SU1437853A1 - Homogeneous medium cell - Google Patents

Abstract

The invention relates to a computing technique and can be used as a custom cell of a homogeneous computing environment. The purpose of the invention is to expand the functionality of the implementation of temporal and recurrent storm functions. The cell contains five triggers, nine AND elements, an OR element, four keys, a custom logic element. The cell implements twenty different states. In addition to performing logical operations on two variables and performing switching of inputs and outputs: multiplication of signals, intersection of signals, and breaking the transfer circuit of these cells between inputs and outputs of a cell, by using keys, switching signals from input to output and vice versa. The cell allows for the implementation of feedback schemes whose operation depends on discrete time. 3 ill., 1 tab. i cl

Description

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The invention relates to computing and can be used as a custom cell, a homogeneous computing environment.

The purpose of the invention is to expand the functionality through the implementation of temporary and recurrent boule functions.

FIG. 1 shows the functional diagram of the cell; in fig. 2 — cell state diagrams; in fig. 3 An example of the implementation of RS-flip-flop in a homogeneous environment.

 The cell (Fig. 1) contains tuning inputs 1-5, triggers 6-10,

-in-od -ft reset; elements AND 12-20, element OR 21, custom logic element 22, configuration inputs 23-26 of custom logic element, keys 27, 28, information logic 29, 30 custom logic element, call 31, custom logic element, information inputs 32, 33, exit 34, keys 35, 36, exit 37.

Triggers 6-10 are designed to store the code of the training signal and form the operational memory of a homogeneous medium.

Triggers 6-8, elements AND 12-20, element OR 21, and keys 27, 28, 35, 36 form a control circuit for setting up a cell of a homogeneous medium. They are designed to control the switching of the input information signals X1 and X to the information inputs ... (/, and (2 configurable logic

 element 22 and output Y of the custom logic element 22, to the outputs Y and Y of the cell, as well as to identify the information inputs. X and X with the outputs Y, and Y of the cell. Keys 27, 28, 35, and 36 must switch signals in both directions. This is achieved through the use of MOSFETs in the keys, the substrates of which are connected to ground. Therefore, regardless of the voltages at the source and drain, when the gate voltage is applied to the gate, these transistors are conducted in both directions, which ensures the transmission of signals from input to output cells and vice versa.

The operation of a homogeneous medium cell is explained in the table.

Total cell conditions in which it implements various types of lo

twenty functions. FIG. 2 shows these cell conditions. At the bottom of each state is a combination of input training signals with the following ordering: 7, Z, 777

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A homogeneous environment, where this cell is used as the main element, can be configured to implement time and recurrent Boolean functions.

FIG. Figure 3 shows a homogeneous environment that implements the functional scheme of a synchronized short-circuiting trigger, the setting matrix of which has the form (in the setting matrix, numbers are presented in the decimal number system):

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Claims (1)

Invention Formula A homogeneous environment cell containing five triggers, eight AND elements, an OR element, and a tunable logic element, with the cell reset input connected to the zero inputs of the first, second, third, fourth, and fifth triggers whose single inputs are connected to the first, second , the third, fourth and fifth tuning inputs of the cell, respectively, the direct output of the first trigger is connected to the first inputs of the first and second elements AND, the inverse output of the first trigger is connected to the first inputs of the third and fourth elements And, the direct output of the second trigger is connected to the first input of the fifth element And, the inverse output of the second trigger is connected to the first input of the sixth element And, the second input of which is connected to the second inputs of the first, third, fifth elements And and the third output of the third trigger, the inverse output of which is connected to the second inputs of the second and fourth elements AND and the first inputs of the seventh and eighth elements AND, the second inputs of which are connected to the first and second information inputs of the cell, respectively, the direct and inverse outputs four The trigger trigger is connected. 31A With the third and second tuned inputs of the tuned logic element, the third and fourth tuning ports and the first information inputs, which are connected to the simulator and inpersion outputs of the fifth trigger and the output of the eighth And element, the output of the tunable logic element is connected to the third inputs of the second and fourth elements And, about tl and h a-yu 1ts and the fact that, in order to extend the functionality due to the implementation of temporal and recurrent Boolean functions, it contains the ninth element AND and the fourth key, moves the first, third, fifth and sixth AND gates are connected to the control inputs goshimi first, second, third to fourth whose License keys, a direct output of the second flip-flop is connected to the third input of the seventh AND gate, whose output is connected The first input of the KOTODoro element is connected to the first input of the same element, the first, second and third inputs of which are connected to the direct output of the first trigger, the inverse trigger of the second trigger and the inverted output of the third trigger, respectively, the output of the OR element is connected with the second information input of a custom logic element, the first information input of the cell is connected via the first key to the first input of the ninth AND element and the first output of the cell, the second information of the 1bth port of which is connected via the second fourth keys with tser- vym informatsionnm input and second output cell, respectively, the output of the second AND element is connected to the second output of the cell and through a third switch coupled to the first output cell and vph.odom fourth AND element, Open circuit Y, 1 V y - 1 7 V - V ., , - one-. y, x, y Y X Y Table continuation Y x + y y, x, + y, - a - (g Y, X, X Y, X, + 7, Y 9 X ,, + X, Promotion table Y, X, X 2 y, t, + x y, x + x, X, Y; Y, xjj V V, Y - v 2. f 2 X, x Y,; Y. X, i State m sgroychkk x seggyoa1 I State yyo1; o and nspso | ri ln; e fty log , jjj4 e 1 pic 1st. X x x x 1 1 1 1 1 - 1 about o 1 1 about 1 o Note, X is any exit state (0.1), ..CKU for her work. Pro.ao.TTCHEChIR. tables  g S J2 about Ooh oosh . 0 and -o o- 6 / / yA-o V if bOOOOf0 / 7 // 7/7 / OOOiO 00 (i1 own z rco about YuOOO ifOOO V moi OiOiO 10010 bilOiO ma llOlf b) (Ki01 / sshg / u W ///