Claims:We Claim:
1. A method for an iterative, criticism driven system for building and continuing Value Webs comprising of:

a. means for imbedding mind like qualities and conduct in specialists

b. means for encouraging development in specialists.

2. The system of claim 1, wherein utilized for encouraging association among specialists advancing criticism, learning and developing gathering virtuoso in a fundamentally compacted timespan.

3. The system of claim 1, wherein utilized for streamlining specialist design language esteems in collective conditions the system
, Description:Technical Field of the Invention:
The present invention identifies with specific terms of craftsmanship are utilized. To help with understanding the planned significance of these terms right now, ought to be made to certain distributed fills in as detailed hereinafter:
Background of the Invention:
Another significant part of a synergistic situation is access to data. At one level this need can be tended to by giving different pieces of literature all through the workspace. The furniture segments of the present invention are well-Suited for this reason in that they incorporate an assortment of rack space, work Surfaces and show Surfaces. The workspace Should, however, likewise incorporate access to electronic databases including the Internet and information distribution centres. To encourage Such access, the situations of the present invention ideally incorporate showcase screens all through the Space and furniture segments are intended to versatilely Support Such screens.
Also, the furniture parts and armature components are intended to cover, or guide links and wires associated with electronic segments. This assortment of segments and their plan inside the conditions (as appeared in the drawings and indices) can give all out Seamless media joining inside the earth. What's more, the System is exceptionally Scalable and versatile to new innovations that are currently generally accessible or liable to turn out to be broadly accessible in the following barely any years, including huge Scale electronic work dividers, electronic associates, electronic presentations, ongoing Video conferencing, smart specialists and information stockrooms.
All in all, these segments give a situation wherein data can be made accessible varying, i.e., "in the nick of time data," and remote coordinated effort is Seamless

Object of the Invention:
The object of the present invention object is a give a perfect domain to the mix of "inquiry tone" innovation in which data streams uninhibitedly varying in a frictionless market So that leaders can acquire all the data they need when required from information stockrooms.
Summary of the Invention:
As indicated by the present invention, a client fabricates the specialists and afterward, as per the Overall procedure of the present invention tests the operator, utilizes the specialist, sets a term for the specialist and Stores the experience. Utilizing standards of cycle and recursion, together with input and minimum amount, the System becomes Self-adjusting and Self-improving.
Obviously, testing the specialist requires re-enactment. The procedure channels portrayed are required to repeat a Scan construct process. Specifically, when working with human operators, it is conceivable to take part in a totally different degree of cognizance that is frequently alluded to as "conceptualizing." Although conceptualizing is regularly alluded to as simply one more sort of manner of thinking, it is in actuality an altogether extraordinary degree of awareness where the brain is framing new associations without the imperative of rationale. To recreate this procedure in a machine, it is important to utilize a randomizer that is iterative and Self-adjusting. At the fundamental level, the randomizer can make arbitrary associations of significant or related bits of information and afterward test those irregular connec tions to perceive what kind of results they give.
Machines equipped for this sort of randomizer action incorporate a planner who concocted the morphological constrained association process as a method for Searching for associations that no "consistent brain would make.
Another critical module of the system and method for incorporating/improving technical Systems for advancing operator collaboration is the example recognizer. The example recognizer is a System that examinations information and searches for designs in the information. It gives data concerning these examples as a potential course for picking up input. For instance, the example recognizer may break down the client's contribution to the System (literary, sound or visual) and contrast these different contributions with check whether an example can be perceived.
An example is perceived, the System can Suggest extra sources of info that have a comparative example. The client/System interface the interface might be programmed or straightforward to the client. Right now, client's acknowledgment, passive consent or dismissal of the Suggestion got from design acknowledgment will permit the System to gain from input. The example recognizer therefore encourages input into the System So that even a nonexclusive Simple specialist can rapidly "instruct itself to be a tweaked operator for the specific client. The operators along these lines show them Selves through use of the System and method of the present invention.
The example acknowledgment Strategies utilized might be kinaesthetic, visual, Verbal and blends thereof. Further, "logical' data might be utilized Such as kind, area, size, Scope or different characteristics.
Right now, present invention gives a bound together Process and System for moving toward the wide assortment of issues related with the change to a knowl edge economy. The System applies a steady coherent Sequence to the assortment of issues and depends to an enormous degree on recursion, emphasis, minimum amount and input to permit Solutions to rise in any event, when the basic proportion male for why the arrangement works may not be completely comprehended.
The fundamental procedure follows the three-feline model methodology of planning, building and testing through recreation and taking care of back the consequences of the Simulation to the structure. A focal component of the achievement of this system is that the Simulator gets Smarter as it comes. In this way, the Simulator has a learning mode. The Simulator produces results that are Stored as an information or information stockroom, which gives contribution to future Simulations.
Note that a similar procedure applies to all Sub-Systems of the present invention. Right now, present invention gives a conventional System of a simultaneous designing that is appropriate to a wide assortment of Systems.
Key to the present invention is the iterative structure of operators as Solutions to complex issues. As per the present invention, the specialist (Solution) is planned with least data and afterward manufactured. The specialist can act inside its condition, and ready to give data concerning its outcomes So that this data can be utilized in refining the plan. In this manner, specialists advance or rise through recursion and cycle.
This is on a very basic level unique in relation to the methodology taken today in attempting to structure complex Solutions utilizing more data from information distribution centres in the underlying plan. In the event that an excessive amount of data is presented in the plan of the underlying specialist, at that point the operator is So compelled that it can't develop or rise through genuine encounter.
It is right now the present invention gives an IC industrial facility, in iterative recursive motor of creation. In this way, the present invention depends on the basic acknowledgment that information is made distinctly in connection with the real world and the experience picked up along these lines. To make a "motor of creation', along these lines, it is important to make a System that permits both association with a situation (either real or Simulated) and gaining from the experience of the collaboration.
With these two essential qualities, the capacity to improve the operator or the structure is restricted distinctly by the capacity to repeat Successive ages of the plan through the Simulation and learning process. Along these lines, repeat Sion, association and criticism are the key components to this intelligent procedure.

Brief Description of Diagrams:
Fig.1 is the stream layout in the present embodiment of an invention
Detailed Description of Invention:
As shown in FIG. 1 this process includes the following Steps. In Step, the original State model applicable to the iteration at hand is inputted, and in Step a current State model is inputted. In Step, these two models are compared to develop a differential or delta between them. In step, a matrix and set of rules applicable to the issue of the iteration are developed. In Step the matrix and set of rules are inputted with the delta. In step, a first combination of the matrix and rules are applied to the delta. In Step, Subsequent combinations of the matrix and rules are iteratively applied to the delta until a provisional dissolve of the delta is reached. This Process can include agents, an environment, and performance of work, as described in relation to the agent produced by the combination of matrix and rules is applied to the delta to produce a provisional dissolve. In this agent is shipped either back into the current or out to a new environment, or both. A similar process occurs with regard to step and can occur with regard. At its highest level, the currently preferred embodiment of the System for optimizing human and architectural pattern language values of the present invention is based on the recognition that a collaborative work environment is a collection of objects and that the System has rules. Thus, the System comprises a computer System that has means for Storing information concerning: what objects can be used within an environment, the cost of each of the objects, the architectural rules governing the objects and the environment, the architectural values associated with the objects and the environment and knows the rules of pattern language. This data can be Stored in memory tables or any other Suitable means.
Since some of the values, such as architectural values, vary according to a customer's taste or preferences, the System preferably includes means for adjusting the relative values of things Such as architectural values based on a customer's or client's objectives.
The system also includes means, preferably electronic display monitors, for displaying a representation of the environmental layout and means, such as icons, for graphically representing objects within the environment. In the preferred embodiment, the user can use a pointing tool, such as a mouse, to "pick up’ and place the objects in desired locations within the environment.
Since the System knows the cost of the objects Selected, the architectural rules concerning its placement, the architectural values associated with particular objects in the rules of pattern language, the System can provide the total cost as well as architectural values Score or in the pattern language Score, on a real time basis. In accordance with a further embodiment of the invention, the System of the present invention can be used to manage the environment. In particular, the System can be designed So that the individual System knows what objects are in the environment and where those objects are (how the environment is configured).
This can be achieved in a variety of ways Such as by placing chips in each of the objects or placing Sensors within the environment. In this way, the System can monitor an environment once in place and Send a warning, if, for example, an object is moved into a place that is architecturally unacceptable Thus, in Summary, the System facilitates both design and placement of furniture in office, home and other environments and also monitors the While there are various ways of operating and configuring the System of the present invention, show a high level system flow diagram and shows a high level view of one possible system configuration according to the present invention. the system is adapted for use by a User 1 working at a personal computer or workstation 2 that includes a display monitor, which Serves as the display means.
Personal computer may also include a CPU for performing all System functions or, as shown, the computer may be linked, to a network that includes a mainframe or Server computer.
Although a Specific hardware configuration is shown, the hardware configuration is not critical to the System of the invention. Specifically, as noted before, all the System functions could be performed on a Stand-alone computer. That are available for use within the environment. For each object, the System should store at least data concerning the object's size, shape and location within the environment. The System also stores in memory data relating to the parameters of the environment and applicable architectural rules.
Again, the location of this memory within the System and environment is not critical. For example, much of the information concerning the attributes of the objects could be stored within or on the objects themselves if each object includes a microchip or even a CPU.