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].

[EX Q]: This paper aims to mine explicit rules from KB embedding space, and casts it into a sparse reconstruction problem. Experiments demonstrate its ability of extracting reasonable rules on a few link prediction datasets.  The solution part sounds plausible. However, it confuses me that why we need to mine rules from learned KB embeddings.   - It is still unclear what information these KB embeddings encode and it looks strange that we aim to learn rules including negation / disjunction from them.  - If the goal is to extract useful rules (for other applications), it is necessary to compare it to “graph random walk” (
[EX A]: en

[EX Q]: Justificación: Es un trabajo que no tiene mucha novedad, es un tema que se ha estudiado bastante, sobre todo los modelos gráficos. Estos conceptos están incorporados en las herramientas CASE, aun cuando en el documento no se presenta en profundidad. Tal vez un mayor aporte hubiese sido investigar los métodos formales y ampliar el análisis comparativo de métodos.
[EX A]: es

[EX Q]: Strengths -- An interesting proposal for a smaller CNN architecture designed for embedded CNN applications.  -- Balanced exploration of CNN macroarchitecture and microarchitecture with fire modules. -- x50 less memory usage than AlexNet, keeping similar accuracy  -- strong experimental results  Weaknesses --Would be nice to test Sqeezenet on multiple tasks  --lack of insights and rigorous analysis into what factors are responsible for the success of SqueezeNet. For example, how are ResNet and GoogleNet connected to the current architecture? Another old paper (Analysis of correlation structure for a neural predictive model with application to speech recognition, Neural Networks, 1994) also showed that the “by-pass” architecture by mixing linear and nonlinear prediction terms improves long term dependency in NN based on rigorous perturbation analysis. Can the current work be placed more rigorously on theoretical analysis?
[EX A]:
en