Car Price Prediction using DL about dl-simplified HOT 27 CLOSED

This issue will be assigned to you @aaviiothic once you complete the assigned one. As per the code of conduct, one issue at a time for each contributor.

from dl-simplified.

Hi @n1haldev and @CoderOMaster are you guys part of SWOC event?

from dl-simplified.

Let the program start officially. Issues will be assigned after that. Till then go through the repository as well as the README file.

from dl-simplified.

I guess we will have a communication channel in Discord, through that we can communicate.

Okay

from dl-simplified.

Please assign me the issue, I'm working on it !
@abhisheks008

from dl-simplified.

Can you please follow the issue template and share all the information regarding the project. From where you are fetching the dataset, what are the deep learning techniques you are going to use here, what sort of data visualizations should be done, these things should be mentioned while creating an issue.

@aaviiothic

from dl-simplified.

Can you please follow the issue template and share all the information regarding the project. From where you are fetching the dataset, what are the deep learning techniques you are going to use here, what sort of data visualizations should be done, these things should be mentioned while creating an issue.

@aaviiothic

Updated! please check. @abhisheks008

from dl-simplified.

can I work on this?

from dl-simplified.

can I work on this?

Sorry @Nabanita29 as this issue is opened by a contributor, hence he/she will get the priority for working in this issue. You can create issues by your own.

from dl-simplified.

Hey! I'd like to work on this project.

Dataset : https://www.kaggle.com/datasets/mayankpatel14/second-hand-used-cars-data-set-linear-regression

Approach : Using KNN, Linear Regression and Random Forest Regressor model to predict the car prices.

Full name : Mayank Thakur
GitHub Profile Link : https://github.com/mayank2130
Email ID : [email protected]

Approach for this Project : Using KNN and xgb.XGBRegressor, lgb.LGBMRegressor to predict price of cars.
@abhisheks008

from dl-simplified.

This project repository consists of projects based on Deep Learning techniques and methods. Try to solve this issue using DL methods not by simple ML methods.
@mayank2130

from dl-simplified.

Hey! I'd like to work on this project.

Dataset : https://www.kaggle.com/datasets/mayankpatel14/second-hand-used-cars-data-set-linear-regression

Approach : Using ANN with 5-3-1 architecture

Full name : Atri Chattopadhyay
GitHub Profile Link : https://github.com/AtriChatterjee1
Email ID : [email protected]

@abhisheks008

from dl-simplified.

Hi @AtriChatterjee1, I have a suggestion. Can you use both the datasets, which is mentioned in the issue template and the one you used while posting the approach in the comment? That'll be a good combined and strong dataset to work on. Also try to use some different improvised algorithms to make this project unique from a normal ML project in terms of the usage of the models. I'd like to hear from you on this.

from dl-simplified.

Hi @abhisheks008 Can I take on this issue?I have worked on a similar case to detect house prices before.

from dl-simplified.

Hi @YashSachan2 can you please share your approach for solving this issue? Please try to use DL models as this repository contains projects which are mainly based on DL.

from dl-simplified.

Hey @abhisheks008 I would like to work on this.

Dataset: https://www.kaggle.com/datasets/hellbuoy/car-price-prediction

Approach: Use GRU, LSTM and a regular ANN.

Full Name: Nihal T M
Github Profile Link: https://github.com/n1haldev
Email ID: [email protected]

Contest: SWOC24

from dl-simplified.

Hey @abhisheks008 I would like to work on this.

Dataset: https://www.kaggle.com/datasets/hellbuoy/car-price-prediction

Approach: Use XGBoost, ANN,LSTM or rnn based approaches

Full Name: Keshav Arora
Github Profile Link: https://github.com/CoderOMaster
Email ID: [email protected]

from dl-simplified.

Full name : Soumik Banerjee
GitHub Profile Link : https://github.com/Soumiksb06
Email ID: [email protected]
Approach: I'll use: LSTM, RNN, MLP and try others and find out the best fitted algorithm based on accuracy scores.

Hi, Abhishek,
I'm completely new to Open Source but have lots of experience in building DL and ML models for prediction. I feel that this project would be a suitable start for my Open Source journey. Please assign this one to me. I'm contributor of SWOC 2024.
Thank You!

from dl-simplified.

Let the program start officially. Issues will be assigned after that. Till then go through the repository as well as the README file.

Ok. So how will we know about the assigned issues?

from dl-simplified.

I guess we will have a communication channel in Discord, through that we can communicate.

from dl-simplified.

Hi @Soumiksb06 would you like to work on this issue based on the approach you have shared earlier?

from dl-simplified.

Hi @Soumiksb06 would you like to work on this issue based on the approach you have shared earlier?

Yes sure!

from dl-simplified.

What will be your approach for solving this issue, what are the models you want to implement?
@Soumiksb06

from dl-simplified.

What will be your approach for solving this issue, what are the models you want to implement?
@Soumiksb06

I'll use LSTM, RNN, MLP and try others and find out the best fitted algorithm based on accuracy scores.

from dl-simplified.

Cool. Issue assigned to you @Soumiksb06. I have also updated the issue name, try to focus on DL models/methods instead of basic ML models.

from dl-simplified.

Cool. Issue assigned to you @Soumiksb06. I have also updated the issue name, try to focus on DL models/methods instead of basic ML models.

Yeah sure I mentioned DL models only. How can I contact you? on Linkedin or on Discord?

from dl-simplified.

Cool. Issue assigned to you @Soumiksb06. I have also updated the issue name, try to focus on DL models/methods instead of basic ML models.

Yeah sure I mentioned DL models only. How can I contact you? on Linkedin or on Discord?

Any platform you want.

from dl-simplified.