FI (list display)

  • G06G7/00
  • Devices in which the computing operation is performed by varying electric or magnetic quantities (neural networks for image data processing G06T; speech analysis or synthesis G10L) HB CC 5B053
  • G06G7/02
  • .Details not covered by groups G06G 7/04-G06G 7/10 HB CC 5B053
  • G06G7/04
  • .Input or output devices (graph readers G06K 11/00; using function plotters, co-ordinate plotters G06K 15/22) HB CC 5B053
  • G06G7/06
  • .Programming arrangements, e.g. plugboard for interconnecting functional units of the computer; Digital programming HB CC 5B053
  • G06G7/10
  • .Power supply arrangements HB CC 5B053
  • G06G7/12
  • .Arrangements for performing computing operations, e.g. amplifiers specially adapted therefor (amplifiers in general H03F) HB CC 5B053
  • G06G7/122
  • ..for optimisation, e.g. least square fitting, linear programming, critical path analysis, gradient method [2] HB CC 5B053
  • G06G7/14
  • ..for addition or subtraction (of vector quantities G06G 7/22) HB CC 5B053
  • G06G7/16
  • ..for multiplication or division HB CC 5B053
  • G06G7/16,510
  • ...multiplication (G06G7/161-G06G7/164 should also provide for, if applicable) HB CC 5B053
  • G06G7/16,520
  • ...division (G06G7/161-G06G7/164 should also provide for, if applicable) HB CC 5B053
  • G06G7/161
  • ...with pulse modulation, e.g. modulation of amplitude, width, frequency, phase, or form [2] HB CC 5B053
  • G06G7/162
  • ...using galvano-magnetic effects, e.g. Hall effect; using similar magnetic effects [2] HB CC 5B053
  • G06G7/163
  • ...using a variable impedance controlled by one of the input signals, variable amplification or transfer function [2] HB CC 5B053
  • G06G7/164
  • ...using means for evaluating powers, e.g. quarter square multiplier (evaluating powers G06G 7/20) [3] HB CC 5B053
  • G06G7/18
  • ..for integration or differentiation (G06G 7/19 takes precedence) [3] HB CC 5B053
  • G06G7/18,606
  • ...related to variables other than time HB CC 5B053
  • G06G7/18,613
  • ...using electoric chemical element, e.g. solion HB CC 5B053
  • G06G7/182
  • ...using magnetic elements [3] HB CC 5B053
  • G06G7/184
  • ...using capacitive elements [3] HB CC 5B053
  • G06G7/186
  • ....using an operational amplifier comprising a capacitor or a resistor in the feedback loop [3] HB CC 5B053
  • G06G7/186,650
  • .....having initialization HB CC 5B053
  • G06G7/188
  • ...using electromechanical elements [3] HB CC 5B053
  • G06G7/19
  • ..for forming integrals of products, e.g. Fourier integrals, Laplace integrals, correlation integrals; for analysis or synthesis of functions using orthogonal functions (Fourier or spectrum analysis G01R 23/16) [3] HB CC 5B053
  • G06G7/19,607
  • ...using charge transport element HB CC 5B053
  • G06G7/19,614
  • ...using magnetic media, linear filter HB CC 5B053
  • G06G7/19,621
  • ...to perform Fourier integral, harmonic analysis and synthesis HB CC 5B053
  • G06G7/19,628
  • ...to perform correlative integral calculus; to perform convolution (G06G7/195, G06G7/19, 607 and G06G7/19, 614 take precedence) HB CC 5B053
  • G06G7/19,635
  • ....by converting at least one input signal into 2 level signal, e.g. polarity correlator HB CC 5B053
  • G06G7/19,642
  • ...others to perform integral calculus on product, e.g. orthogonal function, Laplace, Laguerre, Walsh, Hadamard, Hilbert (G06G7/195, G06G7/19, 607 and G06G7/19, 614 take precedence) HB CC 5B053
  • G06G7/195
  • ...using electro-acoustic elements [3] HB CC 5B053
  • G06G7/20
  • ..for evaluating powers, roots, polynomes, mean square values, standard deviation (G06G 7/122, G06G 7/28 take precedence; gamma correction in television systems H04N 5/202, H04N 9/69) [3] HB CC 5B053
  • G06G7/20,510
  • ...power HB CC 5B053
  • G06G7/20,520
  • ...power root HB CC 5B053
  • G06G7/20,530
  • ...plynomial HB CC 5B053
  • G06G7/20,540
  • ...square mean value HB CC 5B053
  • G06G7/20,550
  • ...standard deviation HB CC 5B053
  • G06G7/22
  • ..for evaluating trigonometric functions; for conversion of co-ordinates; for computations involving vector quantities (trigonometric computations using simultaneous equations G06G 7/34) HB CC 5B053
  • G06G7/22,510
  • ...value of trigonometric function HB CC 5B053
  • G06G7/22,520
  • ...coordinate transformation HB CC 5B053
  • G06G7/22,530
  • ...calculation including vector quantity HB CC 5B053
  • G06G7/24
  • ..for evaluating logarithmic or exponential functions, e.g. hyperbolic functions HB CC 5B053
  • G06G7/24,510
  • ...logarithmic function HB CC 5B053
  • G06G7/24,520
  • ...exponential function HB CC 5B053
  • G06G7/25
  • ..for discontinuous functions, e.g. backlash, dead zone, limiting, absolute value, or peak value [2] HB CC 5B053
  • G06G7/25,510
  • ...backlash HB CC 5B053
  • G06G7/25,520
  • ...dead band HB CC 5B053
  • G06G7/25,530
  • ...saturation HB CC 5B053
  • G06G7/25,540
  • ...absolute value HB CC 5B053
  • G06G7/25,550
  • ...peak-to-peak value HB CC 5B053
  • G06G7/26
  • ..Arbitrary function generators (using orthogonal functions, e.g. Fourier series, G06G 7/19; using curve follower G06K 11/02) HB CC 5B053
  • G06G7/28
  • ...for synthesising functions by piecewise approximation HB CC 5B053
  • G06G7/30
  • ..for interpolation or extrapolation (G06G 7/122 takes precedence) [2] HB CC 5B053
  • G06G7/32
  • ..for solving of equations HB CC 5B053
  • G06G7/34
  • ...of simultaneous equations (G06G 7/122 takes precedence) [2] HB CC 5B053
  • G06G7/36
  • ...of single equations of quadratic or higher degree (G06G 7/22, G06G 7/24 take precedence) HB CC 5B053
  • G06G7/38
  • ...of differential or integral equations HB CC 5B053
  • G06G7/40
  • ....of partial differential equations (simulating specific devices G06G 7/48) HB CC 5B053
  • G06G7/42
  • .....using electrolytic tank HB CC 5B053
  • G06G7/44
  • .....using continuous medium, current-sensitive paper HB CC 5B053
  • G06G7/46
  • .....using discontinuous medium, e.g. resistance network HB CC 5B053
  • G06G7/48
  • .Analogue computers for specific processes, systems, or devices, e.g. simulators [2] HB CC 5B053
  • G06G7/48,650
  • ..to determine orbit of particle, e.g. electron (measurement performed on radiation beam G01T1/29; to treat or analyze flight path of particle G01T5/02) HB CC 5B053
  • G06G7/50
  • ..for distribution networks, e.g. for fluids (G06G 7/62 takes precedence) HB CC 5B053
  • G06G7/52
  • ..for economic systems; for statistics (G06G 7/122, G06G 7/19, G06G 7/20 take precedence) [3] HB CC 5B053
  • G06G7/54
  • ..for nuclear physics, e.g. nuclear reactors, radioactive fallout HB CC 5B053
  • G06G7/56
  • ..for heat flow (G06G 7/58 takes precedence) HB CC 5B053
  • G06G7/57
  • ..for fluid flow (G06G 7/50 takes precedence) HB CC 5B053
  • G06G7/58
  • ..for chemical processes (G06G 7/75 takes precedence) HB CC 5B053
  • G06G7/60
  • ..for living beings, e.g. their nervous systems HB CC 5B053
  • G06G7/62
  • ..for electric systems or apparatus HB CC 5B053
  • G06G7/625
  • ...for impedance networks, e.g. determining response, determining poles or zeros, determining the Nyquist diagram (measuring impedance G01R 27/00) [2] HB CC 5B053
  • G06G7/63
  • ...for power apparatus, e.g. motors, or supply distribution networks [2] HB CC 5B053
  • G06G7/635
  • ....for determining the most economical distribution in power systems [2] HB CC 5B053
  • G06G7/64
  • ..for non-electric machines, e.g. turbine HB CC 5B053
  • G06G7/66
  • ..for control systems HB CC 5B053
  • G06G7/68
  • ..for civil-engineering structures, e.g. beam, strut, girder HB CC 5B053
  • G06G7/70
  • ..for vehicles, e.g. to determine permissible loading of ships HB CC 5B053
  • G06G7/72
  • ...Flight simulators (Link trainers G09B 9/08) HB CC 5B053
  • G06G7/75
  • ..for component analysis, e.g. of mixtures, of colours (G06G 7/122 takes precedence) [2] HB CC 5B053
  • G06G7/76
  • ..for traffic HB CC 5B053
  • G06G7/78
  • ..for direction-finding, locating, distance or velocity measuring, or navigation systems HB CC 5B053
  • G06G7/80
  • ..for gun-laying; for bomb aiming; for guiding missiles [2] HB CC 5B053
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