The PDF covers the
following topics related to Computer Science : Introduction, Basics,
Conditionals, Loops, Functions, Error Handling, Arrays, Collections and Dynamic
Memory, Strings, File Input/Output, Encapsulation and Objects, Recursion,
Searching and Sorting, Graphical User Interfaces and Event Driven Programming,
Introduction to Databases and Database Connectivity, Basics, Conditionals,
Loops, Functions, Error Handling, Arrays, Strings, File I/O, Structures,
Recursion, Searching and Sorting, The Java Programming Language, Conditionals,
Loops, Methods, Error Handling and Exceptions, Arrays, Strings , File Input,
Objects, Searching and Sorting, etc.
Author(s): Dr. Chris Bourke, Department of
Computer Science and Engineering, University of Nebraska
This Book contains following topics: Algorithm,
Data Representation, Logic, Machine Organization, Moore’s Law, Computer
Security, Computer science, Numbers and counting, Algorithmic Complexity,
Software Development, Python references and Examples Python problems.
This Book contents provides a thorough exploration of computer
science, algorithms, discrete mathematics, number systems, Boolean algebra,
computer architecture, system software, and software correctness. Covering
topics from maze generation algorithms to software verification, the document
serves as a comprehensive guide to fundamental concepts in the field.
This pdf provides a comprhensive overview
about general computer science, provides examples and various related topics. The
core of the course delves into the representation and computation with a focus
on discrete mathematics. The subsequent section on programming delves into
Standard ML, recursion and imperative features and encoding of programs as
strings. The course progresses to Boolean algebra and Propositional logic and
machine-oriented calculi like analytical tableaux and resolution.
This PDF covers the
following topics related to Computer Science : Data the raw
material—Representing information, Putting Computers to Work—Algorithms, Telling
Computers What To Do—Representing Procedures, Really hard
problems—Intractability, Sharing secrets and fighting crime-Cryptography, The
human face of computing-Interacting with computers.
This note provides an introduction to computer skills that gives all
students the abilities and activities to know Computer components, computer
functions and benefits, computer viruses and measure of protection, Introduction
to operating systems, PCs operating systems (DOS and Windows), Application
software including word processing, spreadsheets and presentation applications,
Internet and email.
This
lecture note explains the following topics: Cluster Computing, Scalable Parallel
Computer Architectures, Components for Clusters, Cluster Middleware and Single
System Image, Evolution of Metacomputing, Load Sharing and Balancing, Grid
Computing, Cloud Computing, Virtual Machine and its Provisioning, Time and
Space-shared Provisioning.
This
note has two objectives. First is to teach programming. Second is to present
some fundamental principles of computer science, especially algorithm design.
Major topics covered includes: Recursive Functions, O Notation: Estimating
Costs in the Limit, Lists, Sorting, Datatypes and Trees, Dictionaries and
Functional Arrays, Queues and Search Strategies, Functions as Values, List
Functionals, Polynomial Arithmetic, Sequences, or Lazy Lists, Elements of
Procedural Programming, and Linked Data Structures.