Kedis ku xidhan hagaha · Adag Heerka

Isku xirka Gobolka Echo iyo Kediska Xisaabinta Kaydka

Waxay hubisaa dhaqdhaqaaqa kaydka go'an, akhrinta tababaran, xusuusta sii yaraanaysa, spectral radius iyo xisaabinta ka dambeysa saadaasha kaydka.

Wadooyinka haga ee la xidhiidhaIsku xirka Gobolka Echo iyo Xisaabinta Kaydka
Su'aal 1 ee 8

Shabakadda Gobolka Echo, miisaankee baa dhab ahaan loo tababaray?

Horudhac su'aal kasta8 su'aalo

Jawaabaha iyo sharraxaadaha waxay soo baxayaan markaad qaadanayso kediska.

  1. Shabakadda Gobolka Echo, miisaankee baa dhab ahaan loo tababaray?
    • Kaliya wax soo saarka (akhrinta) miisaannada
    • Dhammaan miisaannada soo noqnoqda ee gudaha kaydka
    • Kaliya miisaannada wax gelinta
    • Ma jiro miisaan waligeed loo tababaray
  2. Which condition expresses the echo state property for two runs with the same input history?
    • Their recurrent weights must all be trained by backpropagation
    • Their reservoir states eventually become independent of different initial states
    • Their output weights must have spectral radius exactly one
    • Their hidden states must equal the raw input at every step
  3. Waa maxay sababta tababarka ESN uu aad uga dhaqso badan yahay tabobarka LSTM caadiga ah?
    • ESN-yadu ma isticmaalaan neurons-yada gabi ahaanba
    • ESN-yadu waxay ku shaqeeyaan kaliya kombayuutarrada quantum-ka
    • ESN-yadu waxay ka fogaadaan faafinta-xilli-waqti-ilaa iyagoo xallinaya akhrinta toosan
    • ESN-yadu uma baahna xog gelin
  4. How is spectral radius commonly used when tuning an echo-state reservoir?
    • It directly sets the number of readout classes
    • It guarantees fading memory for every recurrent matrix
    • It measures the number of trainable reservoir weights
    • It is a recurrent-feedback scale heuristic for balancing rich dynamics and stability, not a complete guarantee of the echo state property
  5. Mashiinnada Dawladda ee dareeraha ah, nooca spiking-neuron ee xisaabinta kaydka, ayaa uu keenay?
    • Wolfgang Maass
    • Geoffrey Hinton
    • Andrew Ng
    • Yoshua Bengio
  6. What does the fixed reservoir compute before the ESN readout produces an output?
    • A normalized probability over all possible weights
    • A high-dimensional dynamic state representation of recent inputs
    • A learned transition table for every future sequence
    • A separate trained policy for each output class
  7. What method is commonly used to fit an Echo State Network’s readout weights?
    • Backpropagation through all fixed recurrent weights
    • Dynamic routing by agreement
    • Linear least-squares regression, often with ridge regularization
    • A softmax over reservoir eigenvalues
  8. What does the spectral radius of a recurrent weight matrix mean?
    • The sum of all matrix entries
    • The number of nonzero output weights
    • The average magnitude of the input sequence
    • The largest absolute value among its eigenvalues