Näytetään 1 - 7 yhteensä 7 tuloksesta haulle '', hakuaika: 0,22s Tarkenna hakua
  1. 1

    Predictive models of adult distance learners' academic performance comparative analysis of two regression-based models of path analysis Tekijä Quimbo, Maria Ana T.

    Julkaisussa Education Quarterly (2009)
    Artikkeli

    Predictive models of adult distance learners' academic performance comparative analysis of two regression-based models of path analysis
  2. 2

    A path-planning algorithm for soccer robots based on repeated modification of Bezier polynomials Tekijä Pedrasa, Michael Angelo A.

    Julkaistu 2003
    Opinnäyte

    A path-planning algorithm for soccer robots based on repeated modification of Bezier polynomials
  3. 3

    Path analysis of mixed variables in distance education using linear and logit regression procedures Tekijä Quimbo, Maria Ana Teodoro

    Julkaistu 2003
    Opinnäyte

    Path analysis of mixed variables in distance education using linear and logit regression procedures
  4. 4

    A stream function approach to real-time path planning for mobile robots Tekijä Orcullo, Gemi P.

    Julkaistu 2001
    Opinnäyte

    A stream function approach to real-time path planning for mobile robots
  5. 5

    Latent variable models an introduction to factor, path, and structural analysis. Tekijä Loehlin, John C.

    Julkaistu 1992
    Kirja

    Latent variable models an introduction to factor, path, and structural analysis.
  6. 6

    Path analysis and the discrepancy evaluation model an approach to program evaluation Tekijä Umila, Benwardo V.

    Julkaisussa Education quarterly.
    Artikkeli

    Path analysis and the discrepancy evaluation model an approach to program evaluation
  7. 7

    Predictive models of adult distance learners? academic performance comparative analysis of two regression-based models of path analysis Tekijä Quimbo, Maria Ana Teodoro

    Julkaisussa Education quarterly.
    Artikkeli

    Predictive models of adult distance learners? academic performance comparative analysis of two regression-based models of path analysis

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