ToniH.
type: Item
participates in: EIMI 25/26WS
has completed: Zuse Z3
has completed: Numeral systems
has completed: Binary numbers
has completed: Multiplication
has completed: Hexadecimal numbers
has completed: Binary fixed-point numbers
has completed: Decimal numbers
has completed: Two's complement
has completed: Subtraction
has completed: Converting from binary to hexadecimal
has completed: Group Theory
has completed: Writing numbers in programming languages
has completed: Binary encoding
has completed: Binary floating-point numbers
has completed: Binary file formats
has completed: Use of a hex editor for binary data
has completed: Natural numbers
has completed: XML
has completed: Buses
has completed: PNG as an example of a binary file format
has completed: PNG
has completed: Representation of decimal places in binary numbers
has completed: Checksum
has completed: Byte
has completed: Signed and unsigned values
has completed: Typical units of measurement in informatics
has completed: HDD
has completed: Bit
has completed: Data storage (hardware)
has completed: Character set
has completed: Baudot code
has completed: UTF-8
has completed: ASCII
has completed: Structure of a text file
has completed: Encoding
has completed: Entropy (information theory)
has completed: ISO-8859
has completed: Multiple allocation of the 256 characters
has completed: Determining the redundancy of a code
has completed: Run length encoding
has completed: Hamming distance
has completed: Morse code
has completed: Examples of encoding
has completed: Using bitwise operators
has completed: How propositional logic works
has completed: Arithmetic rules in the binary system
has completed: Boolean operators
has completed: Endianness
has completed: Unicode
has completed: Difference between big-endian and little-endian
has completed: Digital typography
has completed: ZIP file
has completed: Big-endian notation
has completed: Little-endian notation
has completed: Huffman encoding
has completed: LZ77
has completed: Relevance of endianness
has completed: Example of entropy coding
has completed: Addition
has completed: Data Types in Computer Science
has completed: Use of hexadecimal numbers in informatics
has completed: Division
has completed: Using the Luhn algorithm for error prevention
interested in: Large language models
interested in: Artificial intelligence
interested in: Machine learning
interested in: IP
interested in: Best Practices in IT Security
interested in: Binary numbers
interested in: JPEG
interested in: Historical development of programming
interested in: Data storage (hardware)
interested in: The World Wide Web
interested in: Structure of a ZIP file
interested in: Bit
interested in: Turing machine
instance of: Student
username: ToniH.