Thursday 23 May 2013

AP9222 Computer Architecture and Parallel Processing Lesson Plan



LESSON PLAN

Course Code & Name           : AP9222 / Computer Architecture and Parallel Processing
Faculty / Designation            : Mr. S. P. Santhoshkumar / Assistant Professor
Class & Semester                 : 1st Year M.E (ECE) – 2nd Semester
S.No.
PROPOSED
TOPIC
DATE
PERIOD
1.     
06/02/2013
1
UNIT- I: THEORY OF PARALLELISM - Introduction
2.     
11/02/2013
7
Parallel computer models
3.     
12/02/2013
3
The state of computing
4.     
13/02/2013
1
Multiprocessors and Multi computers
5.     
16/02/2013
4
Multi vectors and SIMD computers
6.     
18/02/2013
7
7.     
19/02/2013
3
PRAM and VLSI models
8.     
20/02/2013
1
Architectural development tracks
9.     
23/02/2013
4
Program and network properties
10.   
25/02/2013
7
Conditions of parallelism
11.   
26/02/2013
3
Review - 1
12.   
27/02/2013
1
UNIT- II: PARTITIONING AND SCHEDULING - Introduction
13.   
02/03/2013
4
Program partitioning and scheduling
14.   
04/03/2013
7
15.   
05/03/2013
7
Program flow mechanisms
16.   
06/03/2013
3
System interconnect architectures
17.   
07/03/2013
1
Principles of scalable performance
18.   
09/03/2013
4
Performance matrices and measures
CYCLE TEST – I (11/03/2013 – 13/03/2013)
19.   
16/03/2013
4
Parallel processing applications
20.   
18/03/2013
7
Speedup performance laws
21.   
19/03/2013
3
Scalability analysis and approaches.
22.   
20/03/2013
1
Review - 2
23.   
23/03/2013
4
UNIT  -  III: HARDWARE TECHNOLOGIES -Introduction
24.   
25/03/2013
7
Processor and memory hierarchy
25.   
26/03/2013
3
Advanced processor technology
26.   
27/03/2013
1
Superscalar and vector processors
27.   
01/04/2013
7
Memory hierarchy technology
28.   
02/04/2013
3
Virtual memory technology
29.   
03/04/2013
1
Bus cache and shared memory
30.   
06/04/2013
4
Backplane bus systems
31.   
08/04/2013
7
Cache memory organisations
32.   
09/04/2013
3
Shared memory organisations
33.   
10/04/2013
1
Sequential and weak consistency models
34.   
15/04/2013
7
Review - 3
35.   
16/04/2013
3
UNIT -  IV: PIPELINING AND SUPERSCALAR TECHNOLOGIES - Introduction
36.   
17/04/2013
1
Parallel and scalable architectures
37.   
20/04/2013
4
CYCLE TEST – II (22/04/2013 – 25/04/2013)
38.   
27/04/2013
4
Multiprocessor - Multi computers
39.   
29/04/2013
7
Multi vector and SIMD computers
40.   
30/04/2013
3
41.   
04/05/2013
4
Scalable
42.   
06/05/2013
7
Multithreaded
43.   
07/05/2013
3
Data flow architectures
44.   
08/05/2013
1
Review - 4
45.   
11/05/2013
4
UNIT – V: SOFTWARE AND PARALLEL PROGRAMMING -Introduction
46.   
13/05/2013
7
Parallel models
47.   
14/05/2013
3
Languages and compilers
48.   
15/05/2013
1
49.   
18/05/2013
4
Parallel program development and environments
50.   
20/05/2013
7
51.   
21/05/2013
3
UNIX
52.   
22/05/2013
1
MACH and OSF/1 for parallel computers.
53.   
25/05/2013
4
CYCLE TEST – III (27/05/2013 – 29/05/2013)



Faculty in- charge
HOD  / CSE
PRINCIPAL


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