Copyright Pulse Perfect Image Inc.
Pulse Perfect Image Inc. is a newly formed subsidiary company to Pulse Perfect Corporation established to promote the mathematical breakthrough embodied by our proprietary DNAx formula. We are a Midwest based technology company that is striving to provide cutting edge software and hardware solutions to improve overall efficiency in the image processing market.
PPI is continuously addressing and proposing non-conventional solutions for the current technical challenges facing the 3D rendering industry. Our proprietary DNAx technology puts PPI in a class by itself when it comes to offering the market a solution for elegant photo-realism, discontinuity removal and noiseless processing for image rendering. Pulse Perfect Image has been ahead of these challenging problems for several years. As technology continues to become more advanced, the market is finally becoming mature enough to absorb PPI's technology.
High-performance computations are required for 3D Rendering, specifically in the video game, cinematics, virtual reality, big data, medical imaging, seismic wave analysis, and satellite imagery. Through improved hardware capacity, reduction in power consumption, and ability to bridge the uncanny valley, our DNAx formula can positively make an impact to the 3D rendering industry. See market applications for more detail.
As the gaming industry continues to evolve, DNAx technology can provide cutting edge solutions when rendering images. Our solutions include noiseless image processing and significantly reducing the need for polygons.
Noiseless image processing utilizing DNAx allows us to process light behavior while increasing the number of samples through true pinhole camera modeling at full extension (Group Raytracing, GRT). Significantly reducing the need for polygons is driven by the DNAx operating formula which requires fewer calculations in order to construct a single image (reference the Stanford Bunny Experiment in the Technology section). Consequently, our solutions result in an increase in the average frame rate without sacrificing photorealistic image quality while simultaneously reducing processing time, cost, and power consumption.
Pulse Perfect Image is currently developing a data processing algorithm that is proven to accelerate the image rendering process by 2 - 4x when compared to the current processing speed in the market. DNAx is proven to generate up to 20k image resolution with arbitrary zoom level, no polygons, and unmatchable anti-aliasing all while utilizing less power consumption specifically when applied to large scale rendering projects.
The goal is to bring our proprietary DNAx technology to the film industry where we can reduce costs associated with post production rendering through reduced lead time, power consumption, and competitive pricing.
Pulse Perfect Image is actively developing a novel "Image Rendering System" which is designed to model the optical physics of scene illumination, light reflection and refraction from a variety of objects and surface finishes. We are uniquely positioned in the image rendering industry due to the mathematical constructs of DNAx (our algorithm) which allows us to process groups of rays across multiple stages of reflection and refraction at high speeds. As a result, near infinite light density will occur and solving for issues such as uniformity of illumination, soft-shadowing, and anti-aliasing much less intensive than current individual ray-based methods.
The delivery of our technology can drive image rendering acceleration by a magnitude of 2 - 4x. Pulse Perfect Image is involved in the design & development of a novel "Rendering Acceleration System" to dramatically reduce the rendering process time on graphics images post-production for the gaming and film industry. Noiseless image processing, pinhole camera model at full extend - Group Raytracing, (GRT)™, FPGA - ASICs hardware architecture, 20k image resolution for photo realistic images on high-end video game simulators, no polygons with arbitrary zoom level and unmatchable antialiasing performance. New features and capabilities are brought to you by Pulse Perfect Image
DNAx Technology is planning to bring never-seen-before computer generated, photorealistic images with resolutions of up to 20k at a competitive cost. DNAx based images are smooth and are not based on the use of polygons as currently used in the market for imaging technology. An example of the difference between these methods is the "Stanford Bunny" image above.
DNAx images of the Bunny are represented without the use of pixels and can be delivered at a rate of up to 240 frames per second compared to 88 frames per second with the current state of the art technology. These images will create a real sense of viewing 3D dimensions with improved texture, tone, and color while avoiding the dizziness that comes with the use of polygons in today's applications.
The yellow bunny above is formed using a single DNAx operating formula which requires much fewer calculations versus the blue bunny on the left which requires thousands of calculations (69,451 triangles) in order to construct a single image. Most graphic engines rely heavily on the use of polygon meshes where as DNAx Technology increases overall image quality while utilizing significantly fewer computational resources.
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When digital measurement devices fail to sample a signal quick enough, this produces aliasing. Integration of analog representation allows for unmatchable anti-aliasing performance in which Pulse Perfect Image has successfully proven through the implementation of our DNAx Technology. When applied, our technology will introduce precise numerical stability over the algorithms determined by mathematical computations.