Prudhomme, Gerard, author.
Introduction to assembly language programming / Gerard Prudhomme. - Oakville, Ontario : Arcler Press, c2019 - xvii, 244 pages : color illustrations
To access the E-Book : https://www.bibliotex.com/ (Log-in/Register is required).
Includes references and index.
Chapter 1: Signed Numbers
Chapter 2: Sign-Magnitude Representation
Chapter 3: Signed Arithmetic
Chapter 4: The Assembly Language
Chapter 5: Intel x86
Chapter 6: One’s Complement
Chapter 7: Two’s Complement
Chapter 8: Hexadecimal
Chapter 9: Horner’s Method
Chapter 10: RISC Computer Architectures
Chapter 11: Hexadecimal Conversion
Chapter 12: Assembly Language Programs
Chapter 13: A Binary Quantity
Chapter 14: Binary Fractions
Chapter 15: Binary Amounts
Chapter 16: Binary and Decimals
Chapter 17: Memory
Chapter 18: Registers
Chapter 19: Assembly Language Programs
Chapter 20: 64-Bit Addresses
Chapter 21: Hexadecimal Base
Chapter 22: Commands in C or C++
Chapter 23: Windows Assembly Language Programs
Chapter 24: Display Procedures
Chapter 25: Assembler
Chapter 26: AT&T Syntax
Chapter 27: Software Programs Referred to as an Assembler
Chapter 28: Hex Revisited
Chapter 29: Assembler and C
Chapter 30: Assembly Language Programs and Registers
Chapter 31: Self-Regulation
Chapter 32: Assembly Language Programs and Data
Chapter 33: Assembly Language Programs and Bits
Chapter 34: Assembly Language Programs and 32-Bit Registers
Chapter 35: Assembly Language Programs and x86
Chapter 36: Assembly Language Programs and Addition and Subtraction Processes
Chapter 37: Assembly Language Programs and Decimal Based Numbers
Chapter 38: Assembly Language Programs and Zero or One
Chapter 39: Assembly Language Programs and Numerals
Chapter 40: Assembly Language Programs and 8-Bit Amounts
Chapter 41: Assembly Language Programs and the Compiler
Chapter 42: Assembly Language Programs and The Arithmetic Logic Unit (ALU)
Chapter 43: Practices in Assembly Language Programming
Introduction to Assembly Language Programming considers various aspects of Assembly
Language Programming including an extensive overview of Assembly Language Programming
and related terms. It includes introduction and the fundamentals to Signed
Numbers, Sign-Magnitude Representation, Signed Arithmetic, The Assembly Language5.
Intel x866. One’s Complement, Two’s Complement, Hexadecimal, Horner’s Method,
RISC Computer architectures. It provides the reader with insights into the development
of its history, so as to understand the Assembly Language Programs and 8-Bit Amounts,
Assembly Language Programs and the Compiler, Assembly Language Programs and the
Arithmetic Logic Unit (ALU), Practices in Assembly Language Programming.
In English text.
Assembly language (Electronic computers).
EBOP QA 76.73 .A8 / P78 2019
Introduction to assembly language programming / Gerard Prudhomme. - Oakville, Ontario : Arcler Press, c2019 - xvii, 244 pages : color illustrations
To access the E-Book : https://www.bibliotex.com/ (Log-in/Register is required).
Includes references and index.
Chapter 1: Signed Numbers
Chapter 2: Sign-Magnitude Representation
Chapter 3: Signed Arithmetic
Chapter 4: The Assembly Language
Chapter 5: Intel x86
Chapter 6: One’s Complement
Chapter 7: Two’s Complement
Chapter 8: Hexadecimal
Chapter 9: Horner’s Method
Chapter 10: RISC Computer Architectures
Chapter 11: Hexadecimal Conversion
Chapter 12: Assembly Language Programs
Chapter 13: A Binary Quantity
Chapter 14: Binary Fractions
Chapter 15: Binary Amounts
Chapter 16: Binary and Decimals
Chapter 17: Memory
Chapter 18: Registers
Chapter 19: Assembly Language Programs
Chapter 20: 64-Bit Addresses
Chapter 21: Hexadecimal Base
Chapter 22: Commands in C or C++
Chapter 23: Windows Assembly Language Programs
Chapter 24: Display Procedures
Chapter 25: Assembler
Chapter 26: AT&T Syntax
Chapter 27: Software Programs Referred to as an Assembler
Chapter 28: Hex Revisited
Chapter 29: Assembler and C
Chapter 30: Assembly Language Programs and Registers
Chapter 31: Self-Regulation
Chapter 32: Assembly Language Programs and Data
Chapter 33: Assembly Language Programs and Bits
Chapter 34: Assembly Language Programs and 32-Bit Registers
Chapter 35: Assembly Language Programs and x86
Chapter 36: Assembly Language Programs and Addition and Subtraction Processes
Chapter 37: Assembly Language Programs and Decimal Based Numbers
Chapter 38: Assembly Language Programs and Zero or One
Chapter 39: Assembly Language Programs and Numerals
Chapter 40: Assembly Language Programs and 8-Bit Amounts
Chapter 41: Assembly Language Programs and the Compiler
Chapter 42: Assembly Language Programs and The Arithmetic Logic Unit (ALU)
Chapter 43: Practices in Assembly Language Programming
Introduction to Assembly Language Programming considers various aspects of Assembly
Language Programming including an extensive overview of Assembly Language Programming
and related terms. It includes introduction and the fundamentals to Signed
Numbers, Sign-Magnitude Representation, Signed Arithmetic, The Assembly Language5.
Intel x866. One’s Complement, Two’s Complement, Hexadecimal, Horner’s Method,
RISC Computer architectures. It provides the reader with insights into the development
of its history, so as to understand the Assembly Language Programs and 8-Bit Amounts,
Assembly Language Programs and the Compiler, Assembly Language Programs and the
Arithmetic Logic Unit (ALU), Practices in Assembly Language Programming.
In English text.
Assembly language (Electronic computers).
EBOP QA 76.73 .A8 / P78 2019