Cs302 Assignment

          CS 302 - Introduction to Algorithms

Spring 2018
Course Information

 

Instructor: Ananya Das Christman

Email: achristman 'at' middlebury 'dot' edu

Office Hours:  Mondays 2:45pm - 3:45pm & Wednesdays/Fridays 11:00am - 12:00pm, (and by appointment)
Office:

MWF 10:10am - 11:00am, MBH 219

Link to Course Schedule & Assignments

Course Announcements:

  • 3/5/18: Midterm will be on 3/20/18 from 6-7:15pm

Link to Course Information Sheet



Course Objective:

This course will focus on the design and analysis of algorithms. Topics include divide and conquer, graph algorithms, randomized algorithms, dynamic programming, and NP-completeness. We will also cover basic techniques for analyzing the efficiency of algorithms.

Learning Goals:

  • Have the tools needed to design an efficient algorithm for a problem (if such an algorithm exists)
  • Determine whether an algorithm you wrote solves a problem correctly
  • Have the wisdom and ability to determine when most likely a problem cannot be solved efficiently
  • Appreciate the creativity and beauty involved in designing efficient algorithms
Course Webpages/Resources:
  • go.middlebury.edu/canvas: This site will be used for posting solutions.
  • email: Course announcements will be made through Middlebury email. You are responsible for regularly checking your email to stay updated.

Textbook:

No required text but the following is a good reference and on reserves at Armstrong Library:

Introduction to Algorithms, by Cormen, Leiserson, Rivest, and Stein (CLRS). 3rd edition, Addison Wesley, 2009.  

Some homework problems may come from this book.

Course Grading:

Homework

40%

Midterm

25%

Class Participation/Attendance
5%

Final        

30%

Tutors:

Assignments will be due on Mondays, Wednesdays, and Fridays so evening tutors will be available (at least) on Sundays, Tuesdays, and Thursdays.

More info will also be posted at go/cstutors.


Homework:

Much of what is learned in this course will be from trying to solve the homework problems, so make a conscientious effort to complete them well. Some of the problems may be quite challenging so do not be surprised if some of them stump you; you are not expected to solve every homework problem perfectly.

Your solutions should be concise, correct, and legible. Understandability of the solution is as necessary as correctness. Expect to lose points if you provide a "correct" solution with an unclear write-up. As with an English paper, do not expect to turn in a first draft: it takes refinement to describe something well. If you can't solve a problem, briefly indicate what you've tried and where the difficulty lies. Don't try to pull one over on me. :)

Problem sets will be assigned roughly every 1.5 weeks, due by the first 5 minutes of class typically using the following schedule: if an assignment is out on Monday, it will be due the following Wednesday; if out on Wednesday, due the following Friday; if out on Friday, due the Monday after the following Monday. You are encouraged to discuss homework problems with classmates, but you must write up your solutions independently. Homework submissions must be typed. I encourage you to use LaTex, but you may use any editor.


Homework Submission
:

Written homework submissions must:

  • Be typed
  • Be stapled (points will be deducted for non-stapled submissions)
  • Be submitted as a hardcopy (I will NOT accept any electronic copies). If you are unable to submit a hardcopy in class due to illness, travel, etc., then make sure you either ask a friend or submit it to me before the due date (otherwise your submission will be counted as late). There are no exceptions - please don't ask.
  • Be submitted within the first 5 minutes of class on the due date.
  • Include the honor code with your signature on the top of the first page.

(Optional) Reflections:

After each homework solution is posted (three days after the assignment's due date), you will have the opportunity to earn back a portion of the points that you may have lost on the assignment. After reading and understanding the homework solutions, you may submit a reflection identifying and explaining your errors. Your reflection will be graded by one of your peers using a simple rubric to earn 50% (excellent), 30% (good), 15% (so-so), or 0%(gibberish/garbage) of the points back.  (I will provide more details on both the reflection and the grading rubric).

 

Exams:

There will be one midterm and one final.

Final Exam: Thursday, May 17, 9:00am-12:00pm


Class Attendance:

Since many of the topics covered in this class will not be directly from the textbook, it is extremely important for you to attend the lectures. Class attendance and participation will also make up a small but important portion of your grade. Your attendance/participation grade will be based on your attending class regularly and showing evidence that you are actively engaged in the class.

Please keep in mind that if you do miss class, you are responsible for any missed material. I will not reiterate material that has already been covered solely for students who missed the original lecture. If you miss class, you are certainly welcome to review topics with me during my office hours, but please do so only after reviewing the notes on line and discussing them with a classmate who was present during the lecture.


Lateness Policy:

You will be allowed three late days for the semester (including weekends/holidays). You must notify me before the due date if you are planning to use a late day (no exceptions). After the three late days, no late assignments will be accepted.

Computer and Cell Phone Policy:

You may use desktop or laptop computers (quietly) during lecture to take notes. You should not use computers during lecture for any other purposes (e.g. email, web browsing, games, work for other classes, etc.). You may not use cell phones during lecture, lab, or exams.

Disabilities Accommodations

Students with documented disabilities who believe that they may need accommodations in this class are encouraged to contact me as early in the semester as possible to ensure that such accommodations are implemented in a timely fashion. Assistance is available to eligible students through the ADA Office. Please contact Jodi Litchfield, the ADA Coordinator, at litchfie@middlebury.edu or 802-443-5936 for more information. All discussions will remain confidential.

Academic Honor Code:

Any form of plagiarism, including copying others' solutions or solutions posted on the web, is considered a violation of the honor code and will be heavily penalized. Note that allowing someone else to copy your solutions also violates the honor code. Any assignment that shows signs of plagiarism will be investigated and reported if necessary. Violations will result in a homework grade of 0 and will be reported to the academic judicial board.

Lectures covered = Lecture No 17 to Lecture No 23
Assignment Tools = Paint, MS Word, WaveDrom Editor

Assignment DeadLine = 03/July/2017

CS302 Assignment Objectives:

To learn about different decoders and to solve real time problems by analyzing waveforms and determine output from that and verification of circuit using ABEL coding.

CS302 Assignment Instructions:

It should be clear that your assignment will not get any credit if:
  • The assignment is submitted after due date. 
  • The assignment is submitted via email. 
  • The assignment is copied from Internet or from any other student. 
  • The submitted assignment does not open or file is corrupt. 
  • It is in some other format than .doc/docx. 
Please Note: All types of plagiarism are strictly prohibited.

For any query about the assignment, contact at CS302@vu.edu.pk

Important Note:

You have to provide all processing steps in all questions otherwise, marks will be deducted. Hand drawn pictures of waveform and images of tables/equations will be marked as ZERO.

Question No. 1 (Part - a)

[Marks = 10]

A Seven Segment Decoder is used to decode the given BCD number to display it onto the Seven Segment Display. Block diagram of this process is given in ‘figure 2’. 



Figure 1
Figure 2

 
‘Figure 1’ contains BCD inputs which are applied at BCD to 7 Segment Decoder as a waveform. Your task is to draw wave forms for all segment i.e. a, b, c, d, e, f, g for their respective inputs and also mention the BCD numbers which will be displayed on the Seven Segment Display in sequence for each combination of given inputs.

Question No. 1 (Part - b)

[Marks = 10]

You have to write ABEL input file code for a BCD-to-Seven Segment Decoder as discussed in question 1 (a). Your ABEL module must have two sections (Declarations & Test vector using a set) where IC name is 74LS47 and pins 6, 2, 1 and 7 will be used for A3, A2, A1 and A0 respectively as an input.

CS302 Assignment  No 3 Solution Spring 2017

You can download Cs302 Assignment no 3 solution file from the link below:

Cs302 Assignment Solution Download Link:

Cs302_assignment_no_3_solution.docx

Assignment Solution Sample Page Preview

CS302 Assignment  No 3 Solution Sample Page Preview 1

CS302 Assignment  No 3 Solution Sample Page Preview 2

CS302 Assignment  No 3 Solution Sample Page Preview 3

Assignment Solution Idea

CS302 Assignment  No 3 Solution idea Question no 1
CS302 Assignment  No 3 Solution idea Question no 2

Solution Idea = Solved by Syed Hasnat

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