Before starting solve 2 full-time papers

Looking into the books, understanding the concept &
formulae

Algorithms:

#Horowitz & Sahani –

**complete**, exercise
(yellow coloured front page)

6hr a day * 10 days

Automata theory:

Cohen – quite easy & its good for theory as well as
problems

#Martin – good for exercise problems & you can get the
solutions over net

Ullman – good for theory & some critical problems &
again u can get the ans & some exercise really really important, get the approach
for solutions

All three books

5hr * 10 days

Discrete mathematics:

(collect formulae, write them down on blank pages & go
on pasting them over room walls, & read them daily)

#Tata Mc - ROSEN
solve as much as u can

This single book to solve 5hr * 10

Graph theory - douglas west (first 4 chapters)

Trembley & Manoher ( first 2 chapters are good)

Overall

15 days

Data organization & program control & structure
first two points:

(from start to end)

#Tanenbaum (green colour) - complete

(doorway to ur
all data structures related part)

(try to cover it parallely with data structure part from
sahani)

8hr * 3 days

C:

Systems:

Compilers

#Ullman, sethi - Principles of compilers (esp parsers &
its techniques)

(very detailed explanation of every theory)

10 hr * 4 days

Operating systems:

(also covers virtual memory , segmentation, paging, I/O
systesm)

#Galvin – complete & very good for synchronization (but
get the problems from net or try to solve sync problems from different papers)

Tanenbaum – MOS(modern operating systems) very good for os
examples ( paging,memory management,cpu scheduling & utilization)

6 hr * 4 hr

Networking & distributed systems:

#Forouzan – Data communication & networking (do only
networking part, & some algorithms are sensibly explained in only this book
eg “swith spanning tree”, execise problems, protocols)

Also covers Internet structures

8 hr * 2 days

#Tanenbaum – very interesting & critical for problems
esp data link & network layer problems

(essential for net problems)

8 hr * 2 days

Databases:

#Navathe: good for SQL( & for general query languages)
& normalization part ( it includes some terrific techniques & tests to
solve normalization problems)

5 hr * 2 days

#Korth: ER model & Transaction management

6 hr * 1 day

Computer Organization

#Zaki – pipelining & cache 10 hr * 1 day

Stallings – CPU design

Henssy patterson also

Digital logic 6 hr *
2days

Morris Mano – problems

350 hrs / 10 hrs = 35 days

I suggest give 40 days to get thorough knowledge

Have 2 phases

__Books and materials__

1 A Handbook Of Discrete Math [www.ebookmaterials.blogspot.com].rar

2 Discrete Mathematics [www.ebookmaterials.blogspot.com].rar

3 Database System Concepts by Korth Problems solutions [www.ebookmaterials.blogspot.com].rar

4 Floating-Point Arithmetic [www.ebookmaterials.blogspot.com].rar

5 Data Communications by forouzan solutions [www.ebookmaterials.blogspot.com].rar

6 Introduction_To_Algorithms_2Nd_Edition_Solutions [www.ebookmaterials.blogspot.com].pdf

7 Linked List Problems [www.ebookmaterials.blogspot.com].pdf

8 Operating System Concepts 7th ed - Exercises Solutions [www.ebookmaterials.blogspot.com].rar

9 Pointers And Memory allocation [www.ebookmaterials.blogspot.com].pdf

10 Unix Programming Toolss [www.ebookmaterials.blogspot.com].pdf

2 Discrete Mathematics [www.ebookmaterials.blogspot.com].rar

3 Database System Concepts by Korth Problems solutions [www.ebookmaterials.blogspot.com].rar

4 Floating-Point Arithmetic [www.ebookmaterials.blogspot.com].rar

5 Data Communications by forouzan solutions [www.ebookmaterials.blogspot.com].rar

6 Introduction_To_Algorithms_2Nd_Edition_Solutions [www.ebookmaterials.blogspot.com].pdf

7 Linked List Problems [www.ebookmaterials.blogspot.com].pdf

8 Operating System Concepts 7th ed - Exercises Solutions [www.ebookmaterials.blogspot.com].rar

9 Pointers And Memory allocation [www.ebookmaterials.blogspot.com].pdf

10 Unix Programming Toolss [www.ebookmaterials.blogspot.com].pdf