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ES2601193A1 - Application of a quaternary language for computer (Machine-translation by Google Translate, not legally binding) - Google Patents

Application of a quaternary language for computer (Machine-translation by Google Translate, not legally binding) Download PDF

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ES2601193A1
ES2601193A1 ES201500617A ES201500617A ES2601193A1 ES 2601193 A1 ES2601193 A1 ES 2601193A1 ES 201500617 A ES201500617 A ES 201500617A ES 201500617 A ES201500617 A ES 201500617A ES 2601193 A1 ES2601193 A1 ES 2601193A1
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cable
language
quaternary
transistor
computer
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ES2601193B1 (en
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Fº JAVIER PORRAS VILA
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    • HELECTRICITY
    • H03ELECTRONIC CIRCUITRY
    • H03KPULSE TECHNIQUE
    • H03K19/00Logic circuits, i.e. having at least two inputs acting on one output; Inverting circuits
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F7/00Methods or arrangements for processing data by operating upon the order or content of the data handled
    • G06F7/38Methods or arrangements for performing computations using exclusively denominational number representation, e.g. using binary, ternary, decimal representation
    • G06F7/48Methods or arrangements for performing computations using exclusively denominational number representation, e.g. using binary, ternary, decimal representation using non-contact-making devices, e.g. tube, solid state device; using unspecified devices
    • G06F7/49Computations with a radix, other than binary, 8, 16 or decimal, e.g. ternary, negative or imaginary radices, mixed radix non-linear PCM

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  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Computing Systems (AREA)
  • Mathematical Optimization (AREA)
  • Mathematical Analysis (AREA)
  • Computational Mathematics (AREA)
  • Pure & Applied Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Nonlinear Science (AREA)
  • Computer Hardware Design (AREA)
  • Mathematical Physics (AREA)
  • Input From Keyboards Or The Like (AREA)

Abstract

The application of a quaternary computer language is a basic hardware system that each letter of a computer keyboard will multiply by four to signify the four proper numbers of a quaternary language. This basic system consists of a main cable (1), a transistor (2) and a resistor (3) that are joined to a metal plate (4), to which is also connected the cable (5) of the keyboard. This cable (5) has two thermistors (8, 17), and, bifurcates in two other parallel cables (6, 7). One of them (6) is directed towards a transistor (9), and, the other (7) is directed to a thermistor (11). Then, the ends of these three cables are connected to a second metal plate (13) which, on the other hand, is connected to the component of the computer that is responsible for translating the described hardware system into the software. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPCIÓN DESCRIPTION

Aplicación de un lenguaje cuaternario para ordenador. Application of a quaternary computer language.

Objeto de la invención 5 Object of the invention 5

El principal objetivo de la presente invención es el de poder utilizar un Lenguaje Cuaternario en el hardware de un Ordenador, porque esto permitirá hacer programas mucho más rápidos que, por lo menos, duplicarán la Velocidad de Proceso que tienen los Ordenadores que utilizan un Lenguaje Binario. Las consecuencias de la duplicación de la 10 Velocidad son, entre otras, una mayor Velocidad en las transmisiones de información vía GPS, ya que se reducirá a la mitad la densidad de bits que habrá que enviar en cada información, lo que afectará directamente a las emisiones de Radio, de Televisión, de Internet, y, de Telefonía. The main objective of the present invention is to be able to use a Quaternary Language in the hardware of a Computer, because this will allow to make programs much faster that, at least, will double the Process Speed of the Computers that use a Binary Language . The consequences of duplication of the 10 Speed are, among others, a higher Speed in the transmission of information via GPS, since the bit density that will be sent in each information will be reduced by half, which will directly affect the Radio, Television, Internet, and Telephony broadcasts.

15  fifteen

Antecedentes de la invención Background of the invention

El principal antecedente de la presente invención lo constituyen los elementos que forman el hardware del Sistema Básico que se presenta, que después, como se explicará más tarde, se multiplicará por cuatro para cada Letra del Teclado. Estos elementos son 20 conocidos y habituales en la Electrónica, ya que son Transistores, Termistores y Resistencias. Los Ordenadores suelen utilizar un Lenguaje Binario que se reduce al hecho de hardware de que, por un Cable Conductor, o, pasa o no pasa la Corriente, lo que se significa como un Uno (1), o, un Cero (0). De ésta manera el Tiempo en la transmisión de la información en bits, se duplica respecto al Tiempo en que un Lenguaje 25 Cuaternario las puede enviar. En éste Lenguaje Cuaternario, el hecho de hardware que se va a considerar es, no sólo si pasa (1), o, si no pasa (0) la Corriente por uno de los Cables, sino, también, si ésta Corriente excede determinado valor (2), o, si no llega a éste mismo valor (3), lo que nos permite añadir dos Números más, el Dos y el Tres, a los Ceros y Unos del Lenguaje Binario. 30 The main antecedent of the present invention is the elements that form the hardware of the Basic System presented, which later, as will be explained later, will be multiplied by four for each Letter of the Keyboard. These elements are known and common in Electronics, since they are Transistors, Thermistors and Resistors. Computers often use a Binary Language that is reduced to the fact that hardware, through a Conductor Cable, or, passes or does not pass the Current, which is meant as a One (1), or, a Zero (0). In this way, the Time in the transmission of the information in bits is doubled with respect to the Time in which a Quaternary Language 25 can send them. In this Quaternary Language, the fact of hardware to be considered is, not only if (1) passes, or, if the Current does not pass through one of the Cables, but also, if this Current exceeds a certain value (2), or, if it does not reach this same value (3), which allows us to add two more Numbers, Two and Three, to the Zeros and Ones of the Binary Language. 30

Descripción de la invención Description of the invention

La Aplicación de un lenguaje cuaternario para ordenador, es el hardware en el que vamos a situar los elementos fundamentales en los que aplicamos el Lenguaje Cuaternario. 35 Comenzamos con el Cable Principal (1) por el que circula la corriente del circuito que tiene una determinada Intensidad y un determinado Voltaje, y, los otros dos componentes que tiene a ambos lados, -un Transistor (2) y una Resistencia (3)-, que vienen por otros dos Cables, y, se conectan, al igual que el Cable Principal (5), a una Placa Metálica (4). A ésta Placa (4), también se conecta, por el otro lado, y, en el mismo punto de conexión 40 que el Cable (1), un segundo Cable Principal (5) que corresponde a un componente, -una de las teclas del teclado del ordenador, por ejemplo-, que se dirige directamente hacia la Segunda Placa Metálica (13) a la que se une en el Punto de Conexión (15). The application of a quaternary language for computers is the hardware in which we will place the fundamental elements in which we apply the Quaternary Language. 35 We start with the Main Cable (1) through which the current of the circuit that has a certain Intensity and a certain Voltage circulates, and, the other two components that it has on both sides, - a Transistor (2) and a Resistance (3 ) -, which come through two other Cables, and, like the Main Cable (5), they are connected to a Metal Plate (4). To this Plate (4), it is also connected, on the other side, and, at the same connection point 40 as Cable (1), a second Main Cable (5) corresponding to a component, -one of the keys from the computer keyboard, for example-, which goes directly to the Second Metal Plate (13) to which it joins at the Connection Point (15).

Al Cable (5) se le añaden dos bifurcaciones en paralelo (6, 7). Una de las bifurcaciones 45 (6) conduce a un Transistor (9) que, con un Cable (10), se conecta a la Placa Metálica (13) en el Punto de Conexión (14). La otra bifurcación (7) conduce a un Termistor del tipo (PCT), cuyo Cable (12) se conecta al Punto de Conexión (16) de la Placa (13). El Cable (5) tiene, también, dos Termistores (8, 17) situados en Serie, uno de tipo (NTC) y otro de tipo (PTC), que no dejarán pasar la Corriente cuando ésta tenga una Potencia mayor o 50 menor que la de la Potencia umbral de la Corriente Principal del Circuito. El To the Cable (5) two bifurcations are added in parallel (6, 7). One of the bifurcations 45 (6) leads to a Transistor (9) that, with a Cable (10), connects to the Metal Plate (13) at the Connection Point (14). The other fork (7) leads to a Thermistor of the type (PCT), whose Cable (12) is connected to the Connection Point (16) of the Board (13). The Cable (5) also has two Thermistors (8, 17) located in Series, one of type (NTC) and one of type (PTC), which will not let the Current pass when it has a Power greater than or less than 50 that of the threshold Power of the Main Current of the Circuit. He

funcionamiento de éste Sistema se explica en detalle en el siguiente apartado de Descripción de un modo de realización preferido. Fecha de la invención: (11.08.15) Operation of this System is explained in detail in the following Description section of a preferred embodiment. Date of the invention: (11.08.15)

Descripción de las figuras Description of the figures

5  5

Figura n° 1: Vista en planta de los elementos fundamentales del sistema de hardware al que aplicamos el Lenguaje Cuaternario. A la izquierda tenemos tres Cables que provienen de una de las Teclas del Teclado que ha enviado la Comente hacia uno de éstos tres elementos: el Cable Principal (1), el Transistor (2), o, la Resistencia (3) que se conectan a la Primera Placa Metálica (4). 10 Figure 1: Plan view of the fundamental elements of the hardware system to which we apply the Quaternary Language. On the left we have three Cables that come from one of the Keyboard Keys that the Comment has sent to one of these three elements: the Main Cable (1), the Transistor (2), or, the Resistance (3) that are connected to the First Metal Plate (4). 10

El Cable (5), que tiene dos Termistores (8, 17), se bifurca en otros dos Cables (6, 7). Uno de los Cables (6), conduce a un Transistor (9), y, el Cable (7) conduce a un Termistor (11). Los tres Cables se conectarán, después, a una segunda Placa Metálica (13) que, será la que, por el otro lado, se conectará al componente del Ordenador que traducirá el 15 hardware de éstos pulsos eléctricos, al software de los programas que utilice. The Cable (5), which has two Thermistors (8, 17), branches into two other Cables (6, 7). One of the Cables (6), leads to a Transistor (9), and, the Cable (7) leads to a Thermistor (11). The three Cables will then be connected to a second Metal Plate (13) which, on the other hand, will be connected to the Computer component that will translate the hardware of these electrical pulses, to the software of the programs you use .

Figura nº 1: Figure 1:

1) Cable principal 20 1) Main cable 20

2) Transistor 2) Transistor

3) Resistencia 3) Resistance

25  25

4) Placa metálica de conexión de los cables (5) 4) Metal cable connection plate (5)

5) Cable conectado a un componente 5) Cable connected to a component

6) Cable bifurcado hacia el Transistor 30 6) Bifurcated cable to Transistor 30

7) Cable bifurcado hacia el Termistor 7) Forked cable to the Thermistor

8) Termistor del tipo (NTC) 8) Thermistor type (NTC)

35  35

9) Transistor 9) Transistor

10) Cable de conexión a la Placa (13) 10) Plate connection cable (13)

11) Termistor del tipo (PTC) 40 11) Thermistor type (PTC) 40

12) Cable de conexión a la Placa (13) 12) Plate connection cable (13)

13) Placa de conexiones de los cables de salida 13) Output cable connection plate

45  Four. Five

14) Punto de conexión del cable del Transistor con el número (2) en el lenguaje cuaternario 14) Transistor cable connection point with number (2) in the Quaternary language

15) Punto de conexión del cable con la comente del circuito con el número (1) en el lenguaje cuaternario 50 15) Cable connection point with the circuit comment with the number (1) in Quaternary language 50

16) Punto de conexión del cable del Termistor con el número (3) en el lenguaje cuaternario 16) Thermistor cable connection point with number (3) in the Quaternary language

Descripción de un modo de realización preferido Description of a preferred embodiment

5  5

La Aplicación de un lenguaje cuaternario para ordenador, está caracterizada por ser un Sistema de hardware, en el que, como se observa en la figura nº 1, en el lado izquierdo tenemos tres Cables que provienen de una de las Teclas del Teclado, que ha enviado la Corriente hacia uno de éstos tres elementos, el Cable Principal (1), el Transistor (2), o, la Resistencia (3). El Cable (5) que recoge esa Corriente puede tener el mismo valor de 10 Corriente del Circuito, -la que llega por el Cable (1)-, en cuyo caso, la Corriente seguirá por el Cable (8) y se conectará al Punto de Conexión (15) de la Segunda Placa Metálica (13). A éste valor de Corriente del Circuito le corresponderá el número (1) en el Lenguaje Cuaternario. La Corriente del Circuito, por su valor concreto, no podrá atravesar ni el Transistor (9), ni el Termistor (11). Sólo podrá atravesar, por su valor concreto de 15 Potencia, los dos Termistores (8, 17) que tiene en su Cable, que sólo pueden dejar pasar una Potencia concreta como la de la Corriente del Circuito, y, no pueden dejar pasar una Corriente mayor, ni una menor. The application of a quaternary computer language is characterized by being a hardware system, in which, as seen in figure 1, on the left side we have three Cables that come from one of the Keyboard Keys, which has sent the Current to one of these three elements, the Main Cable (1), the Transistor (2), or, the Resistance (3). The Cable (5) that collects that Current can have the same value of 10 Circuit Current, -the one that arrives through the Cable (1) -, in which case, the Current will follow the Cable (8) and will connect to the Point Connection (15) of the Second Metal Plate (13). This number of Current of the Circuit will correspond the number (1) in the Quaternary Language. The Circuit Current, due to its specific value, may not pass through either the Transistor (9) or the Thermistor (11). Only the two Thermistors (8, 17) that it has in its Cable, which can only pass a specific Power such as that of the Circuit Current, and can not pass a Current, can pass through, for their specific value of 15 Power. Major, not a minor.

Tenemos, ya, por tanto, dos Números del Lenguaje Cuaternario. El cero (0), para cuando 20 no pasa Corriente alguna por el Cable (5), y, el uno (1), para cuando la Corriente del Circuito consigue llegar hasta el Punto de Conexión (15) de la Segunda Placa (13). Pasamos a localizar, ahora, el Número (2) del Lenguaje Cuaternario. En el caso de que la Corriente llegue a la Primera Placa (4) desde el Transistor (2), -que también puede ser una Bobina-, en donde haremos que crezca su Potencia, ésta Potencia no podrá seguir el 25 camino del Cable (5) hacia la Segunda Placa (13), porque se lo impedirá un Termistor (8), o, el otro (17), ni tampoco podrá atravesar al tercer Termistor (11) del Cable bifurcado (7) porque su Potencia será demasiado elevada. Y, por tanto, a ésta Corriente no le queda otro remedio que atravesar el Transistor (9) ya que, sólo él, está capacitado para asumir dicha Potencia elevada. Cuando ésta Corriente llegue a la Placa (13), le corresponderá el 30 Número (2), con lo que ya tenemos tres de los Números buscados. Pasamos al Número (3) del Lenguaje Cuaternario. We have, therefore, two Quaternary Language Numbers. The zero (0), for when 20 does not pass any Current through the Cable (5), and, the one (1), for when the Circuit Current manages to reach the Connection Point (15) of the Second Plate (13 ). We will now locate the Number (2) of the Quaternary Language. In the event that the Current reaches the First Plate (4) from the Transistor (2), which can also be a Coil, where we will grow its Power, this Power will not be able to follow the 25 Cable path ( 5) towards the Second Plate (13), because it will be prevented by a Thermistor (8), or, the other (17), nor can it cross the third Thermistor (11) of the forked Cable (7) because its Power will be too high . And, therefore, this Current has no other choice but to go through the Transistor (9) since, only he, is qualified to assume such high Power. When this Current reaches the Plate (13), it will correspond to 30 Number (2), with which we already have three of the Numbers sought. We turn to Number (3) of the Quaternary Language.

En el caso de que la Corriente llegue a la Placa (4) desde el Cable en donde se encuentra la Resistencia (3), su Potencia se reducirá mucho, y, al pasar por el Cable (5), 35 ésta Potencia no será capaz de atravesar el Transistor (9), ni los otros dos Termistores (8, 17), con lo que no tendrá otro remedio que pasar por el Termistor (11) y por su Cable (12), lo que le permitirá llegar al Punto de Conexión (16) de la Segunda Placa Metálica (13), en donde le corresponderá el Número (3) del Lenguaje Cuaternario. Cada Letra del Teclado, por tanto, se conectará a Cuatro Sistemas Paralelos como el descrito, que se 40 conectarán, todos ellos, uno por arriba del otro, a la Segunda Placa Metálica (13), a la que se conectarán también, por el otro lado, los Cables que dirigirán estos pulsos eléctricos recibidos, hacia el componente que deberá traducir al Software los cuatro Números que le habrán llegado, o sea, los cuatro pulsos simultáneos de Corriente de cada uno de los Cuatro Sistemas Paralelos. Así, como ejemplo, la Letra que corresponda 45 al Número (0123), no habrá enviado Corriente hacia el Primer Sistema conectado en la zona superior de la Placa (13), a lo que corresponde el Número (0). Hacia el Segundo Sistema Paralelo, la Letra habrá enviado un pulso de corriente que habrá atravesado los dos Termistores (8, 17), a lo que le corresponde el Número (1) en el Segundo Sistema inmediato inferior, conectado a la Placa (13). La misma Letra, al mismo tiempo, hacia el 50 Tercer Sistema Paralelo, -que se encuentra conectado por debajo de los anteriores a la In the event that the Current reaches the Plate (4) from the Cable where the Resistance (3) is located, its Power will be greatly reduced, and, when passing through the Cable (5), this Power will not be able of crossing the Transistor (9), nor the other two Thermistors (8, 17), so you will have no choice but to go through the Thermistor (11) and its Cable (12), which will allow you to reach the Point of Connection (16) of the Second Metal Plate (13), where the Number (3) of the Quaternary Language will correspond. Each Letter of the Keyboard, therefore, will be connected to Four Parallel Systems as described, which will be connected, all of them, one above the other, to the Second Metal Plate (13), to which they will also be connected, by the on the other hand, the Cables that will direct these received electrical pulses, towards the component that will have to translate to the Software the four Numbers that will have arrived to him, that is to say, the four simultaneous pulses of Current of each one of the Four Parallel Systems. Thus, as an example, the Letter that corresponds to Number (0123), will not have sent Current to the First System connected in the upper zone of the Plate (13), to which the Number (0) corresponds. Towards the Second Parallel System, the Letter will have sent a current pulse that will have passed through the two Thermistors (8, 17), to which corresponds the Number (1) in the second Lower Immediate System, connected to the Plate (13) . The same Letter, at the same time, towards the 50 Third Parallel System, which is connected below those before the

Placa (13)-, habrá enviado un pulso de corriente que habrá atravesado, tan sólo, el Transistor (9), a lo que le corresponderá el Número (2). Y, al Cuarto Sistema Paralelo, conectado en la zona inferior de la Placa (13), habrá llegado el pulso de corriente que habrá atravesado, tan sólo, el Termistor (11), a lo que le corresponderá el Número (3). Ahora, el Software que se conecta por el otro lado de la Placa (13), a estos Cuatro 5 Sistemas Paralelos, podrá comprender que se trata de una Letra determinada y no de otra, porque, cada una de las Teclas del Teclado, envía cuatro pulsos de Corriente simultáneos que corresponderán a éstos cuatro Números distintos. Plate (13) -, will have sent a pulse of current that will have crossed, only, the Transistor (9), to which the Number (2) will correspond. And, to the Fourth Parallel System, connected in the lower zone of the Plate (13), the current pulse will have reached that will only have passed through the Thermistor (11), to which the Number (3) will correspond. Now, the Software that is connected on the other side of the Board (13), to these Four 5 Parallel Systems, can understand that it is a specific Letter and not another, because, each of the Keyboard Keys, sends four simultaneous Current pulses that will correspond to these four different Numbers.

Si en el Leguaje Binario se consiguen (256) combinaciones con sólo dos Números 10 elevados a la Potencia de ocho, (28), en el Lenguaje Cuaternario se consiguen esas mismas (256) combinaciones, con sólo cuatro Números elevados a la Potencia de cuatro, (44), lo que quiere decir que la Velocidad de Proceso, en éste Ordenador que utiliza un Lenguaje Cuaternario, se habrá duplicado respecto de la Velocidad de Proceso de un Ordenador que utiliza un Lenguaje Binario. 15 If in the Binary Legislation you get (256) combinations with only two Numbers 10 raised to the Power of eight, (28), in the Quaternary Language you get those same (256) combinations, with only four Numbers raised to the Power of four , (44), which means that the Process Speed, in this Computer that uses a Quaternary Language, will have doubled with respect to the Process Speed of a Computer that uses a Binary Language. fifteen

Claims (2)

REIVINDICACIONES 1. Hardware para Lenguaje Cuaternario, caracterizado por el Cable Principal (1), y, los otros dos componentes que tiene a ambos lados, -un Transistor (2) y una Resistencia (3)-, que vienen por otros dos Cables, y, se conectan, al igual que el Cable Principal (5), a 5 una Placa Metálica (4). A ésta Placa (4), también se conecta, por el otro lado, y, en el mismo punto de conexión que el Cable (1), un segundo Cable Principal (5) que corresponde a un componente, (una de las teclas del teclado del ordenador, por ejemplo), que se dirige directamente hacia la Segunda Placa Metálica (13) a la que se une en el Punto de Conexión (15). Al Cable (5) se le añaden dos bifurcaciones en paralelo (6, 7). 10 Una de las bifurcaciones (6) conduce a un Transistor (9) que, con un Cable (10), se conecta a la Placa Metálica (13) en el Punto de Conexión (14). La otra bifurcación (7) conduce a un Termistor del tipo (PCT), cuyo Cable (12) se conecta al Punto de Conexión (16) de la Placa (13). El Cable (5) tiene, también, dos Termistores (8, 17) situados en Serie, uno de tipo (NTC) y otro de tipo (PTC). 15 1. Hardware for Quaternary Language, characterized by the Main Cable (1), and, the other two components that it has on both sides, - a Transistor (2) and a Resistance (3) -, which come by two other Cables, and , like the Main Cable (5), they are connected to a Metal Plate (4). To this Plate (4), it is also connected, on the other side, and, at the same connection point as the Cable (1), a second Main Cable (5) corresponding to a component, (one of the keys of the computer keyboard, for example), which goes directly to the Second Metal Plate (13) to which it joins the Connection Point (15). To the Cable (5) two bifurcations are added in parallel (6, 7). 10 One of the bifurcations (6) leads to a Transistor (9) which, with a Cable (10), connects to the Metal Plate (13) at the Connection Point (14). The other fork (7) leads to a Thermistor of the type (PCT), whose Cable (12) is connected to the Connection Point (16) of the Board (13). The Cable (5) also has two Thermistors (8, 17) located in Series, one of type (NTC) and one of type (PTC). fifteen 2. Hardware para Lenguaje Cuaternario, -según reivindicación primera-, caracterizado por la variante en la que sustituimos al Transistor (2) por una Bobina de hilo de cobre. 2. Hardware for Quaternary Language, according to claim one, characterized by the variant in which we replace the Transistor (2) with a coil of copper wire.
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US586742A (en) * 1897-07-20 maemon
US4202044A (en) * 1978-06-13 1980-05-06 International Business Machines Corporation Quaternary FET read only memory
DE102007033011A1 (en) * 2007-07-12 2009-03-12 Tevkür, Talip Method for ternary data processing based on ternary and quaternary logic at four different levels of electrical potential levels, involves forming logical number in each case, where values adjoining inlets of module are encoded ternarily
IN2013DE02690A (en) * 2013-09-12 2015-07-10 Kapoor Dr Rajiv

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US586742A (en) * 1897-07-20 maemon
US4202044A (en) * 1978-06-13 1980-05-06 International Business Machines Corporation Quaternary FET read only memory
DE102007033011A1 (en) * 2007-07-12 2009-03-12 Tevkür, Talip Method for ternary data processing based on ternary and quaternary logic at four different levels of electrical potential levels, involves forming logical number in each case, where values adjoining inlets of module are encoded ternarily
IN2013DE02690A (en) * 2013-09-12 2015-07-10 Kapoor Dr Rajiv

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