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CSE Dept. Info BRAC University (ব্র্যাক বিশ্ববিদ্যালয়)'s CSE department has 26 courses in Course Hero with 811 documents and 2 answered questions.

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CSE Documents

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  • 86 pages notes.pdf
    • notes.pdf
    • BRAC University
    • Data Structure
    • CSE 220 - Fall 2014
    • Introduction to Computational Physics Physics 265 David Roundy Spring 2011 i Contents Contents Forward Expectations of this course . . Why python was chosen . . . . Approach used in math . . . . What is expected of classwork . ii . . . . . . . . . . . . .
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    notes.pdf

  • 14 pages Computational Physics Fall 2016 Antara.txt
    • Computational Physics Fall 2016 Antara.txt
    • BRAC University
    • Data Structure
    • CSE 220 - Fall 2014
    • #Step by Step Python Install Visual Python: 1. Go to https:/www.python.org/downloads/ and click the Download Python 2.7.12 button. 2. Install the downloaded file. Make sure it is installed into C:\Python27 a. According to the documentation this should al
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    Computational Physics Fall 2016 Antara.txt

  • 11 pages Computational Physics, Final Fall 2016 Antara.txt
    • Computational Physics, Final Fall 2016 Antara.txt
    • BRAC University
    • Data Structure
    • CSE 220 - Fall 2014
    • #Step by Step Python Install Visual Python: 1. Go to https:/www.python.org/downloads/ and click the Download Python 2.7.12 button. 2. Install the downloaded file. Make sure it is installed into C:\Python27 a. According to the documentation this should al
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    Computational Physics, Final Fall 2016 Antara.txt

  • 4 pages Class-3.docx
    • Class-3.docx
    • BRAC University
    • Data Structure
    • CSE 220 - Fall 2014
    • Date: 29th August 2016 Note: you can change the number of a, b, c and see what happens! Example 1: a=4 b=5 c=6 if a<b: print 'a is grater than b' Example: 2 a=8 b=5 c=6 if a>b: print 'a is grater than b' Example: 3 a=4 b=5 c=6 if a<=b: print 'a is less or
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    Class-3.docx

  • 1 pages assgn3.docx
    • assgn3.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Assignment 3 Problems from End of Chapter exercises, Chapter 2 (Digital Logic and Computer Design Morris Manno) 2-5, 2-6, 2-7, 2-9, 2-10, 2-11, 2-13,2-14,2-18,2-20,2-23 Problems from End of Chapter exercises, Chapter 4, Wakerly 4.6,4.7, 4.8
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    assgn3.docx

  • 1 pages DLD book.txt
    • DLD book.txt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Digital Logic and Computer Design by M.Morris Mano
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    DLD book.txt

  • 1 pages assign6.docx
    • assign6.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Assignment 6 Question 1: Construct a 16 X 1 multiplexer by using five 4x 1 multiplexers. Use block diagrams. Question 2: Implement the following Boolean function with a 8 x 1 multiplexer: F(A, B, C, D) = (0, 1, 3, 4, 8, 9, 15) Question 3: a) Implement the
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    assign6.docx

  • 30 pages Lecture 12_counter_Syn_asyn.ppt
    • Lecture 12_counter_Syn_asyn.ppt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE 260 DIGITAL LOGIC DESIGN Counters BRAC University 09/19/17 1 Introduction: Counters Counters are circuits that cycle through a specified number of states. Two types of counters: synchronous (parallel) counters asynchronous (ripple) counters Rippl
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    Lecture 12_counter_Syn_asyn.ppt

  • 54 pages Lecture 1.ppt
    • Lecture 1.ppt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE 260 Digital Logic Design Md. Shamsul Kaonain Khadija Rasul Aniqua Zereen ? PHONE or TAB 2 Lecture -1 Please Switch Phones OFF or Put them on SILENT Mark Distribution Participation & Attendance Assignments( 5 to 6) Quiz Lab Midterm Exam Final Exam 5 5
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    Lecture 1.ppt

  • 19 pages Lecture 14_Memory_v2.ppt
    • Lecture 14_Memory_v2.ppt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE 260 Digital Logic Design Memory BRAC University 1 What is Memory Unit? A memory unit is a collection of registers together with associated circuits needed to transfer information in and out of registers. Binary cell: An elementary unit of computer sto
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    Lecture 14_Memory_v2.ppt

  • 16 pages Revision Final_v1.pptx
    • Revision Final_v1.pptx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE260 Revision Final MSI a) Implement the following function with 8:1 mux F(A,B,C,D) =(0,1,3,4,8,9,15) b) Construct AND, OR and NOT gates using 2:1 MUXes. Then design XOR gate from AND, OR and NOT gates made using 4:1 MUXes. c) Use a decoder and encoder
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    Revision Final_v1.pptx

  • 51 pages Lecture 9_MSI Circuits.pptx
    • Lecture 9_MSI Circuits.pptx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • MSI Circuits Useful MSI circuits Four common and useful MSI circuits are: Decoder Demultiplexer Encoder Multiplexer Block-level outlines of MSI circuits: code input decoder mux select entity data entity data encoder demux select code output Decoders
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    Lecture 9_MSI Circuits.pptx

  • 28 pages Revision MID_v1.pptx
    • Revision MID_v1.pptx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Revision Midterm Number Systems Revision: Number System Here are 3 unsigned binary number: 1110101 1011110 A. add together the two smaller numbers B. multiply the result of (a) with the largest numbers C. Convert (4021.2)5to its equivalent decimal D. Conv
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    Revision MID_v1.pptx

  • 2 pages CSE 260 Summer 2016 Mid Term Exam.docx
    • CSE 260 Summer 2016 Mid Term Exam.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • No. of Pages No. of Questions 2 4 Department of Computer Science and Engineering MIDTERM EXAMINATION Summer 2016 CSE260: Digital Logic Design Total Marks: 80 Time Allowed: 1:15 hour Answer ALL questions Question No. 1 20 marks a) State the range of an 8
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    CSE 260 Summer 2016 Mid Term Exam.docx

  • 27 pages Lecture 14_Memory_v1.ppt
    • Lecture 14_Memory_v1.ppt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE 260 Digital Logic Design Memory BRAC University 1 What is Memory Unit? A memory unit is a collection of registers together with associated circuits needed to transfer information in and out of registers. Binary cell: An elementary unit of computer sto
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    Lecture 14_Memory_v1.ppt

  • 4 pages CSE 260 Mock Summer 2014 Final Exam.doc
    • CSE 260 Mock Summer 2014 Final Exam.doc
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • No. of Pages No. of Questions 4 8 A Department of Computer Science and Engineering Mock Final Examination Summer 2014 CSE260: Digital Logic Design Total Marks: 180 Time Allowed: 3 Hours Answer ALL questions Question No. 1 a) Write down the range of a 2s c
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    CSE 260 Mock Summer 2014 Final Exam.doc

  • 2 pages assgn1.docx
    • assgn1.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • 1. Do the following problems from the end of the chapter exercise of Chapter 1 of Digital Logic and Computer Design by Morris Mano : 1-1, 1-2, 1-3, 1-4, 1-5, 1-6, 1-7 2. Do the following problems from end of the chapter Drill problems of Chapter 2 of Digi
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    assgn1.docx

  • 9 pages Practice with 1's and 2's complement.pptx
    • Practice with 1's and 2's complement.pptx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Practice with 1s and 2s complement A. In 8 bit system, find the 1s and 2s complement of (26)10 B. Find the decimal representation of (11010011)2s C. Find the decimal representation of (11010111)1s D. In 2s complement system, find the negative value of (00
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    Practice with 1's and 2's complement.pptx

  • 4 pages CSE260 Summer 2015 Final exam question.pdf
    • CSE260 Summer 2015 Final exam question.pdf
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Student ID: Faculty Initial Department of Computer Science and Engineering FINAL EXAMINATION SUMMER 2015 CSE260: Digital Logic Design Total Marks: 150 Time Allowed: 2 hours 15 minutes Answer ALL questions Fill up Student ID and Faculty initial in the to
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    CSE260 Summer 2015 Final exam question.pdf

  • 22 pages Lecture 13_Register.ppt
    • Lecture 13_Register.ppt
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • CSE 260 Digital Logic Design Registers, Memory BRAC University Introduction: Registers An n-bit register has a group of n flip-flops and some logic gates and is capable of storing n bits of information. The flip-flops store the information while the gat
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    Lecture 13_Register.ppt

  • 38 pages Complements.pdf
    • Complements.pdf
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Digital Logic and Design (EEE-241) L t Lecture 2 Dr. M Dr M. G G. Abbas Malik [email protected] Picture Source: http:/www.vanoast.com/old-portfolio/digital-design-logo-one%5Ba%5D.jpg P i Previous llecture t y Digital Vs Vs. Analog y Digital Sy
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    Complements.pdf

  • 2 pages assign5_v1.docx
    • assign5_v1.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Assignment 5 Question 1: a) Design a half adder using NAND gates only. b) Design a quarter adder using NOR gate only (i.e. quarter adder that has only sum, no carry bit ) c) Design a 7 bit Adder-Subtractor for 1s complement number system. Question 2: Desi
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    assign5_v1.docx

  • 2 pages CSE 260 summer 2015 Mid Term Exam_sample.pdf
    • CSE 260 summer 2015 Mid Term Exam_sample.pdf
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • No. of Pages 2 No. of Questions 4 Department of Computer Science and Engineering MIDTERM EXAMINATION Summer 2015 CSE260: Digital Logic Design Total Marks: 100 Time Allowed: 1 hours Answer ALL questions Question No. 1 a) Given the following 4 variable boo
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    CSE 260 summer 2015 Mid Term Exam_sample.pdf

  • 2 pages assgn2_v1.docx
    • assgn2_v1.docx
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • 1. Convert the following numbers to sixteen bit ones complement binary numbers: (a) 3250010 (b) -1234510 (c) -210 2. Convert the following numbers to eight bit twos complement binary numbers: (a) 12010 (b) -1210 (c) -12010 3. Convert the following eight-b
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    assgn2_v1.docx

  • 2 pages CSE260 Spring 2016 Final exam question Solution.pdf
    • CSE260 Spring 2016 Final exam question Solution.pdf
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • Department of Computer Science and Engineering BRAC University FINAL EXAMINATION SPRING 2016 Question No. 6 : Rock Scissors Game Rock-paper-scissors is a game usually played between two people, in which each player simultaneously forms one of three shapes
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    CSE260 Spring 2016 Final exam question Solution.pdf

  • 4 pages CSE 260 Spring 2010 Final Exam.doc
    • CSE 260 Spring 2010 Final Exam.doc
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • No. of Pages No. of Questions 4 8 Department of Computer Science and Engineering Final Examination Spring 2010 CSE260: Digital Logic Design Total Marks: 120 Time Allowed: 3 Hour Answer ALL questions Question No. 1 a) Convert (101 0110 1100 1101 1110 . 110
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    CSE 260 Spring 2010 Final Exam.doc

  • 3 pages CSE 260 Spring 2014 Mid Term Exam.pdf
    • CSE 260 Spring 2014 Mid Term Exam.pdf
    • BRAC University
    • Digital Logic and Design
    • CSE 260 - Fall 2014
    • No. of Pages 3 No. of Questions 5 Department of Computer Science and Engineering MIDTERM EXAMINATION Spring 2014 CSE260: Digital Logic Design Total Marks: 155 Time Allowed: 2 hours Answer ALL questions Question No. 1 a) State the range of a 10 bit 2s com
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    CSE 260 Spring 2014 Mid Term Exam.pdf

  • 5 pages 2006 Fall Sol-Mid1-B.doc
    • 2006 Fall Sol-Mid1-B.doc
    • BRAC University
    • Programming
    • CSE 161 - Fall 2016
    • CSE-110 Midterm Name: _ ID: _ Question 1 [10 Points] Draw the flowchart of a program that reads marks of fifty courses and prints the maximum and minimum of those fifty marks. [Answer on the answer-script] Question 2 [10 Points] Draw the flowchart of a pr
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    2006 Fall Sol-Mid1-B.doc

  • 5 pages 2006 Fall Sol-Mid1-A.doc
    • 2006 Fall Sol-Mid1-A.doc
    • BRAC University
    • Programming
    • CSE 161 - Fall 2016
    • CSE-110 Midterm Name: _ ID: _ Question 1 [10 Points] Draw the flowchart of a program that reads marks of fifty courses and prints the maximum and minimum of those fifty marks. [Answer on the answer-script] Question 2 [10 Points] Draw the flowchart of a pr
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    2006 Fall Sol-Mid1-A.doc

  • 1 pages Practice Problems.docx
    • Practice Problems.docx
    • BRAC University
    • Data Structure
    • CSE 220 - Fall 2014
    • Practice Problems Adjacency matrix & adjacency list An adjacency list is given below. Draw the graph representation of it. A B M P U B P U X Null M U V Null P M X Null U V X Null V A B M X Null U V Null A graph is given below. Draw the adjacency matrix re
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    Practice Problems.docx

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