EC6009 Advanced Computer Architecture

EC6009 Advanced Computer Architecture Nov/Dec 2016 Anna University Question Paper

EC6009 Advanced Computer Architecture Nov/Dec 2016 Anna University Question paper Nov/Dec 2016 Here you can get Previous Year Question paper Recent Question Papers 2marks syllabus 2013 regulation etc.  To Score more in your semester exams Get best score in your semester exams without any struggle. Just refer the previous year questions from our website. At the last time of examination you won’t be able to refer the whole book. We know students find it difficult to score better in university exams so we make it easy to assemble, use, and even reuse the frequently asked questions. We are a library of questions which are asked frequently, all you need to do is to refer our website and get the EC6009 Advanced Computer Architecture Anna university Question paper Nov/Dec 2016

Students who are already keeping good score should use previous questions only for reference. It may help you to get full score. For such students a small advice is that, after studying the entire portions, one can use these recent year questions for revision. Our recentquestionpaper.com is meant for practicing and revising what one has studied and for you to assure pass mark who find it difficult to study the full portion. It helps you to know the range of questions asked in semester exam.

Department of Computer Science and Engineering

Sub. Name: Advance Computer Architecture                                                     Sub.Code: EC6009

Max.Marks: 100                                                                                                Time: 180 min

Department: Electronics Communication and Engineering                          Sem/Year: VII/IV       Date:

Model

PART- A    (10 X 2 = 20)

1.      What is the Cost of die?(CO1)

2.      When we say one computer is faster than another, what do we mean? (CO1)

3.      What are the possible types of data hazards? (CO2)

4.      Define causal consistency memory model. (CO2)

5.      What is fine grained multithreading? (CO3)

6.      What do you mean by SISD? (CO3)

7.      Draw the vector architecture. (CO4)

8.      What is meant by cache miss? (CO4)

9.      Compare software and hardware RAID(CO5)

10.  State the advantages of threading.(CO5)

PART- B           (5 X 16 = 80)

11.a) Explain in details about the trends in technology like cost, power and Energy(16) (CO1)

Or

b)Explain in details about the Performance Evaluation(16) (CO1)

12. a)Explain  how  dynamic  scheduling  helps  in  overcoming  data  hazards  caused  by instruction level parallelism.(16) (CO2)

Or

b)Write   a   detailed   note   on   Hardware-based   speculation   in   instruction   level parallelism.(16) (CO2)

13.a)Explain in details about Graphics Processing units with architecture (16) (CO3)

Or

b)Explain in detail the concept involved in Loop Level Parallelism.(16) (CO3)

14. a)Discuss SMT and CMP architecture in detail.(16) (CO4)

Or

b)With  neat  block  diagram  explain  the  centralized shared  memory  multiprocessor architecture. (16) (CO4)

15. a)Briefly describe standard RAID levels in detail.(16) (CO5)

Or

b)Write short notes on Compiler Optimizations to reduce the miss rate and miss penalty(16) (CO5)

EC6009 Advanced Computer Architecture 

 Anna University Question Paper

EC6009 Advanced Computer Architecture Nov/Dec 2016 Anna University Question paper Nov/Dec 2016 Here you can get Previous Year Question paper Recent Question Papers 2marks syllabus 2013 regulation etc.  To Score more in your semester exams Get best score in your semester exams without any struggle. Just refer the previous year questions from our website. At the last time of examination you won’t be able to refer the whole book. We know students find it difficult to score better in university exams so we make it easy to assemble, use, and even reuse the frequently asked questions. We are a library of questions which are asked frequently, all you need to do is to refer our website and get the EC6009 Advanced Computer Architecture Anna university Question paper Nov/Dec 2016

Students who are already keeping good score should use previous questions only for reference. It may help you to get full score. For such students a small advice is that, after studying the entire portions, one can use these recent year questions for revision. Our recentquestionpaper.com is meant for practicing and revising what one has studied and for you to assure pass mark who find it difficult to study the full portion. It helps you to know the range of questions asked in semester exam.

EC6009 Advanced Computer Architecture
Syllabus  (Regulation 2013)
2-Marks Question with Answer
University question paper May/June 2016

Sub. Name: Advance Computer Architecture                                                     Sub.Code: EC6009

Max.Marks: 100                                                                                                Time: 180 min

Department: Electronics Communication and Engineering                          Sem/Year: VII/IV       Date:

Model Exam – I

PART- A    (10 X 2 = 20)

1.      Explain  recurrence(CO1).

2.      Explain response time(CO1).

3.      Draw the diagram of VLIW Architecture(CO2).

4.      Explain about Latent Error(CO2).

5.      Explain about super block(CO3).

6.      Define Score Boarding(CO3). 

7.      Define Anti Dependence with examples(CO4).

8.      Define measure of dependability(CO4).

9.      What is the formula for power dynamics? (CO5)

10.  What is bandwidth and latency? (CO5)

PART- B           (5 X 16 = 80)

11.a) Explain in details about the trends in technology like cost, power and Energy(CO1)(16)

Or

b)Explain in details about the Performance Evaluation(CO1)( (16)

12. a) Give a brief explanation about Itanium processor and IA64 processor. (CO2)( (16)

Or

b)Write   a   detailed   note   on   Hardware-based   speculation   in   instruction   level parallelism. (CO2)( (16)

13.a)Explain in details about the Flynn’s Classification. (CO3) (16)

Or

b)Explain in detail the concept involved in Loop Level Parallelism(CO3). (16)

14. a) Explain in details about the IBM Processor. (CO4) (16)

Or

b)With  neat  block  diagram  explain  the  centralized shared  memory  multiprocessor architecture. (CO4) (16)

15. a)Briefly describe Memory Technologies and storage devices. (CO5) (16)

Or

b)Write short notes on Compiler Optimizations to reduce the miss rate and miss penalty(CO5) (16)

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ge8161 problem solving and python programming laboratory

GE8161 problem solving and python programming laboratory

GE8161-Problem Solving and Python Programming Laboratory

GE8161 PROBLEM SOLVING AND PYTHON PROGRAMMING LABORATORY L T P C 0 0 4 2 OBJECTIVES:

· To write, test, and debug simple Python programs.

· To implement Python programs with conditionals and loops.

· Use functions for structuring Python programs.

· Represent compound data using Python lists, tuples, dictionaries.

· Read and write data from/to files in Python.

LIST OF PROGRAMS:

1. Compute the GCD of two numbers.

2. Find the square root of a number (Newton‘s method)

3. Exponentiation (power of a number) 16

4. Find the maximum of a list of numbers

5. Linear search and Binary search

 6. Selection sort, Insertion sort

7. Merge sort

8. First n prime numbers

9. Multiply matrices

10. Programs that take command line arguments (word count)

11. Find the most frequent words in a text read from a file

12. Simulate elliptical orbits in Pygame

13. Simulate bouncing ball using Pygame

 PLATFORM NEEDED Python 3 interpreter for Windows/Linux TOTAL: 60 PERIODS OUTCOMES: Upon completion of the course, students will be able to:

· Write, test, and debug simple Python programs.

 · Implement Python programs with conditionals and loops.

· Develop Python programs step-wise by defining functions and calling them.

 · Use Python lists, tuples, dictionaries for representing compound data.

· Read and write data from/to files in Python.

Download the manual 

EC6009 Advanced Computer Architecture

Department of Electronics Communication and Engineering

Program & branch	BE ECE	Model Exam
Semester	VII Sem	Date :
Max marks	100	Time : 3hrs
Sub Code/Name	EC6009 Advance Computer Architecture

PART- A    (10 X 2 = 20)

1.      Explain  recurrence(CO1).

2.      Explain response time(CO1).

3.      Draw the diagram of VLIW Architecture(CO2).

4.      Explain about Latent Error(CO2).

5.      Explain about super block(CO3).

6.      Define Score Boarding(CO3). 

7.      Define Anti Dependence with examples(CO4).

8.      Define measure of dependability(CO4).

9.      What is the formula for power dynamics? (CO5)

10.  What is bandwidth and latency? (CO5)

PART- B           (5 X 16 = 80)

11.a) Explain in details about the trends in technology like cost, power and Energy(CO1)(16)

Or

b)Explain in details about the Performance Evaluation(CO1)( (16)

12. a) Give a brief explanation about Itanium processor and IA64 processor. (CO2)( (16)

Or

b)Write   a   detailed   note   on   Hardware-based   speculation   in   instruction   level parallelism. (CO2)( (16)

13.a)Explain in details about the Flynn’s Classification. (CO3) (16)

Or

b)Explain in detail the concept involved in Loop Level Parallelism(CO3). (16)

14. a) Explain in details about the IBM Processor. (CO4) (16)

Or

b)With  neat  block  diagram  explain  the  centralized shared  memory  multiprocessor architecture. (CO4) (16)

15. a)Briefly describe Memory Technologies and storage devices. (CO5) (16)

Or

b)Write short notes on Compiler Optimizations to reduce the miss rate and miss penalty(CO5) (16)

EC6009 Advanced Computer Architecture

EC6009 Advanced Computer Architecture Nov/Dec 2016 Anna University Question Paper

EC6009 Advanced Computer Architecture Nov/Dec 2016 Anna University Question paper Nov/Dec 2016 Here you can get Previous Year Question paper Recent Question Papers 2marks syllabus 2013 regulation

SET A

Department of Computer Science and Engineering

Sub. Name: Advance Computer Architecture                                       Sub.Code: EC6009

Max.Marks: 50                                                                                         Time: 90 min

Department: Electronics Communication and Engineering                Sem/Year: VII/IV       Date:

Internal Assessment test III

PART – A

Answer all the questions                                          5 x 2 =10

1.      Define Spatial Locality(CO4)

2.      What is miss Penalty? (CO4)

3.      Write the formula to calculate the CPU time. (CO5)

4.      What is temporal locality? (CO5)

5.      Define Write Through. (CO5)

                                                         Part-B (40 marks)

6.      Explain about the different types Storage Devices with examples.(CO5) (16)

Or

       Discuss in detail about the Model Memory Consistency .(CO4) (16)

7.     Explain about RAID in detail.(CO5)16

OR

Discuss in detail about the snooping protocol for coherency (CO4)16

8.      Explain detail about Multithreading .(CO4)8

SET B

Department of Computer Science and Engineering

Sub. Name: Advance Computer Architecture                                       Sub.Code: EC6009

Max.Marks: 50                                                                                         Time: 90 min

Department: Electronics Communication and Engineering                Sem/Year: VII/IV       Date:

Internal Assessment test III

PART – A

Answer all the questions                                          5 x 2 =10

1.      What is split transaction?(CO4)

2.      Write the formula to average memory access time. (CO4)

3.      List down the techniques used for reducing miss penalty (CO5)

4.      What is a RAID?(CO5)

5.      Define cache. (CO5)

                                                         Part-B (40 marks)

6.      Explain about the  Symmetric Shared memory architecture in detail.(CO4)13

                               OR

Explain different types Storage Devices with examples.(CO5) (16)

7.      Explain about the Distributed Shared memory architecture in detail.(CO4)13

                       OR
What is hit time? Explain the techniques used to handle hit time(CO5)13

8.      Briefly explain the SUN CMP architecture.(CO4)8