![The concept of the ai-one™ Retina 1 3 2 4 ai-one™ Retina The digital ai-one™ retina is structured into the receiver layer and 3 pre-processing layers. [1] The image hits the 10’000 receiver cells. [2] These receiver cells analyze the surrounding area (~48 pixel) of each image pixel. The goal is to define, whether there is information about a structure or a form within the pixels in this area or if it is just noise. [3] In order to define important structures the retina processes each image pixel (data quant) through 3 aggregation cell layer. [4] The result is a stream of highly defined information strings, about 2 M strings. This is comparable to the information signal in the optical nerve of the human retina.](https://image.slidesharecdn.com/presentationforsemtech08retinaeng-124333666751-phpapp01/85/Digital-Retina-in-ai-one-3-320.jpg)
![The concept of the ai-one™ HSNM The ai-one™ holosemantic neural meshwork (HSNM) contains the thought process of the ai-one™ brain. [1] The defined information strings of the ai-one™ retina (~ 2 M) hit the first processing area [2] , the star cells. There are about 1.5 M star cells. These cells detect the basic information elements. 1 [3] About 1 M so called pyramide cells detect the basic forms and shapes. [4] The most important process starts here. This is the “Darwin” process. About 440 M inhibitorial synapses start the process of eliminating concurrent shapes, because for every basic shape n-10’000 concurrent shapes are detected. [5] The result is an extended database of shapes and forms, which are exactly like those in the original picture! 5 ai-one™ thought process 3 2 4](https://image.slidesharecdn.com/presentationforsemtech08retinaeng-124333666751-phpapp01/85/Digital-Retina-in-ai-one-4-320.jpg)
Digital Retina in ai-one
- 1. Technology Vendor for Autonomic Intelligence Solutions semantic system ag Zurich-Switzerland
- 2. The Concept of The ai-one™ Retina The concept of ai-one™ is to build a digital retina as close as possible to the biologically ideal. Seeing images and forms, structures and information is the joint work of a sensor, the eye (retina), and the human brain. The concept Original (Image) Brain (HSNM Processing) The images arrive in digital form as pixel data to the sensor. The sensor accepts image formats in various color depths from 1 channel for B&W to 3 color channels (RGB). The retina sensor processes the complex image information. It reduces the noise and deletes the pinpoint information (the absolute values). This results in a highly defined summary of the relevant information of the original image, described in relative values. The holosemantic neural meshwork (HSNM) receives the abstract information which is processed together with the knowledge about elemental forms. If the brain already knows the forms, the process may stop right there. If the brain detects unknown forms, it will try to analyze them further or match them to end the process. Sensor (Retina)
- 3. The concept of the ai-one™ Retina 1 3 2 4 ai-one™ Retina The digital ai-one™ retina is structured into the receiver layer and 3 pre-processing layers. [1] The image hits the 10’000 receiver cells. [2] These receiver cells analyze the surrounding area (~48 pixel) of each image pixel. The goal is to define, whether there is information about a structure or a form within the pixels in this area or if it is just noise. [3] In order to define important structures the retina processes each image pixel (data quant) through 3 aggregation cell layer. [4] The result is a stream of highly defined information strings, about 2 M strings. This is comparable to the information signal in the optical nerve of the human retina.
- 4. The concept of the ai-one™ HSNM The ai-one™ holosemantic neural meshwork (HSNM) contains the thought process of the ai-one™ brain. [1] The defined information strings of the ai-one™ retina (~ 2 M) hit the first processing area [2] , the star cells. There are about 1.5 M star cells. These cells detect the basic information elements. 1 [3] About 1 M so called pyramide cells detect the basic forms and shapes. [4] The most important process starts here. This is the “Darwin” process. About 440 M inhibitorial synapses start the process of eliminating concurrent shapes, because for every basic shape n-10’000 concurrent shapes are detected. [5] The result is an extended database of shapes and forms, which are exactly like those in the original picture! 5 ai-one™ thought process 3 2 4
- 5. Thank You!