RU169025U1 - ADAPTIVE SPECIAL COMPUTER - Google Patents

Abstract

The adaptive special computer relates to the field of physics, namely to self-tuning control systems, i.e. systems that automatically select the optimal mode of operation to achieve a given criterion. The technical result provided by the given set of features is to perform the necessary computational operations with a self-programmable device that adapts to an arbitrarily specified control law, external intervention in the operation of which is necessary only to set control laws, change memory blocks and improve the computational core for more complex and new tasks. To achieve a technological result, an adaptive special computer needs to set control laws, load a memory block and start the device.

Description

This utility model relates to the field of physics, namely to self-adjusting control systems, i.e. systems that automatically select the optimal mode of operation to achieve a given criterion.

The task to which the claimed utility model is directed is to accelerate the calculation of a technical device. This problem is solved due to the fact that the claimed device, an adaptive special computer, is a computing device that allows you to perform calculations and independently reprogrammed depending on the computational task.

The technical result provided by the given set of features is to increase the speed of computing operations by a self-programmable device due to the device self-adaptation to the control law, which allows performing the task in real time, and accordingly adapting to changes in the control law in real time, external intervention in the operation of which is only necessary to change memory blocks and improve the computational core for more complex and new tasks.

The structural unity of the device is ensured due to the fact that all units of the device are interconnected by data buses.

Initially, the device contains the basic decryption schemes for signals and commands that are necessary for the adaptive special computer to work in a given area and for solving tasks. The law of control is a description of the external environment and a description in the form of formulas of the necessary commands with which the tasks are performed.

An adaptive special computer consists of a universal computing kernel, which is programmed by the device itself, depending on the execution of the necessary instructions stored in the memory, depending on the execution of the necessary instructions recorded on the device’s memory. The essence of the utility model is illustrated by drawings, which depict:

In FIG. 1 - shows a general diagram of an adaptive special computer.

Data processing unit - allows you to process information received from outside;

Command block - processes commands from outside and determines the necessary control law;

Memory block (Registers) - stores information about commands, temporary information;

The unit with commands transfers information to the Registers, from which, depending on the received commands, data is transferred to the control unit.

Data from external sensors (data block) are also transferred to the control unit.

The control unit determines whether the core is programmed for the necessary control law (command).

In the case when the Core is programmed for another command, the necessary data is transferred to the "Block Mask". Based on the method of pattern recognition of mathematical formulas, the Mask block constructs a virtual representation of the necessary equation in the form of a mask.

Mask block - depending on the data received from the control block, a framework is constructed for the control law transmitted by the block. The mask block analyzes the complexity of the control law, what mathematical formulas the equation consists of and, using the adaptive special calculator method, breaks the equation into components with the help of which it builds a virtual framework / mask of the given control law. Next, the resulting virtual representation of the given control law is transmitted to the Generator block.

Based on the method of pattern recognition of mathematical formulas, the Mask block constructs a virtual representation of the necessary equation in the form of a mask.

Next, the generator block, based on the received mask, creates a code. The resulting code is written to the kernel in which the necessary calculation takes place.

To achieve a technical result, an adaptive special computer needs to set control laws, load a memory block and start the device.

These properties of the adaptive special computer allow it to be used for automatic modernization and self-improvement of robotic systems.

Such properties of the claimed utility model are achieved due to the unique structure of the computing core described above.

Claims (1)

An adaptive special computer is a computing device implemented on a programmable logic integrated circuit, characterized in that it allows calculations and reprogramming depending on a given control law and consists of a universal computing kernel that is programmed by the device itself depending on the execution of the necessary commands stored in memory devices, and the universal computing core of an adaptive special computer consists of connected interconnected by the data bus of the blocks: a data processing unit for processing information received from the outside, a command block for processing the command from the outside and determining the necessary control law, a memory unit for storing information about the commands and temporary information; a control unit for determining the presence of a program in the kernel for the necessary control law, a Mask block for constructing a virtual representation of the necessary equation in the form of a mask based on the method of pattern recognition of mathematical formulas, a generator block for creating a code based on the received mask from the Mask block.

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