In this task, you are given a paper review. Based on the review, your job is to identify language and generate "en" if the review is in English or generate "es" if the review is in Spanish. Note that URLs in the text have been replaced with [Link].

[Q]: As you noted for Figure 5 Left, sometimes it seems sufficient to tune learning rates. I see your argument for Figure 6 Right,  but  1) not for all good learning rates make Adam fail, I guess you selected the one where it did (note that Adam was several times faster than Eve in the beginning) 2) I don't buy "Eve always converges" because you show it only for 0.1 and since Eve is not Adam, 0.1 of Adam is not 0.1 of Eve because of d_t.   To my understanding, you define d_t over time with 3 hyperparameters. Similarly, one can define d_t directly. The behaviour of d_t that you show is not extraordinary and can be parameterized. If Eve is better than Adam, then looking at d_t we can directly see whether we underestimated or overestimated learning rates. You could argue that Eve does it automatically but you do tune learning rates for each problem individually anyway.
[A]: en


[Q]: Strengths  - interesting to explore the connection between ReLU DNN and simplified SFNN - small task (MNIST)  is used to demonstrate the usefulness of the proposed training methods experimentally - the proposed, multi-stage training methods are simple to implement (despite lacking theoretical rigor)   Weaknesses  -no results are reported on real tasks with large training set  -not clear exploration on the scalability of the learning methods when training data becomes larger  -when the hidden layers become stochastic, the model shares uncertainty representation with deep Bayes networks or deep generative models (Deep Discriminative and Generative Models for Pattern Recognition , book chapter in “Pattern Recognition and Computer Vision”, November 2015, Download PDF). Such connections should be discussed, especially wrt the use of uncertainty representation to benefit pattern recognition (i.e. supervised learning via Bayes rule) and to benefit the use of domain knowledge such as “explaining away”.  -would like to see connections with variational autoencoder models and training, which is also stochastic with hidden layers
[A]: en


[Q]: En  Cap III no veo diferencias o aportes  sustantivos a lo ya manifestado en documento “la necesidad en Chile de una infraestructura tecnológica colaborativa de apoyo a la investigación astronómica” Red Universitaria Nacional, Noviembre 2008. De manera que corresponde citarlo como referencia o sino hacer los aportes o diferencias sustantivas, al igual que [Link]  Finalmente, el artículo carece de relevancia, ya que los aportes no se diferencias de lo que presenta.   Más aún, las figuras no se explican, como tampoco se cita su fuente que están dadas en [Link]   No cabe duda que lo relevante serán los resultados que se obtengan del  proyecto (FONDEF D11I1060, adjudicado el año 2011), en el sentido del diseño e implementación de un observatorio virtual, el cual deberá cumplir con los estándares de IVOA, sin embargo, por ahora, no veo aportes sustantivos.  Además, no se mencionan las "instancias donde presentarán problemáticas", tampoco la o las "problemáticas que enfrentan" como comunidad ante el procesamiento de datos que serán resueltos mediante "técnicas computacionales", las que hasta ahora son desconocidas.  Por otro lado la arquitectura que se muestra y me parece natural es la de IVOA, sin embargo, no se muestran, al menos por ahora, los aportes que se han realizado en este sentido.
[A]:
es