Ox is an object-oriented matrix programming language with a comprehensive mathematical and statistical function library. Matrices can be used directly in expressions, for example to multiply two matrices, or to invert a matrix. The major features of Ox are its speed, extensive library, and well-designed syntax, which leads to programs which are easier to maintain. For a first impression of the matrix and statistical function library see the Function summary. Versions of Ox are available for many platforms.

References in zbMATH (referenced in 471 articles )

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  1. Kubokawa, T.; Sugasawa, S.; Tamae, H.; Chaudhuri, S.: General unbiased estimating equations for variance components in linear mixed models (2021)
  2. Morita, Lia H. M.; Tomazella, Vera L. D.; Ramos, Pedro L.; Ferreira, Paulo H.; Louzada, Francisco: The random deterioration rate model with measurement error based on the inverse Gaussian distribution (2021)
  3. Pinheiro, Eliane C.; Ferrari, Silvia L. P.; Medeiros, Francisco M. C.: Higher-order approximate confidence intervals (2021)
  4. Araújo, Mariana C.; Cysneiros, Audrey H. M. A.; Montenegro, Lourdes C.: Improved heteroskedasticity likelihood ratio tests in symmetric nonlinear regression models (2020)
  5. Kunihama, Tsuyoshi; Li, Zehang Richard; Clark, Samuel J.; Mccormick, Tyler H.: Bayesian factor models for probabilistic cause of death assessment with verbal autopsies (2020)
  6. Kurita, Takamitsu: Normalising cointegrating relationships subject to long-run exclusion (2020)
  7. Kurita, Takamitsu: Likelihood-based tests for parameter constancy in (I(2)) CVAR models with an application to fixed-term deposit data (2020)
  8. Lemonte, Artur J.; Moreno-Arenas, Germán: On a heavy-tailed parametric quantile regression model for limited range response variables (2020)
  9. Lemonte, Artur J.; Moreno-Arenas, Germán: Improved estimation for a new class of parametric link functions in binary regression (2020)
  10. Li, Mengheng; Koopman, Siem Jan; Lit, Rutger; Petrova, Desislava: Long-term forecasting of El Niño events via dynamic factor simulations (2020)
  11. Mazucheli, Josmar; Bertoli, Wesley; Oliveira, Ricardo P.; Menezes, André F. B.: On the discrete quasi xgamma distribution (2020)
  12. Rauber, Cristine; Cribari-Neto, Francisco; Bayer, Fábio M.: Improved testing inferences for beta regressions with parametric mean link function (2020)
  13. Tamae, Hiromasa; Irie, Kaoru; Kubokawa, Tatsuya: A score-adjusted approach to closed-form estimators for the gamma and beta distributions (2020)
  14. Alizadeh, Morad; Afshari, Mahmoud; Altun, Emrah; Ozel, Gamze; Eftekharian, Abbas: A new odd log-logistic Lindley distribution with properties and applications (2019)
  15. Cribari-Neto, Francisco; Pereira, Inara F. S.: Testing inference in heteroskedastic linear regressions: a comparison of two alternative approaches (2019)
  16. Hashimoto, Elizabeth M.; Ortega, Edwin M. M.; Cordeiro, Gauss M.; Cancho, Vicente G.; Klauberg, Carine: Zero-spiked regression models generated by gamma random variables with application in the resin oil production (2019)
  17. Irie, Kaoru; West, Mike: Bayesian emulation for multi-step optimization in decision problems (2019)
  18. João Duarte; Vinícius Mayrink: slfm: An R Package to Evaluate Coherent Patterns in Microarray Data via Factor Analysis (2019) not zbMATH
  19. Kobayashi, Genya; Kakamu, Kazuhiko: Approximate Bayesian computation for Lorenz curves from grouped data (2019)
  20. Lemonte, Artur J.; Moreno-Arenas, Germán: On residuals in generalized Johnson (S_B) regressions (2019)

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