phy 101 assignment 2 solution 2023

PHY101 Assignment No 2 Solution Spring 2023

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The PHY101 Assignment No 2 Solution Spring 2023  of Virtual University (VU) course assignment, and I will share with you today the solution I came up with. Always come back to StudySolution for the most recent updates regarding the answers to your assignments.

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PHY101 Assignment No 2 Solution Spring 2023  This assignment solution for Virtual University has been crafted with careful consideration given to the particular needs of the students as well as the course material. Study Solution provides a solution for completing assignments associated with Virtual University that is dependable, accurate, and up-to-date.

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Assignment No 2

Spring 2023

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MTH603 Assignment No 2 Solution Spring 2023

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PHY101 Assignment 2 Solution 2023 PDF Download 

PHY101 Assignment 2 Solution 2023 of VU is available in pdf Download. We share the 100% solution for  PHY101   GDB Solution Fall 2023  of Virtual University(VU), which is the  2nd GDB  of the course. For the most up-to-date  GDB  assignment solutions, make sure to keep checking back to PreparationPoint.

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Natural Language Processing

ETH Zürich, Fall 2023: Course catalog

Course Description

The course constitutes an introduction to modern techniques in the field of natural language processing (NLP). Our primary focus is on the algorithmic aspects of structured NLP models. The course is self-contained and designed to complement other machine learning courses at ETH Zürich, e.g., Deep Learning (263-3210-00L) and Advanced Machine Learning (252-0535-00L) . At some points in the course, familiarity with advanced algorithms, e.g., the contents of Algorithms Lab (263-0006-00L) , and mathematical statistics, e.g., the contents of Fundamentals of Mathematical Statistics (401-3621-00L) , will be useful. However, the necessary background knowledge can certainly be picked up in the context of the course, i.e., neither of the above-listed courses is a hard prerequisite. The course also has a strong focus on algebraic methods, e.g., semiring theory. In addition to machine learning, we also cover the linguistic background necessary for reading the NLP literature.

06.09.2023   Class website is online! 27.09.2023   Assignment 1 has been released! 03.10.2023   Assignment 2 has been released! 12.10.2023   Assignment 3 has been released! 25.10.2023   Assignment 4 has been released! 17.11.2023   Assignment 5 has been released! 27.11.2023   Assignment 6 has been released! 16.01.2023   New Practice Exam has been released! 18.01.2023   The Practice Exam Solutions have been released!

Organisation

On the use of class time.

There are two lecture slots for NLP. The first slot is on Monday from 12h to 14h. During this time, the main lecture will be given. The second slot is on Tuesday from 13h to 14h and will be used as a spill-over time if we did not get through all of the lecture material on Monday (this ensures that the class stays on track) and, time-permitting, the professor will work examples and hold an open-ended ask-me-anything-about-NLP session.

Zoom Link and Recordings

Both lectures will be given in the lecture hall HG F1 and live broadcast on Zoom ; the password is available on the course Moodle page .

Lectures will be recorded. You can find the links to the recordings on the course Moodle page .

Important : The ETH semester starts on Tuesday, September 18th, but the first lecture will take place on Monday, September 25th.

In addition to class time, there will also be a RocketChat-based live chat hosted on ETH’s servers. Students are free to ask questions of the teaching staff and of others in public or private (direct message). There are specific channels for each of the 6 assignments as well as for reporting errata in the course notes. All data from the chat will be deleted from ETH servers at the course’s conclusion. The chat supports LaTeX for easier discussion of technical material.

Important : There are a few important points you should keep in mind about the course live chat:

• RocketChat will be the main communications hub for the course. You are responsible for receiving all messages broadcast in the RocketChat .
• Your username should be firstname.lastname . This is required as we will only allow enrolled students to participate in the chat and we will remove users which we cannot validate.
• Tag your questions as described in the document on How to use Rycolab Course RocketChat channels . The document also contains other general remarks about the use of RocketChat .
• Search for answers in the appropriate channels before posting a new question.
• Ask questions on public channels as much as possible.
• Answer to posts in threads .
• The chat supports LaTeX for easier discussion of technical material. See How to use LaTeX in RocketChat .
• We highly recommend you download the desktop app here .

This is the link to the main channel. To make the moderation of the chat more easily manageable, we have created a number of other channels on RocketChat. The full list is:

• General Channel for the general organisational discussions.
• Announcements Channel for the announcements by the teaching team.
• Content Questions Channel for your questions about the content of the course.
• Errata Channel for reporting typos and errors in the course lecture notes and the slides.
• Assignment 1 Channel
• Assignment 2 Channel
• Assignment 3 Channel
• Assignment 4 Channel
• Assignment 5 Channel
• Assignment 6 Channel
• Channel for Finding Assignment/Project Partners for finding teammates for the course assignments and the project.

If you feel like you would benefit from any other channel, feel free to suggest it to the teaching team!

Course Notes

We are currently working on turning out class content into a book! The current draft of the book, i.e., the course notes, can be found here . Please report all errata to the teaching staff; we created an errata channel in RocketChat.

Other useful literature:

• Introduction to Natural Language Processing (Eisenstein)
• Deep Learning (Goodfellow, Bengio and Courville)
• LLM Course Notes
• AFLT Course Notes

Marks for the course will be determined by the following formula:

• 70% Final Exam
• 30% Assignment or Class Project

On the Final Exam

This year’s exam will take place on 27 January at 11:30 . The final exam is comprehensive and should be assumed to cover all the material in the slides and class notes. About 50% of exam questions will be very similar (or even identical) to the theory portion of the class assignments. Thus, it behooves you to at least look at all the assignment questions while preparing for the final exam even if you do not turn them all in for a grade. Solutions for the assignments will not be provided (they will be re-used every year), but the teaching staff can answer questions if you solve the problems ahead of time.

On the Class Assignments

There will be 6 assignments which will be released (in their final form) roughly every two weeks. We impose three firm deadlines for handing in your solutions:

• Assignment 1 : November 15th
• Assignments 2, 3, 4, 5, and 6 : January 15th

Only your highest-scoring 4 assignments will count towards your grade; each will be weighted equally. So, in principle, you may opt to not turn in 2 out of the 6 assignments without any effect on your grade. Note : Even though we plan to grade your submissions within one month, we advise you not to wait for your grades to be returned before you decide to tackle the next assignments. In essence, do not base your submission strategy on our grading estimates! The assignments will be graded according to the pre-determined Assignment grading rubric .

The class assignments were crafted to dovetail nicely with the lecture contents and, moreover, to complement the lectures through a more hands-on approach to the material. Each assignment has a theory portion, which will generally involve derivations or proofs related to the material, and a coding portion where you will implement a working model for one of the NLP tasks discussed in the lecture. The theory and the coding halves of the assignments will be weighted equally.

Assignment sheets :

• Assignment 1
• Assignment 2
• Assignment 3
• Assignment 4
• Assignment 5
• Assignment 6

The code relating to some of the assignments will be published on the public github repository . You should fork the repository and pull the incoming changes whenever they are released.

Very important: We require the solutions to be properly typeset. Handwritten solutions will not be accepted . We recommend using LaTeX (with Overleaf ), but markdown files with MathJax for the mathematical expressions are also fine. We provide a template for the writeups here ; however, feel free to use your own.

Additionally, the solutions have to be presented in a clean and readable way, with all sub-steps of the solutions presented in a logical order. Note that this does not mean that your submissions have to be overly verbose and long. It simply means that you should explain your reasoning and the steps of your solutions in a clear and concise way. To encourage this, we will, for every assignment, award 2 additional points for properly explained and formatted solutions.

The detailed instructions for the submission will be given in each assignment separately, but the submissions will always be through the course Moodle page . The submission links are:

• Assignment 1 Submission
• Assignment 2 Submission
• Assignment 3 Submission
• Assignment 4 Submission
• Assignment 5 Submission
• Assignment 6 Submission

On the Discussion Sections

Discussion sections (tutorials) will take place Wednesdays 16h to 19h in HG F7 and on Zoom ( same link as the lectures). Their main purpose will be to solve some exercises with you that will help you grasp the concepts from the lecture and to help you prepare for the exam. They will also help you with the assignment problems. Roughly, we expect to devote 2 hours per week to exercises and 1 hour to the assignments. We therefore strongly encourage you to look at the assignment problems in due time and come to the discussions sessions with your questions. We want the sessions to be useful for you!

On the Class Project

It is highly recommended that you do the class assignments. However, students may choose to do a course project (in groups of up to 4 people) in lieu of the class assignments. This option is only recommended for academically oriented students who are interested in using this course to get into NLP research. If you choose to do a class project, you must submit a project proposal by October 31, 2023, on Moodle. The proposal is ungraded and will be inspected by the teaching assistants to ensure that the project is doable and you will pass the course should you execute the project as proposed. The write-up and code for the final project are due January 15, 2024; it is to be submitted through Moodle. General guidelines for the class project are given here .

Project work submission will be done on the course Moodle page . The submission links are:

• Project proposal
• Project report

Tutorial Schedule

Practice exams.

• Practice Exam 3 Solutions
• Practice Exam 3
• Practice Exam 2 Solutions
• Practice Exam 2
• Practice Exam 1 Solutions
• Practice Exam 1
• Spring 2021 Exam Solutions
• Spring 2021 Exam

Ryan Cotterell

Assistant professor of computer science, teaching assistants nlp f23.

Alexandra Butoi

Phd student.

David Wissel

Eleftheria Tsipidi

Franz Nowak

Giovanni Acampa

Master’s student.

Juan Luis Gastaldi

Leonardo Nevali

Luca Malagutti

Research assistant.

Maximilian Schneiderbauer

Niklas Stoehr

Vasiliki Xefteri

• Press Enter to activate screen reader mode.

Department of Mathematics

A good solution’s secret.

Siddhartha Mishra has been awarded this year's Rössler Prize for his research on solutions for highly complex flow and wave phenomena. He is being recognised for his contributions to faster and more accurate predictions of weather, climate and tsunamis, and for the computer simulations that enable them.

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Siddhartha Mishra is a professor at the Seminar for Applied Mathematics and head of the Computational and Applied Mathematics Laboratory (CAMLab). He received the 2023 Rössler Prize for his research in the field of nonlinear partial differential equations. In addition, ETH Zurich's most highly endowed research prize recognises that Mishra bridges the gap between mathematical fundamentals and their application in research and industry. For example, he has designed robust, efficient algorithms that enable faster and more accurate simulations of nonlinear partial differential equations on supercomputers. These simulations pave new ways to solve real-​world problems in research areas such as astrophysics, solar physics, geophysics, climate dynamics, and biology.

Read more about his work and the Rössler Prize on ETH News

• Publications
• Student Projects

Probabilistic Artificial Intelligence (2023)

• [Oct 02, 2023] Due to the number of registered students, the exam may be paper-based and may take place on a Saturday. The mode of the exam (computer-based or paper-based) will be finalized in end of October, and the exam date will be announced in December.

Access to lecture materials

Q&a sessions, questions & answers, performance assessment.

• S. Russell, P. Norvig. Artificial Intelligence: A Modern Approach (4th edition) .
• C. E. Rasmussen, C. K. I. Williams Gaussian Processes for Machine Learning .
• Christopher M. Bishop. Pattern Recognition and Machine Learning . [optional]
• Richard S. Sutton and Andrew G. Barto. Reinforcement Learning: An Introduction .