Part 1 of 8 – Understanding Meaning Coordinates: The Building Blocks of Wantware

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Part 1 – Understanding Meaning Coordinates: The Building Blocks of Wantware

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Introduction

As we dive into MindAptiv’s efforts to advance computing, we’re on the cusp of a transformative shift from traditional programming to a more intuitive, human-like interaction with technology. At the forefront of this shift are Meaning Coordinates, the fundamental building blocks of wantware technology. Like DNA strands that contain the blueprints of life, Meaning Coordinates encapsulate the essence of computational actions and intents.

Fig. 1 – 256 Meaning Coordinates as Glyphs

Essence Meaning Coordinates: The Missing Link Between Human Intentions and Machine Behaviors

Essence Meaning Coordinates is a series (vector) of analog values defining the limits of possible meaning for any given term(s) and context(s). They are used by all Aptiv Types for generating self-optimizing, highly parallelized, machine instructions, in real-time. It is a way to map between any way of signaling intent and instructing machines to do what is wanted, with precision. Download the PDF above to get detail descriptions of the 256 Meaning Coordinates that cover all the known ways that meanings can be expressed.

When Meaning Coordinates are applied or mappings created and validated by the user, pristine machine-level instructions (such as binaries, assembler code, compute kernels, shaders, PTX or CUDA instructions for Nvidia GPUs, GCN for AMD GPUs, etc.) are produced, effectively circumventing traditional programming languages. This advancement marks a significant stride towards our aim of empowering everyone to “create at the speed of thought^®.” For more information on how we utilize Meaning Coordinates to manage data and machine behaviors, please visit our web page and explore Nebulo^® here.

The Role of Meaning Coordinates in Computing

Meaning Coordinates can be thought of as the genetic markers of the digital world. In the same way that a sequence of DNA determines the traits of an organism, a sequence of Meaning Coordinates determines the behavior of a computing system. They provide a framework for machines to understand complex instructions not through lines of code but through structured units of meaning.

From Concept to Execution: How Machines Interpret Complex Ideas

Imagine instructing a computer to organize a photo library, not by writing an algorithm, but by telling it to “sort photos from the oldest to the newest and group them by events.” Meaning Coordinates allow the computer to comprehend this instruction, breaking it down into actionable, machine-understandable directives. This level of abstraction represents a significant leap from conventional programming, allowing users to interact with computers in a more natural and intuitive way.

The Anatomy of Meaning Coordinates

At their core, Meaning Coordinates consist of a base set of semantic units. These units are the atomic elements that describe every possible action or attribute in a computing environment. Just as the human language consists of a finite set of words that combine to express an infinite number of ideas, Meaning Coordinates combine in various sequences to describe the full spectrum of computational tasks.

A New Horizon for Human-Computer Interaction

The inception of Meaning Coordinates heralds a new era of human-computer interaction, one where the barriers of complex programming languages begin to dissolve. As we explore these semantic units further, we find ourselves at the threshold of a future where our interactions with technology are limited only by the expanse of human expression itself.

This is just the beginning of our journey into the world of wantware and Meaning Coordinates. As we delve deeper into this subject in subsequent articles, we’ll uncover the layers that make this technology a potential cornerstone for the next evolution of computing.