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air-quality-prediction-madrid

Python repository contains a regression-based model to predict the monthly average air quality in Madrid using historical data. The data includes daily air quality measurements and metadata related to the measurement stations.

asset_plus

An assignment by Asset Plus in 2020 to test different architectures.

assignment-prototype-1

balance-scale

Balance Scale using Random Tree Classifier

bloging-website

A flutter application where a blogger's website is made and the admin can change the blog from firebase firestore.

body_mass_index_calculator

A fun and interactive BMI calculator built with Flutter. Learn the ropes and calculate your BMI in style

budget_app_complete_project

Welcome to the Complete Budget App! This app is a hands-on project from the Flutter course presented by Coding Liquids. It's designed to provide an intuitive budget tracking experience for users and offer a comprehensive introduction to Flutter development for students.

budget_app_starting

Welcome to the Initial Budget App! This app is a hands-on project from the Flutter course presented by Coding Liquids. It's designed to provide an intuitive budget tracking experience for users and offer a comprehensive introduction to Flutter development for students.

cake_ordering_app

🍰 Cake Delight - Dive into a world of flavors with our Flutter-based cake ordering app. Crafted by Sagnik Bhattacharya at Coding Liquids. Feedback? Let's make it sweeter together!

checksum

Checksums are used to ensure the integrity of data portions for data transmission or storage. A checksum is basically a calculated summary of such a data portion. Network data transmissions often produce errors, such as toggled, missing or duplicated bits. Thus, the data received might not be identical to the data transmitted, which is obviously a bad thing. Because of these transmission errors, network protocols very often use checksums to detect such errors. The transmitter will calculate a checksum of the data and transmits the data together with the checksum. The receiver will calculate the checksum of the received data with the same algorithm as the transmitter. If the received and calculated checksums don’t match a transmission error has occurred. Some checksum algorithms can recover (simple) errors by calculating where the expected error must be and repairing it. If there are errors that cannot be recovered, the receiving side throws away the packet. Depending on the network protocol, this data loss is simply ignored or the sending side needs to detect this loss somehow and retransmits the required packet(s). Using a checksum drastically reduces the number of undetected transmission errors. However, the usual checksum algorithms cannot guarantee an error detection of 100%, so a very small number of transmission errors may remain undetected. There are several different kinds of checksum algorithms; an example of an often-used checksum algorithm is CRC32. The checksum algorithm chosen for a specific network protocol will depend on the expected error rate of the network medium, the importance of error detection, the processor load to perform the calculation, the performance needed and many other things.  

crypto-currency-converter-flutter

The application is made to show the conversion rates of cryptocurrencies with USD and others

deliveristo_flutter_challenge

A flutter challenge by deliveristo to demostrate API usage, Testing, Software Architecture.

destiny-game-flutter

A story game where every choice you make leads you to a different story. Basically when you select an answer you are directed to one story and another depending on the choice.

digit-recognition-using-svm

Recognizing Digits using support vector machine

drenlab_krala_murnau_portfolio

A Flutter application developed for DrenLab, serving a private investigator in Italy. Key features include dynamic card transitions on scrolling, nested scrolling capabilities, and remote location adjustments by the admin

drenlabs-company-app-portfolio

App portfolio of dernlab which consists of other mockup apps

euler-s-modified-euler-s-runga-kutta-methods

Numerical methods for ODEs in C: Implementations of Euler's, Modified Euler's, and Runge-Kutta methods. Ideal for students and researchers looking for efficient ODE solvers

finger-detection-system

fleet_sigma

flutter_architectures

Explore MVC, MVVM, BLoC in Flutter: A hands-on course repository demonstrating key architectural patterns in Flutter app development. Includes practical examples and detailed code insights for effective learning and application.

gambas-3-projects

These are a few gambas 3 projects based on which people can learn gambas 3 basics

giggle_grid

Giggle Grid is a fun, Flutter-built app delivering a variety of jokes via the Chuck Norris API. Explore different joke categories, find random laughs, search for specific jokes, and save your favorites. Designed for easy navigation and engaging user experiences.

hotel_booking_application_flutter

intersection-point-of-link-list

Due to some programming error two link list has been merged. This program will find the point where the two link list has joined

job_spri_ui

launch_pad_complete

🎵 Launch Pad Music App: Dive into a musical journey with pads that play unique sounds. Crafted by Sagnik Bhattacharya from Coding Liquids for the course "Complete Flutter Guide: Build Android, iOS, and Web". An interactive way to learn Flutter!

launch_pad_starting

🎵 Launch Pad Music App: Dive into a musical journey with pads that play unique sounds. Crafted by Sagnik Bhattacharya from Coding Liquids for the course "Complete Flutter Guide: Build Android, iOS, and Web". An interactive way to learn Flutter!

mixpad

🎵 MixPad Music App: Dive into a musical journey with pads that play unique sounds. Crafted by Sagnik Bhattacharya. An interactive way to learn Flutter!

mobile-store-printout-system

Using Java Swing The data is taken in the frame and it is displayed.

money_control

Money Control App! This app is a hands-on project from the Flutter course presented by Sagnik Bhattacharya. It's designed to provide an intuitive budget tracking experience for users and offer a comprehensive introduction to Flutter development for students.