JPH03501069A - recognition system - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] recognition system <Technical field> The present invention is suitable for managing and controlling large numbers of complex tasks using parallel processing. Regarding suitable recognition systems. Furthermore, the architecture of the system is It has a form that realizes artificial intelligence and can fully manage and control the parallel processing of many simultaneous events.

<Background technology> There are many different ideas about what true artificial intelligence is.

Recently, it has become clear that computers in the United States are being given a certain degree of artificial intelligence. The emphasis is on developing new programming software that can

Artificial intelligence system/hardware engineers are highly skilled in the variety and complexity of programs. It can be said that we have an obligation to provide more efficient methods that can respond to the changes in demand.

This necessity is based on the so-called ``head placement power j etc. This problem is treated as a problem of parallelism in high-speed processing. Also, the computer search technology in an effort to improve the overall performance of the search engine.

Technologies such as relational databases and associative memory abilities have also been created.

Artificial intelligence systems can be divided into two areas: deductive reasoning and inductive reasoning. However, in any system, having a learning means is an important requirement.

Previous literature includes discussions of cognitive modeling and brain models. However, there are few papers on new technology. Moreover, all of them are native or oat-based. Used in Dock sequential/sequential 7-on Neumann type disk operating computers. There are many things that can be done. For example, by parallel processing using a pooled N cubic model, This includes technologies that improve communication efficiency. In this model, certain brain cells Neuronal networks that mimic activity can be used in regular software programming. It will be done. As a result, memory utilization can be improved using disk partitioning and "virtual" memory techniques. Attention is now focused on improving the gallium arsenide or gallium arsenide using integrated circuits (VHISIC) for faster data paths, such as through more efficient media such as aluminum. Efforts have been made to meet demand. If this type of medium is used, it will take about 10 nanoseconds. memory access speed can be obtained, but parallel processing cannot be achieved using this type of medium for information processing. A computer system with a maximum conduction velocity of 300 milliseconds It is still not as good as the human brain, which is a human brain.

Despite these limitations, system designers continue to Therefore, Haradaim was developed using limited processing technology. The result is that for example.

- Development of software for sequential computers - Collaboration on sequential computers Addition of processing devices - Development of VLSI circuits containing many processing elements in the neural network etc.

Some of these developed systems include storage logic adaptive microcircuits, neural networks, By using techniques such as layering, feedback mechanisms, and short-term memory, Although some have reached the point where they have achieved the level of intelligence that However, machines with the ability to learn by themselves have not yet been developed. in this way The main reason why the development of artificial intelligence has not been achieved is that designers are still unable to develop artificial intelligence. This is because it relies on a basic conceptual structure rooted in K to achieve high levels of intelligence in computers.

Other architectures that provide a conducive environment for developing cognition within mechanical structures. It seems necessary to pay attention to texture as well.

<Disclosure of invention> One object of the present invention is therefore to be efficient.

Use parallel processing to reliably and relatively inexpensively perform large numbers of complex tasks. Provides a recognition system that provides an environment suitable for controlling and controlling computers. There is a particular thing.

According to one aspect of the invention, parallel processing is used to manage and control large numbers of complex tasks. In the recognition system for controlling.

multiple separate and intelligent processing units, each capable of performing a specific task Place, receiving and presenting information for review by said intelligent processing device; a memory means suitable for determining the storage of the information, and an instruction for storing the information; memory means having a series of memory elements arranged in fixed locations; One intelligent processing device and one other intelligent processing device means for associating the two by enabling direct communication between them; and Interface means for input or output to or from the system Kaunari.

Said intelligent processing device processes said interface taking into account the system's recognition R't. The information received from the interface means to the memory means is organized and stored in the memory. and organizing communication between said processing device and said interface means. Contains dedicated control measures to direct A recognition system is provided.

Separate intelligent processing units interact with each other and perform specific tasks. They also have the ability to perform other additional tasks.

Preferably said information is associated within said designated location of said memory means. is accumulated.

Preferably said memory means are adapted to the tasks of said intelligent processing unit. partitioned into related and separate memory partitions, thereby The information is stored in a suitable memory compartment and the information stored in said memory means is Concatenation becomes easy.

Preferably, at least some specified members of said intelligent processing device Access to the Mori compartment is restricted. Certain intelligence services with limited access The selection of suitable processing equipment is selective.

Preferably, said memory elements are addressed by content rather than location. .

Preferably, said memory means include said management means and said intelligent can be accessed substantially simultaneously by at least some of the processing units that are information from these intelligent processing devices. memory The selection of a particular intelligent processing device to access the means is done selectively. be able to.

Preferably, said memory means comprises a main memory for storing durable information and a transient memory means for storing persistent information. It consists of an active memory for storing physical information.

Preferably said main memory is connected to said management means and selected other intelligence. can be accessed almost simultaneously by A intelligent processor and information from the active memory can be replenished. Ru.

Preferably, the active memory is configured such that access to the main memory is controlled by the management means. information can be accessed almost simultaneously with the can be done.

Preferably, the main memory stores multiple intelligent processes operating in parallel. said memory elements interconnected for independent and simultaneous access by devices; Consists of a matrix of children.

Preferably, said management means are configured to store information regarding said tasks stored in said memory means. an operation that monitors and manages the basic operation of the system while taking into account some of the information related to the system; system, taking into account all information stored in administrative and memory means. Consists of administrative measures that monitor and control overall operations.

Preferably, the operational management measures are responsive to contingencies and are 3. Intelligent processing equipment and interfaces to maintain state awareness monitor the interface means and also interface with said intelligent processing device. communication of selected information between the source means.

Preferably, said operational management measures are based on the urgency of the operation. Executions can also be arranged hierarchically.

Preferably, administrative means have access to all information in said memory means. A complete solution to the accidental events that require recognition of the above-mentioned administrative measures by one's own ability. 3. Intelligent processing equipment to determine.

memory means and for selectively interacting with said operational management means and for operating the system; can be monitored.

Preferably said interface means provide certain information inputs to the system. - Directly directing information to said operational management means and directing other types of information to said other types of information. Direct intelligence in such a way that the information is subject to the scrutiny of the operational management measures. includes a channeler that directs the data to an active processing device.

Preferably, the active memory comprises short-term memory and visual memory. This short-term memory.

(i) temporarily store short-term transient information for monitoring and use by said administrative means; Ru (11) Some transient information selected by the administrative means is stored in the main memory. information, thereby converting the selected transient information into durable information. So do 011) Other transient information that is not suitable for said administrative measures after a short period of time has elapsed. make disappear The visual memory is also dedicated for.

(i + said administrative means for monitoring and selective use of said administrative means) Temporarily accumulates transient information from (11) some transient information selected by the administrative means in the short-term memory; replenish information, thereby converting the selected transient information into short-term transient information. Ru. Also G11l After a temporary period much shorter than said short period, said administrative Eliminate other transient information that is not appropriate for the method It is said to be exclusively used for

Preferably, the intelligent processing device performs one of the following tasks: includes means for doing more than one thing; (1) Graphic processing for generating and disappearing shapes rH1 > Identity recognition 011) Identity recognition processing to decode input encoded for Intelligent processing of output information transmitted via interface means. Output processing for (φ Intelligent input information received via said interface means) Input processing for processing (To control bi-directional communication with intelligent devices outside the Vl system) Telecommunications Processing The intelligent processing device is capable of handling any of the above (i) to V). It may also be possible to perform tasks other than the task.

Brief explanation of the drawings> The present invention is best understood by the following discussion of its specific embodiments. It will be. The following description is made with reference to the attached schematic diagram tl--which shows that the system The system's components are based on an architecture that simulates the human brain. are arranged.

<Best mode for carrying out the invention> As shown in the figure, the recognition system 11 generally includes 4? processing equipment related to a given task. a plurality of intelligent processing devices including storage and management means B; memory means C; , interface means, and intelligent processing device A (as shown in the figure). consisting of federated areas (not provided). The interface means connects the system to a series of external Connect to device E.

Person and B each have intelligent processing equipment.

1 micro fv-sequencer, firmware and application that controls the processor Contains the application software and the firmware and application software. local resident memory that performs its necessary processing functions as directed by the application software. It will be.

In this embodiment, the processing device A functions as a graphic processing means 13. aiden Titi recognition means 15, output processing means 17. Input processing means 19. Ondo synthesis processing Means 21. Voice recognition processing means 23. and image recognition processing means 25゛ .

Processing device A providing graphic processing means 13 outputs data to an appropriate graphic output device of E. Its main mission is to process, generate, and display graphical information. This applies according to a computer program containing the appropriate alprism for the processing unit. It is stored in the firmware 47 of the system dedicated to it.

When necessary, the processing unit 13 performs the tasks necessary for itself to accomplish its task. the necessary stored information and instant access to a permitted portion of the memory means C; I can do it.

The processing device A providing the means 15 for identity recognition is For identification purposes e.g. security cards, fingerprints, identity kits etc. Its main task is to decipher coded input. This type of processing equipment also A computer containing appropriate algorithms stored in dedicated firmware 47 computer program and, when necessary, a permitted portion of the memory means C; can be accessed immediately. The output processing device 17 has an interface Intelligent processing of output information transmitted via stages to external device E be responsible for carrying out the following. Like other processors, this processor also has its own firmware. has a computer program containing algorithms stored in the software 47. and to have immediate access to the permitted portions of the memory means C when necessary. Can be done.

The input processing device 19 receives input data from an external device via the interface means. Like any other processing device responsible for the intelligent processing of input information, The input processing device also uses algorithms stored in its own firmware 47. a computer program containing the computer program and, when necessary, the permission of the memory means C; You can access the parts immediately.

The functions of the other processing devices 21j23 and 25 are self-evident. Similarly, each has algorithms stored in its own firmware 47. a computer program containing the computer program and, when necessary, the permission of the memory means C; You can access the parts immediately.

The special telecommunications processing unit 45 is also an intelligent processing unit and is capable of handling external devices. It is placed outside the system as one of the systems E. The basic functionality of this process is control the two-way communication between the system and intelligent external devices.

This processing unit therefore performs protocol operations and also performs other operations via management means. Communicate with processing equipment and memory means.

Memory means is a series of memory elements placed at designated locations to store information. Consists of children. The designated location of the memory means is generally The system is divided into separate memory partitions related to the tasks the computer performs. Therefore, one information that is relevant to some task performed by an intelligent processing device. Since the information is stored in a proper memory partition, the related arrangement of information in the memory means is facilitated. .

Memory means Fi, including one main memory and one active memory, the main memory being durable One long-term memory 22 for storing information, and active memory One short-term memory 29 and one video suitable for storing transient information for different periods of time It consists of a target memory 31.

Firmware 47 provides one resident memory.

Long term memory 27 is specifically designed with properties that facilitate parallel processing. difference Moreover, this memory.

High-density read/write memory with memory elements interconnected in a matrix be. A memory element can be addressed simultaneously by several different processors and interconnected to allow configuration. Information is associated with a specified location in a memory element. so that each designated location collects relatedly arranged information. It will be tolerated. Therefore, memory elements by intelligent processing units Addressing is based on location and content.

The long-term memory 27 can be accessed by various processing devices A with privileges and can be managed by Storing information to form a knowledge base that can be selectively accessed by Stage B Can be done.

The memory means C may be formed of any suitable medium capable of functioning as a storage element. I can do it. for example.

The memory element is implemented with a magnetic medium that can be read or written to by the sensor head. or a solid-state electrical device that can be addressed by electronic means. It may also be implemented with a load storage device. Furthermore, memory elements such as laser memory etc. It may also be implemented in new technical forms. However, memory devices require multiple processing units. Two or more memory elements interconnected in such a way that they can be addressed simultaneously. is necessary. therefore.

Allows parallel memory access rather than memory structures that allow only sequential memory access A flexible structure is utilized. In the case of magnetic or laser memory media, this can be This can be done using several sensor heads.

Also, in the case of solid-state memory media, this can take on three dimensions. Matrix addressing structure is also desirable for this embodiment. This can be done by

The interface means is basically the information channeler 33 and the system from outside. Input/output for transferring information from the Hemata system to the outside/-)　J　9? It will be. Therefore, ports 39 have output devices 4 and input devices 43 . Special It is connected to an external device E, such as another telecommunications processing device 45 . Output device 4 1 shall include display device, printing device, digital control output 1 Okasho situation indicator, etc. be able to. The input device is.

May include local interactive input, analog input, digital input, etc. . The telecommunications processing device 45 also includes an R8232, 20mA current interface, Asynchronous and synchronous protocols such as R3422, BYSYNC, DDCMP, HDLC, etc. It consists of receiving and transmitting circuits that connect to various communication protocols, including It can be assumed that

Channeler 33 directly applies selected information received by the interface means. An intelligent processing device with an interactive interface for people and B. takes the form of

Management means B is an operational management method or an administrator 35 and an administrative management method. The means or inch left 37 consists of two execution members. Atomis Traitor 35 and InchLeft 32 distribute administrative tasks among their subordinate members. Management means can manage the operation of the entire system by hierarchically dividing the It is a special intelligent processing device.

The atomizer 35 performs processing at a higher level than the processing device A, Basically, all input and output generation segments are arranged hierarchically in a network. It takes the form of an intricate activation system. Sara K.

supervise and manage communications operations; Inch left 37 is the highest of the system The system is operated with consideration to the information stored in the total memory means C. Has the power to monitor operations and resolve contingencies. Atomistrator and Inch The functionality of both software is determined by their respective resident firmware, but It can be acquired through software development technology.

The association area between the intelligent processing devices may consist of any suitable means; Communication occurs along or through. For example, this means may consist of a bus. data is transferred from one processing device to another accordingly. Therefore, it may be possible to immediately communicate between the combined processing devices.

Therefore, one processing device has multiple federated areas, and multiple processing devices have one Resources can be shared to accomplish tasks.

From the above discussion, the interaction between the various components of the system can be parallelized at optimal speed. It is highly ordered and structured to facilitate processing. Recognize. Intelligent processing units A and B are capable of providing long-term memo provides immediate and direct access to any memory element associated with it in the memory 27. It is composed of As shown diagrammatically in the diagram.

This access is provided by the permanently attached processing unit frame, symbolized at 47. Orientation is determined by firmware. In addition, each processing device responsible for the task People communicate with atoms via a network of communication circuits 49 shown by dotted arrows in Figure 1. can interact with the controller 35 and inch left. And even more.

The interaction between processor A and inch left 3F0, system firmware 47 and This can also be done through the United States and United Areas.

The long-term memory 27 described above is stored in the long-term memory 27 when any processing device A and inch left 37 Inch left 37 and administrator are installed with firmware 47. 35 can be accessed through an intricate communication network, and The signal network passes through short-term memory and visual memory 29 and 3, respectively. It has a direct access path to long term memory via 50 and 51. long term The selected memory elements of the memory include the inch left 3F and the processing unit responsible for the task. A, and short-term memory 29 as determined by administrator 35. information will be supplemented.

Short-term mesori 29 can interact directly with inch left 37 and also It can conditionally interact with the Strator and Processor A. short term memory 29 basically temporarily stores short-term transient information from the visual memory 31. Configures dedicated erasable memory. This information may be used at InchLeft's discretion. stored in this memory device for a relatively short period of time for monitoring and selective use by Center Left. It just accumulates.

The information disappears after a short period of time, and the inch left 32 is long. If you decide not to replenish the period memory 27 with this information, then It is then discarded from the short-term memory device through the path indicated by arrow 52. system - conditional access to short-term memory by the administrator 35 and processor A; The communication network 49 connects to the intricate communication network 49 via the visual memory. This is done via path 51.

The visual memory 31 can also directly interact only with the inch left 37, and However, it is possible to conditionally interact with administrators and processors.

Provision of information sent by the system administrator 35 to receive. This visual memory 3 is selected by inch left based on the judgment of inch left 37. A dedicated system for temporarily storing very short-term transient information so that decisions can be made. It's memory. therefore.

Information in visual memory disappears and is discarded from this memory via the path shown by arrow 53. A transient period shorter than the period of short-term storage in short-term memory 29 until Consists of first-in, first-out status registers that hold information for a limited time. therefore , inch left 53 monitors this visual memory 31 at its own discretion, and Determine whether the information item is relevant to the system.

Inch left again. Supplement short-term memory 29 with information that should be further considered based on one's own judgment. Fill up.

The interface means interacts with administrator 35 or processing unit A. do. Direct interaction with the administrator is sent or received via one channel 55 All that is done is through port 39 regarding certain information that is to be sent. Atomini Indirect interaction with Strator 35 is received from port 39 via one path 57t. channeler 33 for certain information used as input to any processing device; It is done through. This indirect dialogue is between the channeler and the administrator 35. This is done by a passage 59 connecting between the two, but the administrator 35 selects information can be received through this path. In addition, the error from the system All output information is sent via path 55 to input/output port 39 and to the system. The selected input information is based on the predetermined nature and importance of the type of information. is received via either path 55 or 57, depending on the situation.

The channeler 33 sends input information from the interface means to an atomic storage. 35 and/or a suitable processing device. Ru.

The system administrator 35 is the basic administrator of the system. perform most of the tasks and interact with most of the components of the system.

Therefore, its operational and administrative tasks are primarily dedicated and administrative tasks. The strator performs four main functions:

(1) Processing equipment regarding contingencies and maintaining awareness of the operating status of the system. Monitor station A and channel 33.

(11) Directing communication of selected information between processing device A and interface means. towards

(ii+) Processing equipment, visual memory 31, short-term and conditionally interacts with long-term memory 27.29° and inch left 37.

Also N Hierarchically arrange the performance of tasks according to the urgency of the required work.

The interaction with processing unit A, various memories, and inch left is a convoluted communication system. This is done via a communication network. However, in the case of Channeler 33, a different type of dialogue occurs. where the information directed by the channeler is monitored and If you or InchLeft believes it is important and requires consideration, please make sure that the information is communicated. is copied from the channeler to the administrator 35 via path 59.

If the system administrator 35 recognizes a contingency, the administrator The strator deals with its contingencies in a hierarchical manner with respect to the other tasks it performs. Processing can be commanded and, if necessary, communicated via an intricate web of communication circuitry 49. and appropriate processing equipment.

memory and/or inches left to resolve the contingency. I can do it. Further, the administrator 35 may, in its own judgment, Some types of information acquired from operations and operational tasks can be transferred to You can take it to fiLsx and have it examined by InchLeft.

InchLeft 37 is the main intelligence unit in the system, all processing equipment, all selectively interacting with all memory means C1 and the administrator 35; can. With this ability, InchLeft requires awareness of the operation of the entire system. information to be able to resolve contingencies and to make subordinate management decisions. can be provided. Therefore, InchLeft 37 He is in a higher position than Atomist 35 in terms of resolution.

The main advantages of the invention obtained by this embodiment are:

assisted by artificial means to interpret and respond to a large number of complex phenomena. The system defines an architecture that enables some level of complex logical reasoning. It lies in righteousness. The system provides highly orderly administrative task allocation and various stored information, logical algorithms, and management data according to It uses a group of ultra-high-speed integrated parallel processing devices that can access disks in parallel at high speed. I do.

The high processing speed enables parallel processing to be performed by the processing means, and also enables each processing unit to perform parallel processing. It is possible to allocate specific tasks that should be done in parallel or in parallel with other processing units. This is achieved by arranging them in a structure that allows

Further increases speed in cases where one processing unit requires access to main memory. To raise the address of the memory, the association of the finger to the content of the information, and the main memo By storing information in the memory in an arrangement according to the content rather than a chronological arrangement. make it happen.

In this way, the processing unit can process a large amount of unrelated information until it finds the desired information. Information that can be obtained by association (association) with the content of the information without going through the information one by one. It becomes possible to proceed directly to the memory device containing the data.

A further consideration regarding speedup is that any processing unit should not be left waiting in a queue. This means that you should be able to access information instantly without being overwhelmed. be. Therefore, if a long-term memory structure like the one of the present invention is adopted, the memory element can be accessed in parallel, avoiding access conflicts with other processing units. Can be done.

To facilitate communication between processing units, memory means and management means, symbolic language is used. I like the use of words.

Furthermore, if the various functions and tasks of the system are symbolically coded, they can be expressed in one communication. This can facilitate inquiries to other people. Using a high-level symbolic language, memory The required capacity is smaller, but the execution speed is faster.

In this embodiment, Fi and various algorithms of the processing means are the functions that the processing device should perform. A dedicated symbolic program for operating a processing unit based on functions or tasks. It is written as Therefore, these programs are stored in appropriate firmware 47. is accumulated in

Finally, in order to adjust the system's high speed processing.

The management tools already mentioned provide a highly ordered and structured administrative task. It is necessary to use a disk allocation system.

It is clear that the scope of the invention is not limited to the specific embodiments described herein. Especially.

The specific functions or tasks performed by the processing unit are not necessarily limited to those described herein. to include other tasks required for a particular aggregation contract. Get more. Furthermore, you can assign different tasks to the same processing unit without changing the system. It is possible to use a single machine to perform a variety of different tasks and It is also possible to maintain performance levels.

international search report A1 CN NO, PCT/A0 88 00227WO8102477EP 472 3B JP 63034490

Claims (19)

[Claims] 1. A recognition system for managing and controlling large numbers of complex tasks using parallel processing. In a system, multiple independent and intelligent systems are created, each capable of performing a specific task. processing equipment, receiving and presenting information for review by said intelligent processing device; a memory means suitable for determining the storage of the information, and an instruction for storing the information; memory means having a series of memory elements arranged in fixed locations; One intelligent processing device and one other intelligent processing device means for federating the two by enabling direct communication between them; and Interface means for input or output to or from the system Consisting of The intelligent female processing device handles the interface in consideration of system recognition. organizing said information received from said memory means from said memory means; and organizing and directing communications between said processing device and said interface means. Contains dedicated control measures to recognition system 2. said information is stored in association within said designated location of said memory means; The recognition system according to claim 1. 3. Said memory means store information related to tasks of said intelligent processing device. partitioned into separate memory partitions so that information about either task is stored in a memory partition containing an associated arrangement of information stored in said memory means; 3. The recognition system according to claim 2, wherein the recognition system is easy to use. 4. to a designated memory partition of at least a portion of said intelligent processing unit; Recognition system with limited access. 5. A recognition system according to any of the preceding claims, characterized in that: 4. The recognition of claim 3, wherein the memory elements are addressed by content rather than location. system. 6. The memory means, including the management means, are connected to the intelligent processing device. can be accessed at about the same time by at least some of the A recognition system that can be supplemented with information from intelligent processors. 7. A recognition system according to any of the preceding claims, characterized in that: The memory means includes a main memory for storing durable information and a main memory for storing transient information. 6. A recognition system according to any one of claims 1 to 5, characterized in that the recognition system comprises an active memory for the recognition system. 8. The main memory is. The management means and other intelligent left processing selected The irises can be cultivated almost at the same time. 1. Those intelligences claim 7, wherein the processing unit is capable of replenishing the information from the active memory and the active memory. Recognition system described in. 9. The active memory is accessed by the management means in substantially the same way as the main memory. can be accessed at any time and supplemented with information from said management means. The recognition system according to claim 7 or 8. 10. The main memory is processed by multiple intelligent processing units working in parallel. a matrix of said memory elements interconnected for independent and simultaneous access; The recognition system according to any one of claims 7 to 9, comprising Rix. 11. The management means stores the information stored in the memory means and related to the task. operational management means for monitoring the basic operation of the system while taking some of the information into consideration; Controls the overall operation of the system taking into account all the information stored in the memory means. The recognition system according to any one of claims 1 to 10, comprising administrative means for managing stem. 12. The operational management measures are designed to respond to contingencies and recognize the operational status of the system. 3. Intelligent processing equipment and interface means to maintain and between said intelligent processing device and the interface means. 12. The recognition system of claim 11, capable of directing communication of selected information. 13. The operational management means may also be configured to direct the intelligence to resolve the contingency. the administrative processing device, the memory means, and the administrative means; 13. The recognition system according to claim 12. 14. The operational management means step up the execution of the task based on the urgency of the operation. The recognition system according to any one of claims 11 to 13, which can be arranged in layers. stem. 15. Administrative means have access to all information in said memory means. to resolve contingencies requiring recognition of said administrative measures through their own abilities. said intelligent processing device, memory means, and said operational management means; and selectively interacting with the system and monitoring the operation of the system. 15. The recognition system according to any one of 14. 16. The interface means directly connects certain information inputs of the system to the operator. directing other types of information to administrative means and ensuring that other types of information are Directly subject to the scrutiny of operational management measures such as other intelligent processes 16. The method according to any one of claims 11 to 15, comprising a channeler directing to the device. recognition system. 17. The active memory consists of short-term memory and visual memory, thereby (i) short-term transient memory monitored and used by said administrative means; Store information temporarily. (ii) some transient information selected by said administrative means in said main memory; information, thereby converting the selected transient information into durable information. So do, (iii) after a short period of time, other transitional circumstances not suitable for said administrative measures; reduce the information (i) the administrative means monitors the visual memory; Temporary transient information from said operational management means is temporarily stored for selective use. accumulate in (ii) some transient information in said short-term memory selected by said administrative means; replenish information, thereby converting the selected transient information into short-term transient information. Ru. and (iii) after a temporary period much shorter than said short period has elapsed; eliminate other transient information that is not appropriate for the purpose of 17. A recognition system according to any one of claims 11 to 16, wherein the recognition system is dedicated for. 18. The intelligent processing device performs the following tasks: (i) Graphic processing to generate and destroy shapes (ii) Identity recognition (iii) an identity recognition process to decode the input encoded for said Intelligent processing of information for output transmitted via interface means Output processing to do (IV) the intelligence for input information received via said interface means; Input processing for efficient processing (V) to control bidirectional communication with intelligent devices external to the system; Claims 1 to 17 comprising means for performing any one or more of the following telecommunication processes: The recognition system according to any one of the above. 19. A recognition system substantially similar to that described herein with reference to the accompanying drawings.