Prof. dr Slobodanka Đorđević-Kajan
D r Dragan Stojanović
Doc. dr Leonid Stoimenov
Faculty of Electronic Engineering Niš

Operating systems and System programming
Prof. dr Slobodanka Đorđević-Kajan
D r Dragan Stojanović
Dipl. Ing Aleksandar Stanimirović
Dipl. Ing Bratislav Predić
Faculty of Electronic Engineering Niš

 Provides hands-on learning by allowing students to work on system programs that implement the concepts learned in lectures and primary text readings.
 Contains key operating system and system programming concepts for
UNIX/Linux and Windows XP/2000

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Part I: UNIX/Linux operating system underlying concepts and algorithms and system programming using POSIX and proprietary UNIX system calls
Part II: Windows XP/2000 concepts and system programming using Win32 API
Appendixes
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Software development tools in UNIX/Linux (gcc, make, gdb, emacs)
Software development tools in Windows (Visual Studio)
References and important links

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Chapter 1, UNIX/Linux operating systems
Chapter 2, Review the state of the system
Chapter 3, File system
Chapter 4, Processes and Threads
Chapter 5, Process and Thread Synchronization
Chapter 6, Interprocess communication
Chapter 7, Memory management
Chapter 8, Advanced U/I
Chapter 9, Network programming
Projects

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Chapter 1, Windows operating system internals
Chapter 2, Review the state of the system
Chapter 3, File system
Chapter 4, Processes and Threads
Chapter 5, Process and Thread Synchronization
Chapter 6, Interprocess communication
Chapter 7, Memory management
Chapter 8, Advanced U/I
Chapter 9, Network programming
Projects

 Goals
 Foundations of the topic
 Definition of the system calls and API functions
 Programming examples and applications
 Laboratory exercises

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Contains necessary information for the preparation and performing of System Software laboratory exercises for
UNIX/Linux and Windows XP/2000.
Includes numerous examples of UNIX system calls and
Win32 API functions and complete program code implementing more complex problems within the operating systems topics
Useful for lab practicing, better understanding of the
System software topics and preparing written and oral exams on Operating systems and System programming

Prof. dr Slobodanka Đorđević-Kajan
Doc. dr Leonid Stoimenov
Dipl. Ing Aleksandar Milosavljević
Faculty of Electronic Engineering Niš

 Presents basic artificial intelligence (AI) concepts and techniques and their use in development of software systems.
 Provides practical approach to artificial intelligence techniques, with lot of Lisp code, implementation details and practical programming advices.

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Chapter 1, Programming languages of Artificial intelligence,
Chapter 2, Intelligent agents,
Chapter 3, Solving problem as Searching,
Chapter 4, Predicate Logic,
Chapter 5, Production Systems,
Chapter 6, Frames,
Chapter 7, Machine Learning,
Chapter 8, Neural networks,
References

 Basic concepts and principles of the topic covered
 Description of the AI programming environment, system and/or language used
 Useful functions and illustrative programming examples
 Lab exercises

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Written primarily for students, containing information needed for discovering artificial intelligence principles and techniques and their use in implementation of software systems.
Reader of this book can learn about Lisp programming in general, and find particular information about knowledge representation formalism and machine learning techniques.
Useful for teachers in AI. Chapters provide an in-depth discussion of artificial intelligence principles and practices.
Useful as manual for lab exercises, but also as an introductory book of AI principles and programming in an
Artificial intelligence course.

Prof. dr Slobodanka Đorđević-Kajan
Doc. dr Leonid Stoimenov
Ass. mr Aleksandar Dimitrijević
Faculty of Electronic Engineering Niš

 Presents basic data structures and their use in development of software systems.
 Illustrated with memory representations of all described structures and contains complete program code implementing their functionality.

Chapter 1, Introducing Java
Chapter 2, Arrays
Chapter 3, Linked lists
Chapter 4, Stack, Queue and Deque
Chapter 5, Hash tables
Chapter 6, Trees
Chapter 7, Graphs

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Goals
Definitions
Theory
Graphical and memory representation of the structure
Examples and applications
Implementation (in Java programming language)
Questions
Laboratory assignments
Projects

Graphical representation
Matrix representation
Memory representation

Classes
Names
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Methods
Explanation
Code reference

Programski kod 3.7
public class IntSkipListNode { public int info; public IntSkipListNode[] link;
} public IntSkipListNode(int i, int n) { info = i; next = new IntSkipListNode[n]; for (int j = 0; j < n; j++) link[j] = null;
}
Čvor celobrojne liste sa preskokom

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Numerous illustrations of basic data structures and complete program code implementing their basic functionality are useful not only for lab practicing, but also for better understanding of the matter and preparing written and oral exams.
Useful as manual for lab exercises in Data structures, but also as an auxiliary book for courses concerning data structures and programming.

Prof. dr Slobodanka Đorđević-Kajan
Doc. dr Leonid Stoimenov
Faculty of Electronic Engineering Niš

 Devoted to students of the Computer
Science and Informatics for the Database course.
 Contains basic information for students about databases, database modeling, and querying databases using Oracle DBMS and Oracle SQL

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Chapter 1, Data models and databases review
Chapter 2, Database schema development
Chapter 3, Oracle DBMS
Chapter 4, Introduction to SQL query language
Chapter 5, Embedded SQL and Oracle Pro*C/C++
Appendixes:
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Syntax of SQL SELECT statement
Oracle catalog and Oracle data dictionary
Oracle Date and Time data type
List of Embedded SQL Statements Supported by Pro*C
Data in SQLCA structure

 Intended for supplementary readings in basic courses in the DB field, presenting review of practical, essential and fundamental concepts.
 Useful as manual for lab exercises i
Databases, but also as an introductory book of database principles using Oracle
DBMS in a Databases course.