GraphIT
Menu
Infos
Quick Introduction
Graph Documentation
SPARQL examples
Feature Demo
Demo 2025
Graphs
Course Multimedia Technology 25WS
Course EIMI 25WS
Course Advanced Software Engineering 24WS
Course Multimedia Technology 24WS
Course Wissenschaftlisches Arbeiten 24SS
Course CGBV 24SS
Course Forschungsseminar MMI 23WS
Course Wissenschaftliches Arbeiten 23WS
Course CGBV 23SS
Studiengang Medieninformatik B.A UR
Items
List Items
New Item
Properties
List Properties
New Property
Search
What links here
Related changes
Special pages
Printable version
Permanent link
Page information
Concept URI
Recent changes
Help
English
Log in
Item
Encoding Basics
(Q2572)
Revision as of 10:45, 10 November 2025 by
RaphaelWimmer
(
talk
|
contribs
)
(
Removed claim:
includes
(P14)
:
Using the Luhn algorithm for error prevention
(Q2510)
, edit from property editor)
(
diff
)
← Older revision
|
Latest revision
(
diff
) |
Newer revision →
(
diff
)
The Category 'Encoding'
Language
Label
Description
Also known as
English
Encoding Basics
The Category 'Encoding'
Statements
instance of
Category
0 references
Session
0 references
includes
Semiotics
0 references
Data storage (hardware)
0 references
Character set
0 references
Examples of encoding
0 references
Typical units of measurement in informatics
0 references
Byte
0 references
ASCII
0 references
ISO-8859
0 references
Semantics
0 references
Baudot code
0 references
Binary encoding
0 references
Morse code
0 references
Baudot Murray code
0 references
Signed and unsigned values
0 references
Memory order
0 references
Causes and solutions for overflow
0 references
Representation of negative binary numbers
0 references
Encoding
0 references
How is data stored digitally?
0 references
Two's complement
0 references
Syntax
0 references
Endianness
0 references
Big-endian notation
0 references
Difference between big-endian and little-endian
0 references
Relevance of endianness
0 references
Structure of a text file
0 references
OS-specific encoding of line breaks
0 references
UTF-32
0 references
Little-endian notation
0 references
Multiple allocation of the 256 characters
0 references
Use of a hex editor for binary data
0 references
UTF-8
0 references
Using the ISBN for error prevention
0 references
Bit flips
0 references
Hamming distance
0 references
Determining the redundancy of a code
0 references
Hamming code
0 references
Reasons for efficient encoding
0 references
Typical types of errors when writing down numbers
0 references
Prefix coding
0 references
Errors in binary encoding
0 references
Fano condition
0 references
Entropy (information theory)
0 references
Parity bit
0 references
Basic concepts of error detection and correction
0 references
Example of entropy coding
0 references
Parity (Mathematics)
0 references
Checksum
0 references