple Board Game - Winter 2005 Teacher: Dr.Sani Teammates: M.Sepehrifar. Implementation: Prolog. On a 7 slot board with two types of beans; Three Black beans on the right and Three White beans on the left. Legal movements include jumping 1 or 2 slot in each direction [costs 1] and jumping 3 slot in each direction [costs 2]. We want to find the minimum cost movements which leave the board with all the black beans left of all the white beans. Features: +Finding optimal solution :A* +Whit three different Heuristic Functions: Two Admissible and one none-admissible! +IDA: Iterative Deepening A +RTA: Real Time A +Hill Climbing : Steepest Ascend +Best First Search +Breadth First Search +Depth First Search +...	Best Project Score: 6/4
CE416: Computer Networks Lab.
1.Ethereal: Packet Sender/Receiver - Spring 2005 Teacher: Dr.Rokendini Teammates: M.Sepehrifar. Implementation: Visual C++, MFC. Using WinPcap Library we wrote an application that captures each single packet receiving by the computer and it could Pars its different layers headers. Also we can generate any desired packet and send it to any host. Features: +Online Capturing with a handy GUI! +Filtering packets according different protocols +Packets' Header Parsing +Generate any packet with desired source/destination IPs and Mac addresses. +...	Score: 2/2
2.Port Scanner - Spring 2005 Teacher: Dr.Rokendini Teammates: M.Sepehrifar. Implementation: Visual C++, MFC. To check if a desired port on a host is free or not we simply tried to connect to that port! Features: +User friendly GUI +Port's range scan +Host's (IP's) range scan +...	Score: 2/2
CE443: Computer Networks
Final Project: Network Simulation - Fall 2004 Teacher: Dr.Akbari Implementation: NS, TCL. Analyzing Data: Java, C++. Strange language is TCL! Features: +challenging with TCL! +Using Gnu's XGraph software to produce graphical diagrams +...	Score: 1.25/1.5
Midterm Project: SMTP Mail Client - Fall 2004 Teacher: Dr.Akbari Implementation: Java, Java Applet. Features: +Sending anonymous fake mails. +Sending HTML mails +Attachment files [with some problems!] +...	Score: 1/1
CE424 Operating Systems
Security Focus : SELinux Administration - Summer 2004 Teacher: Dr.Azmi Teammates: S.Miremadi. Implementation: 1. SELinux policie's special language. 2. C++ for monitoring. NSA's project SELinux [Security Enhanced Linux] is capable of having different policies to deal with different applications and different users. For example we wrote some policies and compile them to the OS so that only Authorized users could use ping command. (Even the root was prohibited) In the second part we monitored special system-calls by modifying/recompiling the kernel.	Best Project Score: 3/2
CE345: Design & Analysis of Algorithms
1.Divide and Conquer: Permuter - Winter 2004 Teacher: Dr.Ghodsi Implementation: C++. We have to perform a given permutation on 1..N numbers using a 2-permuter cells. The goal is to reach the minimum possible number of cells. Features: +Showing the results Graphically +...	Score: 1.25/1
2.Dynamic Programming: Paragraphing - Spring 2004 Teacher: Dr.Ghodsi Implementation: C++. Determining the distance of words in each line of a paragraph that minimizes a penalty function. Features: +Showing the results Graphically +...	Score: 1.25/1
3.Backtracking, Branch and Bound: Maximum Vertex Cover - Spring 2004 Teacher: Dr.Ghodsi Implementation: C++. Finding the maximum vertex cover in a given Graph using Branch and bound searching!	Score: 1/1
4.Flow Networks - Summer 2004 Teacher: Dr.Ghodsi Implementation: C++. A case of Flow Network problem with upper and lower bounds on edges.	Score: 0.75/1
5.The 2004 28th Annual ACM International Collegiate : Programming Contest World Finals: Problem F: Merging Maps- Summer 2004 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 1/1
CE244: Advanced Programming: C++
1.Graph Algorithms - Winter 2003 Teacher: Dr.Saniee Implementation: C++, C# .Net. Perform different Graph algorithms on a given Graph. Features: +pure OOP +Interactive GUI for creating Graphs +Intelligent Nodes which move until they reach the best possible view of the graph. (if the graph is planar they will produce the none-crossing edges view) +Saving/Loading graphs to/from files/internet +Implementing many graph algorithms: +Depth First Search +Breath First Search +Dijestra Algorithm +Finding Eulerian Tour +Finding Hamiltonian Cycle +Prim Algorithm +Graph coloring +...	Best Project Score: 400/300
2.Backgammon ;) - Winter 2003 Teacher: Dr.Saniee Implementation: C# .Net. What I like the most about this project is its production time: About a night and a half-day! Features: +Pure OOP +Neat and beautiful! +...	Score: 350/300
CE103: Computer Architecture
Hard Wired Design of a simple CPU - Summer 2005 Teacher: Dr.Sarbazi Azad Implementation: ICs, Wires & Bread Boards! A simple CPU with an 8bit Instruction Reg. and 6bit Program counter including an ALU with ADD/SUB functionalities. Features: +4x8bit Registers +Direct and indirect addressing modes +an EEPROM memory +Lots of LEDs for data representation! +...	Best Project Score: 20/20
CE254: Data Structures and Algorithms Fundamentals
1.Graph Coloring - Fall 2003 Teacher: Dr.Ghodsi Implementation: Java, Java Applet. Using Backtrack to color a given graph ! Features: +Visualizing the result +...	Score: 1.5/1
2.Mathematical Expressions Parsing and Evaluation - Fall 2003 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 1/1
3.Tri: Dictionary/Spell Checker - Winter 2003 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 1.25/1
4.KDTrees: Storing points DS - Winter 2003 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 1/1
5.Priority Search Trees: Intersecting Rectangles - Winter 2004 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 0.75/1
6.Extra Project - Oil Refinery - Winter 2004 Teacher: Dr.Ghodsi Implementation: C++. Features: +...	Score: 1/1
CE126: Computer Organization
Motorola 68k Stack Simulation - Spring 2003 Teacher: Dr.Karimifard Implementation: Java Applet. Features: +Parsing Assembly commands +Showing Registers' content +...	Score: 2/2
PHYS012: Physics II
1. Electric fields: Qualitative - Spring 2003 Teacher: Dr.Bahman Abadi Implementation: Delphi. Features: +Insert/Delete/Move charges +Beautiful GUI with visualization of the Electric field. +...
2. Magnetic fields: Quantitative - Spring 2003 Teacher: Dr.Bahman Abadi Implementation: Delphi. Features: +Insert/Delete/Move charges +Increase/Decrease Magnetic filed power +moving charges due to the force of magnetic field. +...
CE165: Computer Programming: Java
Snakes Game - Winter 2002 Teacher: Dr.Khosravi Implementation: Java, Java Applet. An Advanced version of famous Snake Game. Including very intelligent computer-snake agents. Bfs/Dfs snakes, Greedy snakes, Heuristic snakes and ... The competition between them is really fascinating! Features: +My first pure OOD and OOP experience. +different levels of Inheritance in the abstraction hierarchy +Cool game! +...	Best Project Score: 6.8/4
Reversi Client & Server - Winter 2002 Implemented For: An internal CE-Department contest. Implementation: Java. I wrote a Reversi-server for an internal contest in CE department which every contestant should write a Reversi-Client for competition with others. My server was the link between two clients and determined the legal movements or winner/looser etc. Also My Reversi-Client was one of the best clients and ranked 2^nd. Number one was implemented by H.Ahmadinejad. His heuristic function for evaluating the board was incredible. However, My client beat his several times!
CE108: Computer workshop
Designing This Webpage! - Winter 2002 Teacher: Ayat Webpages: HTML, DHTML, XHTML. Scripting: PHP, CSS, Java Script. Actually not this new webpage but the old webpage! I enjoy expert web design and vivid graphical stuff! Features: +Counter +IP filtering +Cookies +Guest book +Adding smilies +User List of students +...	One Of Best Pages Score: 20/20
PHYS011: Physics I
Earth, Sun & Moon Simulation - Fall 2002 Teacher: Dr.Bahman Abadi Implementation: Pascal. A Simple Simulation of Sun, Earth and Moon movements using physics formula.
My First Project at Middle School!
My First So-Called Project!