15 sample documents related to CS 385

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  final_exam_grades.pdf

  Stevens CS 385
  

  Student-ID 2281 6357 2874 6715 1980 3339 538 9814 9163 1296 3647 2679 9034 662 5242 1242 9274 2847 9087 1127 5814 462 7936 8173 8987 6697 6074 8615 684 1391 6512 5529 4727 8946 4108 2367 163 9037 8593 945 9148 8626 306 9613 9401 5863 4554 6448 1546 8
   
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  all_grades.v2.pdf

  Stevens CS 385
  

  Student-ID 538 4727 3291 9148 2679 8420 8295 5863 8173 1546 2874 9037 6832 6794 1296 462 9761 6709 163 8615 6697 5529 8357 945 6357 8626 1127 6448 8946 2847 8593 662 7936 9274 5242 3647 6715 9613 2367 1391 2281 1980 6512 6074 9688 8987 9087 275 9401
   
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  hw00.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 0 Due by Tue, Sep 2, 2008. Prof. Dietrich You are expected to learn enough of the C programming language to implement the algorithms covered in class. There is no way to learn a programming language other than by writing pr
   
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  hw2-ques3-sol.pdf

  Stevens CS 385
  

  CS385: Solutions for Problem 3, Page 106 Gadget Testing Drop the rst gadget from oors n , 2 n , and so on until either the oor i n a drop from which makes the gadget malfunction is reached or no such oor in this sequence is encountered before the
   
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  hw5.pdf

  Stevens CS 385
  

  CS 385 Homework 5 Due by Nov 3 1:00pm Prof. Dietrich Assignment 1. Do exercises 1 and 5 on page 176. 2. Apply the strong connected component nding algorithm discussed in class to the directed graphs in exercises 1 and 9a on pages 176-177. Recall tha
   
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  hw1sol.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 1 Due by Fri, Sep 12, 1pm. Prof. Dietrich Solutions 1. The sum of the 64 squares is 20 + 21 + 22 + . . . + 263 = 264 1. 2. The sum is S(n) = 12 + 22 + 52 + 102 + . . . + (n 1)2 + 1)2 . To get a lower bound, we use th
   
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  shw.pdf

  Stevens CS 385
  

  CS 385 Special Homework Assignment Due Nov 24, 1:00pm Prof. Dietrich Assignment Write a 2-page summary of either the article Scalable Parallel Programming with CUDA, in ACM Queue No. 6 Vol. 2, page 40, Spring 2008, or the article A Closer Look at GP
   
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  hw2.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment Due by Fri, Sep 19, 1pm Prof. Dietrich Assignment Do Levitin, problem 6, page 83 and problem 3, page 106. Implement both InsertionSort and QuickSort in C. Write a program sorttest.c which asks the user for two integers
   
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  hw3.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 3 Due by Wed, Oct 8, 2008, 1pm Prof. Dietrich Assignment Write a C program to do addition and subtraction of polynomials with integer coecients, such as 7x5 + 9x3 2x + 8. Implement a polynomial as a linked list of nodes,
   
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  hw6.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 6 Due Nov 17, 1:00pm Prof. Dietrich Assignment Use the le word4.dat and graph.dat (created in homework assign- ment 4) in a program which implements the word game. In this game, the user is asked to enter two ve letter wor
   
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  hw4.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 4 Due Oct 27, 1:00pm (UPDATED) Strongly suggested to submit by Oct 24, 1:00pm Prof. Dietrich Assignment Use the le word4.dat, construct the adjacency lists for a graph W = (V, E), in which the vertices are the words, and i
   
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  hw1.pdf

  Stevens CS 385
  

  CS 385 Homework Assignment 1 Due by Sep 12, 2008, 1pm Prof. Dietrich Exercises Know how to do: Levitin, Section 2.1, Exercise 10, page 52. Levitin, Section 2.3, Exercises 1-5, page 67. Levitin, Section 2.4, Exercises 1-4, page 76. Linear search
   
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  project.pdf

  Stevens CS 385
  

  CS 385 Semester Project: Idea approval by Fri, Sep 19, 1pm Prof. Dietrich Assignment If you havent done so already, read Part VI in GPU Gems 3, or the PDF from GPU Gems 2 on the course web site, the CUDA-related pages at www.nvidia.com, and the Gen
   
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  proposal.pdf

  Stevens CS 385
  

  CS 385 Semester Project Proposal Guidelines Prof. Dietrich Proposal due Sep 26, 2008, 1pm Abstract This is a suggested \"shell\" for your proposal. Expected length is 2-4 pages long. 1 Project summary Please provide a quick summary of your project
   
• 
  CUDA-Concepts.pdf

  Stevens CS 385
  

  Scalable Parallel with Is CUDA the parallel programming model that application developers have been waiting for? FOCUS Scalable Parallel FOCUS with _syncthreads() barrier synchronization Scalable Parallel threadIdx 0, 1, 2, ., blockDim1 blockI