AI and Robotics

ARM Assembly Language Programming

This book assumes that you are an experienced assembly language programmer. This book describes the assembly language supported by the RISCompiler system, its syntax rules, and how to write assembly programs. Topics covered includes: Registers, Addressing, Exceptions, Lexical Conventions, Instruction Set, Coprocessor Instruction Set, Linkage Conventions, Pseudo-Op-Codes, Symbol Table, Execution and Linking Format, Program Loading and Dynamic Linking.

MIPS Assembly Language Programmers Guide

The purpose of this text is to provide a simple and free reference for university level programming and architecture units that include a brief section covering MIPS assembly language programming. The text assumes usage of the QtSpim simulator. MIPS Architecture, Data Representation, QtSpim Program Formats, Instruction Set, Addressing Modes, Procedures/Functions, QtSpim System Service Calls and Multi-dimension Array Implementation.

MIPS Assembly Language Programming using QtSpim

This book covers the following topics: Data Representation, MIPS Tutorial, Function Environments and Linkage, Structures and sbrk, The MIPS R2000 Instruction Set, MIPS Assembly Code Examples.

MIPS Assembly Language Programming

This book explains all the basic concepts in assembly language programming.

support_vector_machines_succinctly

Support Vector Machines (SVMs) are some of the most performant off-the-shelf, supervised machine-learning algorithms. In Support Vector Machines Succinctly, author Alexandre Kowalczyk guides readers through the building blocks of SVMs, from basic concepts to crucial problem-solving algorithms. He also includes numerous code examples and a lengthy bibliography for further study. By the end of the book, SVMs should be an important tool in the reader’s machine-learning toolbox.

ALGOL

This book assumes that you are an experienced assembly language programmer. This book describes the assembly language supported by the RISCompiler system, its syntax rules, and how to write assembly programs. Topics covered includes: Registers, Addressing, Exceptions, Lexical Conventions, Instruction Set, Coprocessor Instruction Set, Linkage Conventions, Pseudo-Op-Codes, Symbol Table, Execution and Linking Format, Program Loading and Dynamic Linking.