CA2629806A1 - Neural links/artificial intelligence/computer new internet multi-dimensional iii - Google Patents

Abstract

We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X- ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/ ultrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging , nuclear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electr on microscope (SEM)/acoustic backscatter/a cheap light scatter system that infe rs 3 - dimensional images/laser scattering system/ New technology in echocardiograp hy II/Multi- Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three- dimensional point set exactly when there common projection, a form epiphora constraint used in stereopsis, we could also use different sized squares and/or hexagons where a vortex whethe r within that single (or a gathering of) square(s)/hexagon(s) forms a curved vortex (and/or sharp angles) that protrudes into the 3 dimension and can be skewed in any direction cause d by relative rates of change between the (x,y,z -axis) (the rate of change whereby thecon tours/vortex are more gradual and the sharp angles cross each other at sharp corners - sharp angles are easily calculated while the contours/vortex includes direction and the turni ng of corners that given 2- dimensional planes, the contours/vortex (can involve protrusions an d indentations on both sides of the plane) can change direction - and rate of increasing in above direction or decreasing rate that same (the z - points/lines) not as straight relative to the (corresponding x,y - points/lines) direction, the program could allow the Us er to tweak the degrees of change along segments of the lines/curves/contours/vortex by selecting segments of lines (and adjusting rate of change from what sub segments to su b segments - possibly with a knob on the computer screen and/or mouse and/or other form o f gauge control and/or (able to convert computer tablet pictures into 3 dimensional and/or 4 sided objects for our multidimensional internet websites) we could also have the computer zoom/enlarge the line segment and a the computer travels down line at the User's selected rate of tracing and the User adjusts the dial to make the rate of change steeper or less steep and/or starting with the most common contour/vortex of all is the bell curve where (with the further option to create reflective/symmetry by pressing a button) we could for contour/vortex, add lines from side to side such that as we approach the tip peak/apex (towards the centare away from the bottom of the contour/vortex) of the contour/vortex the squeezing bands from side to side get narrower and narrower and vice versa - in order to skew towards front therefore back needs to stretch greater distance by being flatter at some ar ea along the back and/or vice versa also right to left (and vice versa) contours/vortex and th e shapes of their curves commonly found, (also the zoom enlarged tools for extra details... ) Imaging Technologies to convert real objects in Multi-Dimensional, converting to computer to multi- dimensional any and all virtual reality entities and cut and paste (colour b y contrasting boundaries between depth levels (space in front whose colour would block the object behind from being seen) (correct proportional body (entities') parts) to make the entities interact and/or animate (possibly using Neural Links to create how the body of an entity moves when facing different directions and movement of arms and torso beg. to pick something up, to hug another entity and/or fighting and all interactions and movements... basical ly body parts/segments joint to joint pivot for coordination - the degrees (directio n) that the joint can bend to extend (towards extreme joint pivotability) most focus being pivot amounts that parts of the person's natural movement versus lesser other times when trying to balance because faced with a dragging force or an opposing force or object in the way... We plan to make a version for computers and one (possibly compatible) with television all compatible with Artificial Intelligence. We allow Users to view or Neural Links experience the rooms either facing straight as a human standing facing the room from normal perspective. And/or blueprint overview of the layout room by room or several rooms at once (Zoom). The rooms can be anything from offices, waiting rooms, bedrooms, board rooms , to city walkways to wander University, any and all grounds and buildings, streets, including fantastic science fiction, fiction... The rooms/compartments/neighbourhoods/districts/cities (based on typical (usage GP) and/or customized, could be furnished with plants, tables, zoomable Televisi on where internet movies Hub or

Description

May 1 st, 2008 Note: not to be publicly published until International Patent Application has Occurred Gerard Voon Description NEURAL LINKS/ARTIFICIAL INTELLlGENCE/COMPUTER NEW INTERNET MULTI-DIMENSIONAL III

We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X-ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/
ultrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging, nuclear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electron microscope (SEM)/acoustic backscatter/a cheap light scatter system that infers dimensional images/laser scattering system/ New technology in echocardiography II/Multi-Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three-dimensional point set exactly when there common projection, a form epipolar constraint used in stereopsis, we could also use different sized squares and/or hexagons where a vortex whether within that single (or a gathering of) square(s)/hexagon(s) forms a curved vortex (and/or sharp angles) that protrudes into the 3 dimension and can be skewed in any direction caused by relative rates of change between the (x,y,z -axis) (the rate of change whereby the contours/vortex are more gradual and the sharp angles cross each other at sharp comers - sharp angles are easily calculated while the contours/vortex includes direction and the turning of corners that given 2- dimensional planes, the contours/vortex (can involve protrusions and indentations on both sides of the plane) can change direction - and rate of increasing in above direction or decreasing rate that same (the z - points/lines) not as straight relative to the (corresponding x,y - points/lines) direction, the program could allow the User to tweak the degrees of change along segments of the lines/curves/contours/vortex by selecting segments of lines (and adjusting rate of change from what sub segments to sub segments -possibly with a knob on the computer screen and/or mouse and/or other form of gauge control and/or (able to convert computer tablet pictures into 3 dimensional and/or 4 sided objects for our multidimensional internet websites) we could also have the computer zoom/enlarge the line segment and a the computer travels down line at the User's selected rate of tracing and the User adjusts the dial to make the rate of change steeper or less steep and/or starting with the most common contour/vortex of all is the bell curve where (with the further option to create reflective/symmetry by pressing a button) we could for contour/vortex, add lines from side to side such that as we approach the tip peak/apex (towards the centre away from the bottom of the contour/vortex) of the contour/vortex the squeezing bands from side to side get narrower and narrower and vice versa - in order to skew towards front therefore back needs to stretch greater distance by being flatter at some area along the back andlor vice versa also right to left (and vice versa) contours/vortex and the shapes of their curves commonly found, (also the zoom enlarged tools for extra details... ) Imaging Technologies to convert real objects in Multi-Dimensional, converting to computer to multi-dimensional any and all virtual reality entities and cut and paste (colour by contrasting boundaries between depth levels (space in front whose colour would block the object behind from being seen) (correct proportional body (entities') parts) to make the entities interact and/or animate (possibly using Neural Links to create how the body of an entity moves when facing different directions and movement of arms and torso eg. to pick something up, to hug another entity and/or fighting and all interactions and movements...basically body parts/segments joint to joint pivot for coordination - the degrees (direction) that the joint can bend to extend (towards extreme joint pivotability) most focus being pivot amounts that parts of the person's natural movement versus lesser other times when trying to balance because faced with a dragging force or an opposing force or object in the way...
We plan to make a version for computers and one (possibly compatible) with television all compatible with Artificial Intelligence.

We plan to make a version for computers and one (possibly compatible) with television all compatible with Artificial Intelligence.

We allow Users to view or Neural Links experience the rooms either facing straight as a human standing facing the room from normal perspective. And/or blueprint overview of the layout room by room or several rooms at once (Zoom).

The rooms can be anything from offices, waiting rooms, bedrooms, board rooms, to city walkways to wander University, any and all grounds and buildings, streets, including fantastic science fiction, fiction...

The rooms/compartments/neighbourhoods/districts/cities (based on typical (usage GP) and/or customized, could be furnished with plants, tables, zoomable Television where intemet movies Hub or Movies Library and boardrooms equipped with teleconference and VOIP fax and phone International calling capabilities. Along with mimicking the real world environments the websites will come with downloads of data/papers/prototype products -which are multidimensional (eg. 360 degree viewing and/or 4 sided + height and weight). We could also have environments such as space crafts, any and all environments, including (pre programmed and Artificial Intelligence characters as well as other Users) holographics rooms, eg. a multidimensional golf game where you can choose to play golf at any popular gotf course in the world. (Smaller space shuttles as they travel GP20% through space), space stations/different planets, hover vehicles (eg. The 5th Element).

Computer and Electronic retailers could allow people to wander the multidimensional buildings where products are divided by type and usage (listing substitute products), by price and quality. Except in cases where there are no substitutes, one can search via scroll type/usage of product, namebrand and the complementary products and their various model numbers.

We could replace any and all websites to multidimensional websites (with our own browsers).
Another example is plant/garden stores, plants a organized by varieties, difficulty to maintain, pictures of scanned plants at various ages (eg. seedling to flowering to fruit to description of taste of fruits to look as healthy leaves) and versions, click on the plant for care needs eg.
differing needs based on season - fertilizer, soil, temperature, sunlight, hardness, waterings - plants can also be sorted by indoors/outdoors, size).

We could also create our own multidimensional websites search engine. First search by key words names labels of entities (identities) and interactions. We could also search by (label of as above entities, interactions - identities in the picture ranked by usage/uniqueness/importance to recognition - familiarity most associated) representative picture(s), context suggested by what can be seen by label of background GP, environment) in on the specific places/locations and time that leads to picture that represents and belongs to a specific multidimensional website(s). Further advanced search can be done Gerard Voon's Logic Language Memory Model based on representative key words/clues/connections/labels/linkages/attributes. Based on each of the clues/attributes...
of the Memory Model whereby each search can have a moving gauge (for that Memory Model clues/attributes) where the User eyeballs/guesstimates determines the certainty that the Memory Model element (combinations of high probable clues/attributes based on belief that certain combinations that are unlikely to be found together for other answers lend accuracy that the answer search will prove correct) will be the strongest lead qualified by highest probability/accuracy of generating a group (that the answer belongs) or a single answer (depending on which the group and/or the single answer is most recognizable/verifiable) to the that label... and rated by the (tracing) clues/attributes of each or combinations starting with key words and the websites that have given the known information about clues/attributes and their gauge of certainty - are the most popular based on number of hits. We could also rank the known information.

We could also offer our websites for factory outlets.

One room could house the sale priced (popular goods) goods (the attention grabbers), that when pressed on for price shows all the complementary products that other people who pressed on the product also looked at and bought.

Or room for sales price from overstocked goods.

We could offer real time inventory updates that in stock left and pricing changes.

We could put in a main room with aisles or divide by separate rooms/compartments products that are complementary and/or substitutes (niches like vegetables and fruits), specialities unique stocked products that stores nearby don't stock and their prices and rate in real time qualities - eg. freshness. Re: substitutes where one can scroll down rankings by price and/or popularity (turnover relative to other substitutes).

The website could offer web surfers seasonal spending habits.

We could also offer web surfers who expect to buy what and others who enjoyed this product also.

Another application is a layout of a conference, where member/subscribers could wander and click on booths (represented by people eg. behind booth table, and/or pictures of company logos...even the prizes they are giving away) to check through their list and specs of their products, even leaving a digital business card with that company's booth. Products can be sorted by (brandname) needs they cater to and their compatibility.

We could have fashion (any and all retail) walls (segments/sections) dedicated to apparel that appeals to client type (age, size - body type proportions), affordability up to luxury. We could have a number of these machines at every mall. It would take the dimensions of a person, the model dimensions would be sent to any retail store that the person is interested in apparel and if the person is serious about the apparel choice so as to reserve or make a refundable down payment, our tech person at the mall (with many model sizes and dimensions) could go to the retail store pick different (close sizes for Ioos/tight/colour/print/pictures/logos) versions and bring them back to the our tech outlet trying rooms to put on the clothes on the model that most closely matches the dimensions of the person's body, and either video conference and/or take digital photographs and/or real time video to offer the buying experience by friendly, knowledgeable sales representatives.
Any and all business uses including networking perusing products specs and compatibilities...

Another technology converting real life objects from to multidimensional computer/television objects is to use Millimeter-Wave Imaging, backscatter X-ray.... We could either pan surround the object for 360 degrees and/or 4 sided object. Using this technology the other way around prototyping technology where the dimensions are recorded on a computer program and multiple robot sculpting arms (eg. car industry) makes a model (dimensions eg.
changing width as we travel down the length of the car) out of clay by copying expert sculptors techniques/methods using large tools to clear away large swaths making enough room for protrusions (in case the y take away the protrusions), then finer tools to get the smaller definitions, by calculating the direction relative speed, how much up, how much to the right ore left or how much downwards. Diagonal and map out by real time zoomable pixelation view of the smaller curves (rate of change of directions). Adding more clay if too much is taken off (pressing in top centre of the new added clay and blending so there is no space between the new clay where its surface faces the surface of the mistakenly over cut part). We could also use these methods for stone sculpting (where the secret seems to be the grain where the wood should be split over/under or inbetween). And stone sculpting where the secret seems to be how much momentum (force behind hammer GP) relative to the width of the chisel based on the amount of (and grain) of the slate that the chisel bangs at on the stone.

We could also use Millimeter-Wave Imaging, Backscatter X-ray Imaging (varying signal strength depending on needs and what materials lies between the location of examination and how easily the x-rays can (penetrate by type of material(s) and amount/depth blocking the x-ray view):

To scan for any and all objects defects and any and all physical damages. I
addition large stand up scanners, we could have hand held devices (mobile versions).

W could use it to scan the brain, examine the body for disease, (illness), physical injuries, perhaps integrate the device with a 360 degree (insertable) body or pipe any and all probes.
Used examine the structural integrity (eg. cracks and uneven layers, improper placement) for any and all construction and infrastructure and buildings, roads...any and all structural support (examining the perfection of cable tensioning)...

Pipes, and/or water/liquid tanks that all need to be leak proof. Also to find leaks in roofs and as well where the leaks in tunnels are coming from.

Used for shipyards any and all boats, air planes, space shuttle (mini version).
Insurance views of internal damage to cars.

The correct precision of cuts on diamonds, jewels, and the observable of impurities (and even provide certification for good quality diamonds). Also industrial diamond bits, tungsten carbide, even tires for imperfections.

Examining containers holding hazardous waste (checking for leaks) from toxic chemicals to nuclear.

Given the need to speed and amount of bandwidth for New Internet Multi-Dimensional web browsing...

We are considering building a selective quantum teleport network.

1. First we identify the all largest domains (with the most active Users) that are in close proximity to each other.

2. Then we use quantum teleportation technology to send instant communications large domain(s) to large domains(s).

3. Then, between cities and differing sets of large domains from region to region we create a back bone/superhighway between the sets of large domains.

4. These high performance networks could auction their highspeed bandwidth to the highest bidder per time period. Therefore Users with less time sensitive uses could opt for lower cost alternate network pathway. Possibly with a intelligent logistics manager that identffies network nodes that that have excess bandwidth.

5. Performance demand can be set by the User, depending on use. One way is: 1.
red light (slowest), 2. amber light (medium speed), and 3. green light (high speed).

6. Green light can have right of way along the back bone/superhighway and they would pay a higher price.

To create an information superhighway, internet high speed backbone (in addition to travel distance limits) of teleportation technologies.

This invention will maintain the integrity of the representation of the binary and/or other language reading pattem/sequence entered in the backend of the highway and produce the same reading (patterns) results at the other end of the final receiving node(s).

First we entangle a number of atoms, the number of atoms needed depends on the distance before the entangled atoms lose their (clear readability;
examinable/observability) legibility and ability to interact correctly with the photons and the number this distance limit of quantum teleportation divides into the total distance from the source/origin location, the final receiving location (depending on distance that will be required until atom's state becomes degraded beyond stability and unable to correctly recalibration), all with the atoms are entangled with the same state. Then we send place the entangled atoms in separate fibers, with the first and second fibers travelling as far a clear/stable state (and at that distance is recalibrated - their states recalibrated/re-entangled at that distance/point -recalibration/re-entanglement involves multiple comparison of states overlaid to create a clearer picture), at the next recalibration/re-entanglement (the third distance at the point of loss of quality of creaity/state) point the third fiber passes bypasses the first two check points is recalibrated/re-entangled at this check point overlaid to clearify the states.

We could also try to identify the parts that deteriorate in relation to timing and distance eg.
degraded losing momentum and integrity (constant pattern and/or rate of change of pattem) of orbit pattern (of electron or proton...). Degradation between different nodes (changes and/or rate of changes as distances), which features (states) are more lasting and easy to extrapolate and also performance of different equipment.

We could also make Multiple Screen Rooms where Users can interact with the computer screens (standing and/or sitting - eg. swivel chairs), and in the back of the room there could be a sundeck/balcony, that is raised (eg. like wood deck/floor - with a an optional brick stove, to have barbeques or just lounge while enjoying the view (all 4 sides of room and ceiling), and/or also interaction with the computer, using laser pointers to move pictures and titles (eg.
representative labels) running Gerard Voon's patented Logical Language...and each User could have their own key board, and their own mouse identity (eg. the board game monopoly pieces: car, train... -also differing colours for each piece. We could even rent internet cafes and corporate collaborative offices with this technology.

We could also use use mobile memory cards to use memory as a recording device (to replace the Dictaphone), to save chapters of sortable (eg. date/time; label;
level of importance; size) recorded and convertible to/from VOIP computer files...this device can be plug and play compatible with Black berry, itunes, cellular phone, digital camera, PDA (eg.
palm pilot and other such mobile and (lap top/desk top/back pack computer) computer compatible devices). Perhaps all fitting safely in a padded brief case and/or back pack and/or pouch, with hand traps for singular usage. They could also use the same battery source in the brief case/back pack...

Our multidimensional Internet version homepage can be a waiting room (with as secretary (Artificial Intelligence or tech support), to direct the browsers' interests;
to meet their needs... or to experts that can help them. We could even have all browsers using a main portal that has a Mega Memory Model covering organization of the grand scheme of knowledge that intuitive mimics human memory. The experts each has their own office and departments, and different sub portals can be for different uses (packaged by interest). The User can have option to his (eg. business website internet protocol website buttons) to access from any and all places anywhere on any website (where depending on the standard format each room and even main entities/interactions have different content on their internet protocol website buttons).

The Browser can shake hands with The secretary (Artificial Intelligence/Call Centre Techie/Secretary) which will screen and qualify people to speed the knowledge process and save the website owner's company time, 1. There are customers; 2. there are Media; 3. there are Level to Level of Executives - for appropriate engagement protocols (eg.
position, size of company, income range); 4. there are site map of Departments; 5. there are vertical and horizontal chain outsourcing buyers/suppliers/sellers - multidimensional displays and interactive products; 6. there are potential Investors - suit their interests in topics, subtopics the organization's strengths and weaknesses, opportunities the company is poised to benefit from (the potential risks) and management biographies; 7. there are Owners of technologies who are interested in Mergers and Acquisitions.

In additions to visual (multidimensional objects/entities/interactions), the browser can ask for anything (with the Artificial Intelligence that, depending on versions has levels and areas of expertise)... If the Artificial Intelligence trained expertise can't answer the Users questions 1.
The Al can look up the topic and research using memory models (process of elimination where in a more and more specific belonging where the answer lies, how to solve, calculate, value, creating new algorithms, and evaluate non-numerical criterias, and even data mine) to probe the Users knowledge and qualify what the User (what is the most probable clue/attribute given the information already confirmed (or already measured highly probable -list) about the answer's identity that we can check ranked by order that will add most significant confirmation of that answer, 2. if a field of expertise is not identifyable then direct the User to a Artificial Intelligence that has broader scope of expertise, 3.
finally if neither Artificial Intelligence or the browser opts any time for can go directly to a call tech support centre. The Artificial Intelligence can at the behest of the User send the criterias that the client has mentioned that they are looking for; what avenues of memory model and search engines have been tried, all to the techie call centre...

The Artificial Intelligence can quick read and organize document information for the User to save time and effort and even package large documents for delivery over the internet eg.
email (and/or attachment), download/upload...

1. It singles out/identifies key words (ranking and delivering by dependence the keywords - words that define for whom the level of understanding will be appropriate to identify the subtopics covered for each topic and that the message most relies on to get across the (points GP)) (and possibly summary important points which organization the User decides) such as entities/objects, interactions, quality and quantity which are ranked by information chunks and sent first as a preview of the place in the grand scheme of knowledge download then listing the key words ranked by importance scale (eg. number from 1 to 10), create a link between this word and other related words by memory model and/or the same word used elsewhere in other places in the document or related documents (and the level of importance sought that the other key words usage eg. 1 to 10). Then ranks them by the dependency the message is on each word per sentence and chunks of related sentences, and strings of sentences that are woven from separate sentences not necessarily consecutive, yet are related to make the a theme/broader concept understandable and/or they might just be other aspects of two related key words expounding another area that the words can be used in. Judging the keywords can be memory model -attributes/iinkages/connectians/clues/relationships (can even be latent/dormant) bonds that ties entities to entities/objects systems/parts and the belonging often characterized by closeness in some form and/or the strength/powerful/important given the usage circumstances eg. two entities or with interactions that belong together, that can be used to identify entities/objects. Entities/objects (who, what, where, when, how and the detail, directness and interactions ... answers the questions what is being done to whom, what are the effects to (whom), the input source (what/whom is the giver) and the types of inputs how the interacting operate and major (all major players and inputs and outputs by criteria where monetary value not measurable -benchmarking between eg. inputs criterias and output criterias) outcomes, to whom and what (the eg. relative sizes of impacts to taker. These are the building blocks of meaning.
2. Grammar is added as further if desired to complete the document, providing context how the entities/interactions relate revealing organization/logistics/orientation, how the entities/interactions relate, grammar orientates subject from object, who did/acted on whom if not included can lead to backwards interpretation.

We could also link the quantum teleportation system from server(s) to server(s), for companies requiring high speeds.

Claims (2)

Claims NEURAL LINKS/ARTIFICIAL INTELLIGENCE/COMPUTER NEW INTERNET MULTI-DIMENSIONAL III

We are also using Millimeter-Wave And or Backscatter (Radio/Microwave/radar/sonar/ X-ray/MRI/FMRI/DTI/CAT/Stereoscopic x-ray screening/Coherent scattering/
ultrasound, positron emission tomography (PET), nuclear magnetic resonance (NMR) imaging, nuclear quadrupole resonance (NQR) scanning, and neutron emission analysis/ for the microscopic world we could use backscattered electron (BSE) imaging in a scanning electron microscope (SEM)/acoustic backscatter/a cheap light scatter system that infers dimensional images/laser scattering system/ New technology in echocardiography II/Multi-Beam Back Scatter - Echosounders/Dual Beam Slice and View/ electron microscope, such as orientation/channelling contrast imaging and electron backscatter diffraction (EBSD), two sets of points in the plane are orthographic projections of the same three-dimensional point set exactly when there common projection, a form epipolar constraint used in stereopsis, we could also use different sized squares and/or hexagons where a vortex whether within that single (or a gathering of) square(s)/hexagon(s) forms a curved vortex (and/or sharp angles) that protrudes into the 3 dimension and can be skewed in any direction caused by relative rates of change between the (x,y,z -axis) (the rate of change whereby the contours/vortex are more gradual and the sharp angles cross each other at sharp comers - sharp angles are easily calculated while the contours/vortex includes direction and the turning of corners that given 2- dimensional planes, the contours/vortex (can involve protrusions and indentations on both sides of the plane) can change direction - and rate of increasing in above direction or decreasing rate that same (the z - points/lines) not as straight relative to the (corresponding x,y - points/lines) direction, the program could allow the User to tweak the degrees of change along segments of the lines/curves/contours/vortex by selecting segments of lines (and adjusting rate of change from what sub segments to sub segments -possibly with a knob on the computer screen and/or mouse and/or other form of gauge control and/or (able to convert computer tablet pictures into 3 dimensional and/or 4 sided objects for our multidimensional internet websites) we could also have the computer zoom/enlarge the line segment and a the computer travels down line at the User's selected rate of tracing and the User adjusts the dial to make the rate of change steeper or less steep and/or starting with the most common contour/vortex of all is the bell curve where (with the further option to create reflective/symmetry by pressing a button) we could for contour/vortex, add lines from side to side such that as we approach the tip peak/apex (towards the centre away from the bottom of the contour/vortex) of the contour/vortex the squeezing bands from side to side get narrower and narrower and vice versa - in order to skew towards front therefore back needs to stretch greater distance by being flatter at some area along the back and/or vice versa also right to left (and vice versa) contours/vortex and the shapes of their curves commonly found, (also the zoom enlarged tools for extra details... ) Imaging Technologies to convert real objects in Multi-Dimensional, converting to computer to multi-dimensional any and all virtual reality entities and cut and paste (colour by contrasting boundaries between depth levels (space in front whose colour would block the object behind from being seen) (correct proportional body (entities') parts) to make the entities interact and/or animate (possibly using Neural Links to create how the body of an entity moves when facing different directions and movement of arms and torso eg. to pick something up, to hug another entity and/or fighting and all interactions and movements... basically body parts/segments joint to joint pivot for coordination - the degrees (direction) that the joint can bend to extend (towards extreme joint pivotability) most focus being pivot amounts that parts of the person's natural movement versus lesser other times when trying to balance because faced with a dragging force or an opposing force or object in the way...
We plan to make a version for computers and one (possibly compatible) with television all compatible with Artificial Intelligence.

We allow Users to view or Neural Links experience the rooms either facing straight as a human standing facing the room from normal perspective. And/or blueprint overview of the layout room by room or several rooms at once (Zoom).

The rooms can be anything from offices, waiting rooms, bedrooms, board rooms, to city walkways to wander University, any and all grounds and buildings, streets, including fantastic science fiction, fiction...

The rooms/compartments/neighbourhoods/districts/cities (based on typical (usage GP) and/or customized, could be furnished with plants, tables, zoomable Television where internet movies Hub or Movies Library and boardrooms equipped with teleconference and VOIP fax and phone International calling capabilities. Along with mimicking the real world environments the websites will come with downloads of data/papers/prototype products -which are multidimensional (eg. 360 degree viewing and/or 4 sided + height and weight). We could also have environments such as space crafts, any and all environments, including (pre programmed and Artificial Intelligence characters as well as other Users) holographics rooms, eg. a multidimensional golf game where you can choose to play golf at any popular golf course in the world. (Smaller space shuttles as they travel GP20% through space), space stations/different planets, hover vehicles (eg. The 5 th Element).

Computer and Electronic retailers could allow people to wander the multidimensional buildings where products are divided by type and usage (listing substitute products), by price and quality. Except in cases where there are no substitutes, one can search via scroll type/usage of product, namebrand and the complementary products and their various model numbers.

We could replace any and all websites to multidimensional websites (with our own browsers).
Another example is plant/garden stores, plants a organized by varieties, difficulty to maintain, pictures of scanned plants at various ages (eg. seedling to flowering to fruit to description of taste of fruits to look as healthy leaves) and versions, click on the plant for care needs eg.
differing needs based on season - fertilizer, soil, temperature, sunlight, hardness, waterings - plants can also be sorted by indoors/outdoors, size).

We could also create our own multidimensional websites search engine. First search by key words names labels of entities (identities) and interactions. We could also search by (label of as above entities, interactions - identities in the picture ranked by usage/uniqueness/importance to recognition - familiarity most associated) representative picture(s), context suggested by what can be seen by label of background GP, environment) in on the specific places/locations and time that leads to picture that represents and belongs to a specific multidimensional website(s). Further advanced search can be done Gerard Voon's Logic Language Memory Model based on representative key words/clues/connections/labels/linkages/attributes. Based on each of the clues/attributes...
of the Memory Model whereby each search can have a moving gauge (for that Memory Model clues/attributes) where the User eyeballs/guesstimates determines the certainty that the Memory Model element (combinations of high probable clues/attributes based on belief that certain combinations that are unlikely to be found together for other answers lend accuracy that the answer search will prove correct) will be the strongest lead qualified by highest probability/accuracy of generating a group (that the answer belongs) or a single answer (depending on which the group and/or the single answer is most recognizable/verifiable) to the that label... and rated by the (tracing) clues/attributes of each or combinations starting with key words and the websites that have given the known information about clues/attributes and their gauge of certainty - are the most popular based on number of hits. We could also rank the known information.

We could also offer our websites for factory outlets.

One room could house the sale priced (popular goods) goods (the attention grabbers), that when pressed on for price shows all the complementary products that other people who pressed on the product also looked at and bought.

Or room for sales price from overstocked goods.

We could offer real time inventory updates that in stock left and pricing changes.

We could put in a main room with aisles or divide by separate rooms/compartments products that are complementary and/or substitutes (niches like vegetables and fruits), specialities unique stocked products that stores nearby don't stock and their prices and rate in real time qualities - eg. freshness. Re: substitutes where one can scroll down rankings by price and/or popularity (turnover relative to other substitutes).

The website could offer web surfers seasonal spending habits.

We could also offer web surfers who expect to buy what and others who enjoyed this product also.

Another application is a layout of a conference, where member/subscribers could wander and click on booths (represented by people eg. behind booth table, and/or pictures of company logos...even the prizes they are giving away) to check through their list and specs of their products, even leaving a digital business card with that company's booth. Products can be sorted by (brandname) needs they cater to and their compatibility.

We could have fashion (any and all retail) walls (segments/sections) dedicated to apparel that appeals to client type (age, size - body type proportions), affordability up to luxury. We could have a number of these machines at every mall. It would take the dimensions of a person, the model dimensions would be sent to any retail store that the person is interested in apparel and if the person is serious about the apparel choice so as to reserve or make a refundable down payment, our tech person at the mall (with many model sizes and dimensions) could go to the retail store pick different (close sizes for loos/tight/colour/print/pictures/logos) versions and bring them back to the our tech outlet trying rooms to put on the clothes on the model that most closely matches the dimensions of the person's body, and either video conference and/or take digital photographs and/or real time video to offer the buying experience by friendly, knowledgeable sales representatives.
Any and all business uses including networking perusing products specs and compatibilities...

Another technology converting real life objects from to multidimensional computer/television objects is to use Millimeter-Wave Imaging, backscatter X-ray. .. We could either pan surround the object for 360 degrees and/or 4 sided object. Using this technology the other way around prototyping technology where the dimensions are recorded on a computer program and multiple robot sculpting arms (eg. car industry) makes a model (dimensions eg.
changing width as we travel down the length of the car) out of clay by copying expert sculptors techniques/methods using large tools to clear away large swaths making enough room for protrusions (in case the y take away the protrusions), then finer tools to get the smaller definitions, by calculating the direction relative speed, how much up, how much to the right ore left or how much downwards Diagonal and map out by real time zoomable pixelation view of the smaller curves (rate of change of directions). Adding more clay if too much is taken off (pressing in top centre of the new added clay and blending so there is no space between the new clay where its surface faces the surface of the mistakenly over cut part). We could also use these methods for stone sculpting (where the secret seems to be the grain where the wood should be split over/under or inbetween). And stone sculpting where the secret seems to be how much momentum (force behind hammer GP) relative to the width of the chisel based on the amount of (and grain) of the slate that the chisel bangs at on the stone.

We could also use Millimeter-Wave Imaging, Backscatter X-ray Imaging (varying signal strength depending on needs and what materials lies between the location of examination and how easily the x-rays can (penetrate by type of material(s) and amount/depth blocking the x-ray view).

To scan for any and all objects defects and any and all physical damages. I
addition large stand up scanners, we could have hand held devices (mobile versions).

W could use it to scan the brain, examine the body for disease, (illness), physical injuries, perhaps integrate the device with a 360 degree (insertable) body or pipe any and all probes.
Used examine the structural integrity (eg cracks and uneven layers, improper placement) for any and all construction and infrastructure and buildings, roads...any and all structural support (examining the perfection of cable tensioning). .

Pipes, and/or water/liquid tanks that all need to be leak proof. Also to find leaks in roofs and as well where the leaks in tunnels are coming from Used for shipyards any and all boats, air planes, space shuttle (mini version).
Insurance views of internal damage to cars.

The correct precision of cuts on diamonds, jewels, and the observable of impurities (and even provide certification for good quality diamonds). Also industrial diamond bits, tungsten carbide, even tires for imperfections.

Examining containers holding hazardous waste (checking for leaks) from toxic chemicals to nuclear.

Given the need to speed and amount of bandwidth for New Internet Multi-Dimensional web browsing..

We are considering building a selective quantum teleport network.

1. First we identify the all largest domains (with the most active Users) that are in close proximity to each other.
2. Then we use quantum teleportation technology to send instant communications large domain(s) to large domains(s).
3. Then, between cities and differing sets of large domains from region to region we create a back bone/superhighway between the sets of large domains.
4. These high performance networks could auction their highspeed bandwidth to the highest bidder per time period. Therefore Users with less time sensitive uses could opt for lower cost alternate network pathway. Possibly with a intelligent logistics manager that identifies network nodes that that have excess bandwidth.
5. Performance demand can be set by the User, depending on use. One way is: 1.
red light (slowest), 2. amber light (medium speed), and 3. green light (high speed).
6. Green light can have right of way along the back bone/superhighway and they would pay a higher price.

To create an information superhighway, internet high speed backbone (in addition to travel distance limits) of teleportation technologies.

This invention will maintain the integrity of the representation of the binary and/or other language reading pattern/sequence entered in the backend of the highway and produce the same reading (patterns) results at the other end of the final receiving node(s).

First we entangle a number of atoms, the number of atoms needed depends on the distance before the entangled atoms lose their (clear readability;
examinable/observability) legibility and ability to interact correctly with the photons and the number this distance limit of quantum teleportation divides into the total distance from the source/origin location, the final receiving location (depending on distance that will be required until atom's state becomes degraded beyond stability and unable to correctly recalibration), all with the atoms are entangled with the same state. Then we send place the entangled atoms in separate fibers, with the first and second fibers travelling as far a clear/stable state (and at that distance is recalibrated - their states recalibrated/re-entangled at that distance/point -recalibration/re-entanglement involves multiple comparison of states overlaid to create a clearer picture), at the next recalibration/re-entanglement (the third distance at the point of loss of quality of creaity/state) point the third fiber passes bypasses the first two check points is recalibrated/re-entangled at this check point overlaid to clearify the states.

We could also try to identify the parts that deteriorate in relation to timing and distance eg.
degraded losing momentum and integrity (constant pattern and/or rate of change of pattern) of orbit pattern (of electron or proton... ). Degradation between different nodes (changes and/or rate of changes as distances), which features (states) are more lasting and easy to extrapolate and also performance of different equipment.

We could also make Multiple Screen Rooms where Users can interact with the computer screens (standing and/or sitting - eg. swivel chairs), and in the back of the room there could be a sundeck/balcony, that is raised (eg. like wood deck/floor - with a an optional brick stove, to have barbeques or just lounge while enjoying the view (all 4 sides of room and ceiling), and/or also interaction with the computer, using laser pointers to move pictures and titles (eg.
representative labels) running Gerard Voon's patented Logical Language...and each User could have their own key board, and their own mouse identity (eg. the board game monopoly pieces: car, train... -also differing colours for each piece. We could even rent internet cafes and corporate collaborative offices with this technology.

We could also use use mobile memory cards to use memory as a recording device (to replace the Dictaphone), to save chapters of sortable (eg. date/time; label;
level of importance; size) recorded and convertible to/from VOIP computer files...this device can be plug and play compatible with Black berry, itunes, cellular phone, digital camera, PDA (eg.
palm pilot and other such mobile and (lap top/desk top/back pack computer) computer compatible devices). Perhaps all fitting safely in a padded brief case and/or back pack and/or pouch, with hand traps for singular usage. They could also use the same battery source in the brief case/back pack...

Our multidimensional Internet version homepage can be a waiting room (with as secretary (Artificial Intelligence or tech support), to direct the browsers' interests;
to meet their needs...or to experts that can help them. We could even have all browsers using a main portal that has a Mega Memory Model covering organization of the grand scheme of knowledge that intuitive mimics human memory. The experts each has their own office and departments, and different sub portals can be for different uses (packaged by interest). The User can have option to his (eg. business website internet protocol website buttons) to access from any and all places anywhere on any website (where depending on the standard format each room and even main entities/interactions have different content on their internet protocol website buttons).

The Browser can shake hands with The secretary (Artificial Intelligence/Call Centre Techie/Secretary) which will screen and qualify people to speed the knowledge process and save the website owner's company time, 1. There are customers; 2. there are Media; 3. there are Level to Level of Executives - for appropriate engagement protocols (eg.
position, size of company, income range); 4. there are site map of Departments; 5. there are vertical and horizontal chain outsourcing buyers/suppliers/sellers - multidimensional displays and interactive products; 6. there are potential Investors - suit their interests in topics, subtopics the organization's strengths and weaknesses, opportunities the company is poised to benefit from (the potential risks) and management biographies; 7. there are Owners of technologies who are interested in Mergers and Acquisitions.

In additions to visual (multidimensional objects/entities/interactions), the browser can ask for anything (with the Artificial Intelligence that, depending on versions has levels and areas of expertise)... If the Artificial Intelligence trained expertise can't answer the Users questions 1.
The Al can look up the topic and research using memory models (process of elimination where in a more and more specific belonging where the answer lies, how to solve, calculate, value, creating new algorithms, and evaluate non-numerical criterias, and even data mine) to probe the Users knowledge and qualify what the User (what is the most probable clue/attribute given the information already confirmed (or already measured highly probable -list) about the answer's identity that we can check ranked by order that will add most significant confirmation of that answer, 2. if a field of expertise is not identifyable then direct the User to a Artificial Intelligence that has broader scope of expertise, 3.
finally if neither Artificial Intelligence or the browser opts any time for can go directly to a call tech support centre. The Artificial Intelligence can at the behest of the User send the criterias that the client has mentioned that they are looking for; what avenues of memory model and search engines have been tried, all to the techie call centre...

The Artificial Intelligence can quick read and organize document information for the User to save time and effort and even package large documents for delivery over the internet eg.
email (and/or attachment), download/upload...

1. It singles out/identifies key words (ranking and delivering by dependence the keywords - words that define for whom the level of understanding will be appropriate to identify the subtopics covered for each topic and that the message most relies on to get across the (points GP)) (and possibly summary important points which organization the User decides) such as entities/objects, interactions, quality and quantity which are ranked by information chunks and sent first as a preview of the place in the grand scheme of knowledge download then listing the key words ranked by importance scale (eg. number from 1 to 10), create a link between this word and other related words by memory model and/or the same word used elsewhere in other places in the document or related documents (and the level of importance sought that the other key words usage eg. 1 to 10). Then ranks them by the dependency the message is on each word per sentence and chunks of related sentences, and strings of sentences that are woven from separate sentences not necessarily consecutive, yet are related to make the a theme/broader concept understandable and/or they might just be other aspects of two related key words expounding another area that the words can be used in. Judging the keywords can be memory model -attributes/linkages/connections/clues/relationships (can even be latent/dormant) bonds that ties entities to entities/objects systems/parts and the belonging often characterized by closeness in some form and/or the strength/powerful/important given the usage circumstances eg. two entities or with interactions that belong together, that can be used to identify entities/objects. Entities/objects (who, what, where, when, how and the detail, directness and interactions... answers the questions what is being done to whom, what are the effects to (whom), the input source (what/whom is the giver) and the types of inputs how the interacting operate and major (all major players and inputs and outputs by criteria where monetary value not measurable -benchmarking between eg. inputs criterias and output criterias) outcomes, to whom and what (the eg. relative sizes of impacts to taker. These are the building blocks of meaning.

2. Grammar is added as further if desired to complete the document, providing context how the entities/interactions relate revealing organization/logistics/orientation, how the entities/interactions relate, grammar orientates subject from object, who did/acted on whom if not included can lead to backwards interpretation.

We could also link the quantum teleportation system from server(s) to server(s), for companies requiring high speeds.
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