// 1. Describe the architecture and the difference between the normal LSTM and the Ordered Neuron

// 2. Motivate the advantages and why you proposed that it'll work for machine translation

// 3. Neural machine translation are encoder-decoder architectures, describe it. The state-of-the-art is Transformer based architecture but the previous state-of-the-art is the stacke LSTM-based architecture, describe the LSTM-based architecture.

// 4. (Our) Proposal is that the tree induced in the ON-LSTM yada yada yada, so it will perform better when transferring knowledge from the source language with yada yada yada to enable more yada yada yada-driven translations in the target language

/*

A bit of a copy of point (4) from "literature review" but with more details, e.g.

• what is the cumsum doing to the master gates

• how are the trees extracted (remember, Stanley described how the extract tree something .py works)

• how are the hidden states (affected by the master gates) gets transfered from the encoder-decoder network, currently, just transferred like LSTM (but please rephrase this to make it sound better)

• How to show that the proposed architecture works better? For which task?

• Be explicit in the "hypotheses" that you want to test with the proposed architecture and the task.

*/

• Describe dataset, why it fits to prove/show the strength/weakness of the architecture.

  • Describe what preprocessing is done to the dataset

• Describe the tools used in the experiment, torch version, opennmt version,

  • If there's any other changes made, describe them e.g. script or something.

• Describe the model built using data and tools listed above, i.e. architecture type, hyperparameters, validation routine, early stopping criteria, evaluation metric

• Explain what results are achieved based on the evaluation metric, quantitatively
• Find possible reason why it's doing better/worse
• Look into the output of the models to spot any errors that may appear qualitatively

• Summarize

• Describe what needs to be done to improve "Results" or prove/disprove the hypotheses if the project is on-going.