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JPH0744515A |
PURPOSE: To improve the recognition rate with respect to not learned data when very similar data with less variance such as printing letters are processing by applying nonlinear processing to a weight coefficient of a synapse so as suppr...
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JPH0744511A |
PURPOSE: To provide a reverse direction identification device and its controller using a neural network applicable to a plant in which an upper limit (n) of a degree order of a denominator of a transfer function, an upper limit (m) of a ...
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JPH0744520A |
PURPOSE: To conduct the genetic algorithm efficiently at a high speed by generating the mass of individuals of unredundant compact information expression. CONSTITUTION: This processor is provided with an initial mass generating section 1...
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JPH0711814B2 |
A semiconductor neural network constructed in accordance with models of vital nerve cells has photosensitive elements as coupling elements providing degrees of coupling between neurons which are modeled vital nerve cells. The conductance...
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JPH0737064A |
PURPOSE: To prevent erroneous judgement due to environmental fluctuation, to quicken processings and to make a device compact in a device for photographing a monitoring object area with a camera and monitoring an intruding object based o...
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JPH0736505A |
PURPOSE: To identify and control a controlled system in a short time and by means of a small number of storage areas by using a neural netrork when the controlled system is nonlinear or a parameter varies in a control operation mode. CON...
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JPH0737017A |
PURPOSE: To shorten the setting time of a connection coefficient of a neural network. CONSTITUTION: At least two neurons are included in a 1st intermediate layer other than the one that is used for correction of the threshold value, and ...
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JPH0737016A |
PURPOSE: To provide a signal processor which can change the code of a connection coefficient by the learning processes in the circuit of a neural network. CONSTITUTION: A connection coefficient storing part 51 is provided to store the va...
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JPH079662B2 |
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JPH079663B2 |
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JPH0730336A |
PURPOSE: To attain simple and effective temperature compensation without being influenced by the variation of a processing parameter by providing the converter with a uniform gain non-inverted interface circuit and a bipolar junction cir...
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JPH0728768A |
PURPOSE: To provide the method which obtains the inverse solution by learning of a neural network without new development of a system of an inverse model or the like for acquisition of the inverse solution. CONSTITUTION: An auxiliary inp...
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JPH0730485A |
PURPOSE: To provide an optical demultiplexer capable of easily coping with the demultiplexing of an optical signal modulated at a high speed and easily increasing the number of wavelength elements to be demultiplexed. CONSTITUTION: This ...
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JPH077839B2 |
An artificial neural synapse (10) is constructed to function as a modifiable excitatory synapse. In accordance with an embodiment of the invention the synapse is fabricated as a silicon MOSFET that is modified to have ions within a gate ...
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JPH077390B2 |
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JPH077384B2 |
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JPH0721055A |
PURPOSE: To accurately and quickly restore a fault in an electronic computer system by specifying an electronic computer, plural periphral divices, peripheral equipments, or parts which cause a fault and instructing the inspection, repai...
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JPH0723198A |
PURPOSE: To obtain an image with satisfactory color reproducibility by performing color correction based on a parameter in which the optimum learning can be obtained, and providing with a color adjusting part between the input/output of ...
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JPH07500686A |
A semiconductor charge domain synapse cell has a capacitor coupled between an input line and an intermediate node. A high-to-low voltage transition applied to the input line causes charge transfer from one summing line to the intermediat...
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JPH07500687A |
A semiconductor charge domain synapse cell has a capacitor coupled between an input line and an intermediate node. A high-to-low voltage transition applied to the input line causes charge transfer from one summing line to the intermediat...
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JPH0713768A |
PURPOSE: To provide a continuous logic calculation system usable in the environment of wide ranges such as voice recognition, process control, optical character recognition, signal processing, image processing, communication and electron...
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JPH0713948A |
PURPOSE: To enable leaning with high precision by continuously changing the weight of a neuron at the time of executing adaptation to a neural computer, for example. CONSTITUTION: The respective sources of nMOS11, 12 and 13 at an input s...
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JPH0713982A |
PURPOSE: To reduce the number of signal line in a neural network by performing a radix transformation for a binary number-notated signal. CONSTITUTION: Of binary number 8-bit data, input voltage Va0 and Va1 is connected with the input te...
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JPH0713983A |
PURPOSE: To quantitatively enaluate waveforms by having a constitution that a signal corresponding to the kind of the abnormality of a circuit or the degree of the abnormality appears in an output layer and digitizing the faulty situatio...
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JPH076191A |
PURPOSE: To obtain the square of a multiplication member by a small-scaled circuit by recursively using the characteristic of a pair of CMOS, and obtaining an output from a junction between a pMOS and an nMOS. CONSTITUTION: This circuit ...
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JPH076147A |
PURPOSE: To provide an arithmetic unit applying a neural network capable of quickly applying correct answers to all input values by a sufficiently long bit length. CONSTITUTION: In this neural network arithmetic unit having plural comput...
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JPH076190A |
PURPOSE: To suppress a transfer error to the minimum by providing a one input and many output selector at the input side of each sample-and-hold circuit. CONSTITUTION: This circuit is constituted of a one input and many output selector S...
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JPH076192A |
PURPOSE: To realize the electronics model of a neuron in which power consumption can be extremely reduced, and large-scaled integration can be attained. CONSTITUTION: Input signals V1n, V1(n-1), V1(n-2), V1(n1-13),... are impressed throu...
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JPH075904A |
PURPOSE: To improve the controlling characteristic of a neural network controller with no disturbance even if its operating state changes by providing a state judging device which judges the state of a feedforward compensator that perfor...
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JPH075208A |
PURPOSE: To provide a current subtraction circuit using a current mirror for subtraction between an input current and a digitally controlled current. CONSTITUTION: This circuit is made up of a current mirror circuit of a first circuit bl...
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JPH076145A |
PURPOSE: To provide a neural network type adaptive target arrival device capable of arriving at a target while preparing a moving index map by the device itself even if a moving index map is not previously prepared. CONSTITUTION: Informa...
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JPH076150A |
PURPOSE: To learn new input-output relation while reducing adverse effects affected on already acquired proper input-output relation by preparing caution signals for restricting the range of an input part to be learned. CONSTITUTION: An ...
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JPH06350151A |
PURPOSE: To provide a multiple input superconducting device which is operated at a very high speed with low power consumption and can change corresponding relation between input and output including weighted addition and operation as a n...
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JPH06348875A |
PURPOSE: To provide an information processor capable of realizing more comfortable air conditioning and life environment. CONSTITUTION: The body feeling of a user is inferred by a user body feeling inference means 105 composed of a neura...
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JPH06347493A |
PURPOSE: To make a circuit device act positively with small supply voltage and consume only a small current regarding the circuit device composed of two transistors so as to rectify AC voltage signals of a signal source by differential a...
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JPH06348359A |
PURPOSE: To generate an approximation function capable of calculating the limited value of a dependent variable suited to a purpose without the need of deciding other values of the approximation function and to provide the value capable ...
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JPH06348871A |
PURPOSE: To provide an analog multiplier capable of handling large input/output amplitude even with a low power supply voltage by inputting a second input signal in a second input part and also obtaining a third conversion signal reflect...
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JPH06348874A |
PURPOSE: To accurately and visually recognize a recognition object or the part regardless of the position and direction, etc., by providing input layer neuron units, intermediate layer neuron units and output layer neuron units. CONSTITU...
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JPH06348872A |
PURPOSE: To provide an improved static signal processing method in which no much current is consumed and a circuit used for the method. CONSTITUTION: Transistors T1 and T2 which are switched to each other by means of a switch are used as...
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JPH06348870A |
PURPOSE: To obviate estimated gain setting, and to attain the high precision of the analysis of physical quantity by reiterating the calculation of the specific difference and the reiteration processing of the new physical quantity of al...
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JPH06348678A |
PURPOSE: To provide an example learning method capable of surely performing example learning even with relatively less sample data. CONSTITUTION: The minimum/maximum values of a feature amount axis where a supplied discrimination categor...
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JPH06105861B2 |
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JPH06105420B2 |
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JPH06105862B2 |
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JPH0650044Y2 |
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JPH0649316Y2 |
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JPH0650045Y2 |
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JPH06342895A |
PURPOSE: To reduce occurrence of an offset by connecting a plurality of n- channel transistors or p-channel transistors of the same size either in series or in parallel. CONSTITUTION: A1, A2 are differential pair having a constant-curren...
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JPH06342627A |
PURPOSE: To obtain the trajectory of charged particle in electric field in a short time and with high accuracy. CONSTITUTION: The positional relation of each finite element in finite element mesh showing the electric field obtained by th...
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JPH06101239B2 |
Circuits for matching amplitudes and/or frequencies of analog signal waveforms stored in two analog signal delay elements (hereinbelow, ADMs) are desclosed. In order to equalize amplitudes of the analog signal waveforms stored in two ADM...
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