VDA PROJECT: Glasses-free 3D in AI

VDA-PROJECT

VDA FT. AI FT. 3D

Visual Digest Aspects
Technology

( “VDA-Tech”)

Glasses-Free 3D technology

in Artificial Intelligence Science

SCOPE & GOALS

VDA-Project focuses on creating the computer software and mobile application allowing the computer and mobile devices working as “intelligence mediator”, or else "intelligent agent" that helps AI-machine or AI-robot become well-trained in taking necessary actions targeting to maximizing its chance of success at some goals in spatial environment.

VDA-Project aims at proving and evidencing the potential power of alternate glasses-free 3D technology, called "Visual Digest Aspects", to be successfully applied in Artificial Intelligence (AI) science.

The primary research of VDA-project aims to perceiving, comparing and analyzing the visual inputs of 3D-spatial environments in order to-

(a) deduce aspects of perceiving 3D-environment through the AI-robot recognition of the depth of each concrete object;

(b) manipulate with and navigate any number of objects changing their localization and mapping for motion planning or path planning to allow the AI-robot moving in spatial, virtually-emulated, environment while maintaining virtually-emulated contact with any object and thus to be trained to act following already-learn patterns and to manipulate with the physical object(s) in real-time physical world.

The research is based on adoption of “Quasi-Eureka Effect” concept that addresses to machine learning by means of perceiving the depth in 3D virtually-emulated world of animation, in which every single object is a specific form of “knowledge representation” that the robot (AI-machine) is processing and learning from.

I postulate that with the aid of processing and learning the specific glasses- free 3D animated-objects environment, created with employing my experimental out-of- box problem-solving and decision-making algorithm (“Pyramid Optimization of Associative Characteristics”/ POACH-algorithm) the AI-robot may quickly result in engineering associative-paced new knowledge generated as “Quasi-Eureka Effect".

The fundamental functionality of computer software, based on employing POACH-algorithm processing, allows it to be successfully applied in behavioral neuroscience researches.

Resuming all said above, the preliminary VDA-project objective is to check-out my working theory and to propose a highly effective solution(s) addressing to AI needs such as, for instance, the representation of already-existing knowledge in such form that rapidly leads to prospective generation of a new knowledge conditioned on perceiving 3D virtually- emulated animation environment in which all objects are depth-mapping and spatial-relating in situations and events (states and time) that such animation depicts and illustrates.

VDA-project, as a multi-goals scoping project, aims to -

(A) develop cost-effective glasses-free 3D technology;

(B) elaborate on highly-effective graphic-making method allowing enjoying high-quality 3D-media content.

VDA-project is focusing on research, development and industrialization of glasses-free 3D technology employed for creating innovation-based mobile applications.

VDA-Tech is based on employing "Compressive Optimizing Stretching Emulation” concept (COSE-concept). The glasses-free 3D display or top-screen is called COSE-display or COSE- screen.The COSE- screen utilizes an optic filter that creates "parallax” volumetric illusion satisfactorily 3D projection.

Resulting from years of research and development in the field of 3D graphics, multi-view rendering and depth-based content development solutions, the employment of COSE-concept might be commercially successful via allowing utilizing the proprietary combination of computer software and mobile applications, subject to both DOSAVET- Project and “STEP-RESEARCH” Project.

VDA-Graphics

VDA-Tech is based on employing VDA-Graphics created with applying of “landscape stretching-compressing” and “multi-dimensional parallax motion” Video F/X computer graphic-making techniques.

The simple 2D graphics-based GIF-animations published herein allow slightly observing 3D-effect, that may be much more "powerful" if creating 3D-objects multi-layered scenery with applying my “know-how” and "trade secret" graphic-making methods which are not in focus of this publication.

The key feature of COSE-diplay is a viewers’ adjustability of setting the amount of VDA-Graphics “depth-in” (pop-in virtual distance between the viewer’s eyes and the multi-layered background scenery screened) and "depth-out" (pop-out virtual distance between the viewer’s eyes and foreground multi-layered scenery screened) to a certain level that is comfortable for the each concrete viewer; however, of course there are some limitations to minimal depth-in and to maximum depth-out popping effects.

Innovative computer software and mobile applications

The basic principles exploited in creating VDA-Graphics are to be applied for creating glasses-free 3D visual effects of “Dimanasus Prophecy” audiovisual content, adjusted to evidencing the potentiality of VDA-Tech to solve two biggest limitations of the market’s current cost-effective 3D-technology such as the need of wearing special glasses and the scarcity of 3D-content. The viewer may have a seamless experience with any multi-layered VDA-Graphics-screened device: television, tablet, Smartphone, portable game player, laptop, all-in-one computer.

"Dreams Inside Out" Animated Cartoon Project

By exploiting sophisticated software auto-stereoscopy algorithms and employing VDA-Graphics proof-of-working conceptualization, VDA-Project is aimed at manufacturing a prototype of the external device that might be plugged-in TV-set signal receiver (or computer) to scan an incoming multimedia stream and to cipher it in multi-layered auto-stereoscopic stream extruding and generating depth in/out perception effects, and creating the illusion of volumetric objects observed at the screen without the use of special headgear (or glasses) on the part of the viewer. Auto-stereoscopy algorithms are partially based on accommodating motion parallax and wider viewing angles resulting in cost-effective “state of the art” 3D effect observing that is allowing the human eyes to view live and recorded content in true 3D with no glasses required.

ATTENDANT PROJECTS INTEGRATION

VDA-project integrates a few attendant projects such as in particular -

(1) "VDA-Tech" Project that aims at building “Virtual Digitalized Automation” web-platform;

(2) “Intelligence Computing Optimization Network” Project (ICON-Project).

“Intelligence Computing Optimization Network” is the API cloud- computing cross-platform infrastructure that employs most-advanced research tools, data-sets, statistical techniques and accesses to large amounts of data and faster computers enabled advances in machine learning and perception.

"Virtual Digitalized Automation" literally means "a set of in-cloud-servicing technical-problem-solving principles and methods" which are to be employed for end-user-friendly virtualization, emulation and automation of software and mobile applications to be optimized for any-sized-business needs in its most-effective, customers-focused and consumers-oriented way across all major handheld devices and computer operating systems with 24/7 access.

As a technology, Virtual Digitalized Automation (aka VDA-Tech) dedicates to proposing proof-of-concept solutions for system complexity and compatibility issues addressed to the adoption and employment of "Virtual Desktop Infrastructure" as "Virtual Desktop Applications".