Description:INTEGRATED MUSIC PLATFORM WITH SYSTEMATIC SCORING FOR FAIR COMPETITION AND USER ENGAGEMENT
FIELD OF INVENTION:
[001] The invention disclosed herein is related to entertainment and more particularly is pertained to Digital based social entertainment activity.
BACKGROUND:
[002] The present invention, as described in this patent application, emerges from a comprehensive analysis of prior art, notably US20210012200A1, US11252797B2, and US4232295A, addressing challenges in the field of music engagement, user satisfaction, and fair competition in customized music platforms.

[003] US20210012200A1 highlights the challenges faced in searching and categorizing music based on user perception, specifically focusing on overcoming issues in collaborative filtering and introducing a system tailored for new artists. The invention emphasizes the implementation of a scoring system to facilitate fair competition in the music pool. This acknowledgment of the need for fairness and innovation sets the foundation for the present invention.

[004] US11252797B2 delves into the realm of jukebox devices with dual displays, lighting arrangements, and the integration of advertisements with music. The invention transforms the music engagement experience by merging advertising and music effects. The integration of dual displays and lighting arrangements sets the stage for a visually captivating environment. Drawing inspiration from US11252797B2, the present invention incorporates these elements, aiming to enhance user experience and create a dynamic music platform that goes beyond traditional boundaries.

[005] US4232295A, on the other hand, primarily focuses on monitoring song reproduction devices and collecting data on song selections and play counts through a centralized collector/scanner system. The use of a single multiplex telephone line for communication between the devices and the collector/scanner is emphasized. While US4232295A provides a method for monitoring physical devices, the present invention takes a different approach. It shifts the focus from physical connections to a more versatile and dynamic data acquisition model. Instead of relying on a centralized collector/scanner system, the present invention leverages various online platforms, diversifying data acquisition modes and ensuring a more comprehensive view of user interactions.
[006] But there is still a need for a systematic scoring approach to be incorporated integrating the visual and advertising elements to enhance user experience. Also there is a need for a system deviating from the centralized collector/scanner system. There is further a need to adopt a more flexible and diverse data acquisition approach. There is therefore a need for an integrated music platform that not only addresses the challenges identified in prior art but also sets new standards for user engagement, fairness, and innovation in the realm of customized music experiences.
SUMMARY
[007] A system-implemented method for facilitating a fair and engaging music pool competition is provided. The method includes receiving data for a plurality of songs from diverse platforms. Normalizing, ranking and calculating scores. Determining a pool winning score. Receiving data for a user's ranked songs. Calculating individual scores for each of the user's ranked songs by multiplying their pre-established ranks with their normalized views. Determining a total user score by summing up all individual song scores for the user. Ranking users based on their total scores, where the user with the highest total score is identified as the winner. Normalizing the views for each song by dividing the views of each song by the total views across all songs, ranking the songs in descending order based on their normalized views, and Calculating scores for each song by multiplying its rank by its normalized views.
[008] In some embodiments, determining a pool winning score by summing up the scores of all songs within the pool.
[009] In many embodiments, receiving data for a user's ranked songs, including normalized views and pre-established ranks by the user.
[010] In various embodiments, the views for each song are collected dynamically from various online platforms, ensuring real-time and up-to-date data for accurate normalization and ranking.
[011] In many embodiments, the pool winning score is determined by summing up the scores of all songs within the pool, creating a benchmark for fair and competitive music pool competitions.
[012] A system for music pool competition is provided. User device with VI module is provided. Pooling module configured to facilitate the entry of songs into a diverse pool, wherein said module further organizes said songs into a pool formation. Frontend module having an algorithm configured to collect views for each song from different platforms, and normalize said views by dividing each song's views by the total views, thereby normalizing the values. Ranking module configured to rank songs in descending order based on their normalized views, providing a systematic arrangement of songs within the pool. Leaderboard module configured to display the highest rank.
[013] In many embodiments, Entry and Pool Formation module allows users to submit songs to the pool, enabling a dynamic and inclusive selection of songs for the competition.
[014] In various embodiments, the Diverse Pool Options module provides customization options for users to choose specific genres, artists, or themes for their pool, enhancing the diversity and personalization of the music competition.
[015] In many embodiments, the Algorithm or method module utilizes API integration or web scraping techniques to collect views from various online platforms, ensuring a comprehensive and up-to-date view count for each song.
[016] In various embodiments, the User ranking module further includes a display interface configured to showcase the rankings and scores of participating users, enhancing user engagement and transparency in the competition.
[017] In many embodiments, the Total User Score sub-module employs a weighting mechanism, giving higher priority to songs with higher ranks, thereby encouraging users to strategically select and rank their preferred songs for optimal scoring.
[018] In various embodiments, the Pool Winning Score module dynamically adjusts the winning high score based on the number of participating songs, ensuring scalability and adaptability to varying pool sizes.

DRAWINGS
[019] Other characteristics, details and advantages of the invention can be inferred from the description of the invention hereunder. A more complete appreciation of the invention and many of the attendant advantages thereof will be readily obtained as the same becomes better understood by reference to the following detailed description when considered in connection with the accompanying figures, wherein:
[020] FIG. 1 represents a system to implement systematic scoring for fair competition and user engagement.
[021] FIG. 2 represents a method to implement systematic scoring for fair competition and user engagement.
[022] FIGs.3, represents User Registration.
[023] FIGs.2, represents a method to Arrange songs in ascending order.
[024] FIG.3 represents Pool Contest Participation
[025] FIG. 4 represents Joining/Leaving Contest Flow.
[026] FIG. 5 represents the method of Live Match Scoring.
[027] FIG.6 represents the method of Pool Contest Creation.
[028] FIG. 7 represents Pool Scheduling.
[029] FIG. 8 depicts Song Rank Performance Update Flow
[030] FIG. 9 denotes Leaderboard Update Flow
[031] FIG. 10 illustrates Prize Distribution Flow
[032] FIG. 11 illustrates a method of providing a system with systematic scoring for fair competition and user engagement
 
DETAILED DESCRIPTION
[033] It must be noted that the figures disclose the invention in a detailed enough way to be implemented, said figures helping to better define the invention if needs be. The invention should however not be limited to the embodiment disclosed in the description.
[034] Throughout the specification and claims, the following terms take the meanings explicitly associated herein unless the context clearly dictates otherwise. The meaning of "a", "an", and "the" include plural references. The meaning of "in" includes "in" and "on." Additionally, a reference to the singular includes a reference to the plural unless otherwise stated or inconsistent with the disclosure herein.
[035] An integrated music platform capable of executing systematic scoring for fair competition and user engagement as shown in FIG. 1. The system includes AV module that has an audio or video module that is configured to telecast or broadcast songs. A pooling module. A user is allowed to enter the pooling module,
[036] In various embodiments, the system is configured to execute an algorithm that is configured to collect view of the AV module for each song. The system included a front end module that includes through the server is configured to normalize the views. The system is configured to Add up all the views and divide each song's views by this total. This normalizes the values. A ranking module is provide in the system of the user to display ranks. The server is configured to Rank songs in descending order based on their normalized views.
[037] In many embodiments, the server is configure to compute or calculate scores. Rank assigned to each song is multiplied with the normalised views. In an exemplary embodiment. if there are 10 songs, the top ranked song gets multiplied by 10, the second by 9, and so on. This gives each song a score.
[038] User ranking module is provided in various embodiments. The user ranking module includes, Individual Song Scores sub-module. The Individual Song Scores sub-module is configured to utilize the same process for the user's ranked songs, including normalizing views and calculating scores by multiplying the rank with normalized views. User ranking module includes a Total User Score sub-module. Total User Score sub-module is configured to add up all individual song scores to derive the user's total score, ensuring it is less than or equal to the Winning high score for the pool. The user ranking module further includes Ranking Users sub-module configured to rank users based on their total scores, declaring the highest scorer as the winner. Wherein the systematic scoring approach ensures a fair and engaging music pool competition for all participants.
[039] In various embodiments, the system is configured to execute a pool Winning Score. All the song scores are summed up to determine the winning high score for the pool, this score is the highest score.
[040] In many embodiments, the system is configured to rank the songs. Individual Song Scores are generated. In some embodiments, same process for the user's ranked songs. The views are normalized. Rank is already created by the user so calculate scores by multiplying the rank with normalized views.
[041] In various embodiments, the system is configured to determine Total User Score. The system sums up all individual song scores to get total score. This score will be less than or equal to the Winning high score for the pool. Users are ranked based on their total scores, and the highest scorer emerges as the winner on the ranking and leaderboard module. This systematic scoring approach ensures a fair and engaging music pool competition for all participants.
[042] A method of executing systematic scoring for fair competition and user engagement by the integrated platform is disclosed in various embodiments as shown in FIG. 11. In first step as in step 201, the user are allowed to register into the platform through a user interface device. In step 203, the system is configured to receive data for a plurality of songs from various diversified platforms as aforementioned. In step 205, Entry and Pool Formation is carried out by the system. Users start by paying an entry fee, or use referral bonus or earn rewards and join the pool. The pool entry fee is determined by the pool volume. The Pools consist of a list of songs. Users are allowed to participate in pool Contest. Users are allowed to Join/Leave the Contest Flow. The user is provided with instructions to arrange the songs in ascending order. After arranging within a time frame, the winner will be decided and the communication is configured to be sent in a stipulated time period. The user with the correct sequence (highest views to lowest views) wins. In a third step as in step 207, scores are calculated by the frontend though a server module. In step 209, Live Match Scoring is generated. In step 211, based on the Song Rank and Performance the song rank flow is Updated as provided and Update and prize distribution and leader board updates are provided.
[043] In various embodiments, the method of operation of the system is provided. The system is configured to receive data for a plurality of songs from diverse platforms. A system receives the song arrangement from the user and the ranking module is configured to normalizing the score, rank the songs and calculate the scores. A pool winning score is determined. The detailed method of execution of the ranking module is provided. The ranking module receives data for a user's ranked songs. The individual scores for each of the user's ranked songs are calculated. The calculation is carried out by multiplying their pre-established ranks with their normalized views. Individual scores are calculated. A total user score is determined by summing up all individual song scores for the user. The users are ranked by the ranking module. The users are ranked based on their total scores, where the user with the highest total score is identified as the winner.
[044] In an exemplary embodiment, as in Entry and Pool Formation. Users start by paying an entry fee ranging from 0 to ₹10,000, depending on the pool volume. Pools consist of a list of songs. Users arrange the songs (from highest views in 24 hours to lowest views in 24 hours), based on their insights into current views across platforms. In many exemplary embodiments, the AV platform includes one of YouTube, Instagram, Spotify, or so on. The winner is chosen based on the song's views and arrangement in the given time frame. No two winners can emerge simultaneously due to the time sensitive nature of winner selection. After arranging within a time frame, the winner will be decided after 24 hours. The user with the correct sequence (highest views to lowest views) wins.
[045] In many embodiments, as shown Fig. 3 the user enter details in the user system the data is sent to the Frontend. The details are sent for authentication. The user is validated and user profile is created. The user is allowed to avail the services. The Authentication service sends a registration success message to the user. The success of registration is displayed in the user’s devise.
[046] In many embodiments, authentication may be a One Time Password (OTP) authentication, a call authentication, a message validation, clicking and activating a link or so on. All the authentication methods that can be used are construed to fall within the scope of the invention.
[047] In various embodiments as shown in FIG. 4, songs are arranged in an ascending order. Users are prompted to arrange the songs in an ascending order. The ranks are stored in a frontend module. The song rank is sent form pool. The rank is created in the frontend. The confirmation is displayed in the system.
[048] In many embodiments as in FIG. 5, from the user device, the pool contest is selected and song is ranked. A pooling module is configured to initiate service and an instruction is sent to user to confirm participation. The confirmation is displayed at the user’s end.
[049] In various embodiments, as in FIG. 6, a live pool status is obtained in the user’s device. The user is allowed to select the pool and join or leave the pooling action. The user is guided to ranking module. A pool ID and action is issued from leaderboard. User is made to confirm action. A confirmation is displayed by the live pool status module or tab.
[050] In various embodiments as shown in FIG. 7 the admin is allowed to enter pool contest details at a frontend module. The pool contest details are created by pool contest Service. A pool contest is created by a frontend module. Pool ID is displayed in the user device.
[051] In various embodiments as shown in FIG. 8 the admin is allowed to enter pool contest details at a frontend module. The pool contest details are scheduled by pool contest Service. A pool contest is created by a frontend module. Pool ID is displayed in the user device.
[052] In many embodiments as shown in FIG. 9 the user is allowed to enter pool that the user had already joined. Contest details are provided at a frontend module. The frontend is configured to send the performance details. To a ranking module. The song rank is updated in the frontend. The confirmation is displayed in the user device. Based on the results the updated data is sent to pool / service. The wallet details are updated. The updated user wallet is sent back to the leaderboard service.
[053] In alternate embodiments, optionally, a Notification module configured to notify users of their rankings, pool updates, and other relevant information, enhancing user engagement and participation in the music pool competition is provided.
[054] In various embodiments, the server based on the data or status on the leaderboard module is configured to send prize distribution details to a wallet module present within a user module.
[055] In various embodiments based on request or alternatively based on schedule or based on immediate pooling status, pool result is sent from pooling module to leaderboard service module.
[056] In many embodiments, the diverse pool options for songs are provided songs from various genres, artists, or themes, providing participants with a wide array of choices for an enriched music pool experience.
[057] In various embodiments, the systematic scoring approach ensures fairness by providing equal opportunities for all participants and promoting healthy competition within the music pool.
[058] In many alternate embodiments the system is provided with voice integrated module to enable voice to action based module integrated. That is when a user dictates the song arrangement order. Automatic pooling is carried out by the system by speech recognition module additionally incorporated.
[059] In many alternate embodiments, the user based customized songs are provided based on difficulty levels. For instance, for easy or preliminary levels, easy songs or songs provided previously are provided. For each stage providing set of songs that are provided based on customizable features and complexity of levels.
[060] In other variations, several users can simultaneously join to participate and form user groups. For example, a group of five friends might opt to play for enjoyment or in a competitive setting. Users can enter collectively through a single system or input group details or an authentication code, enabling them to engage as a cohesive group. During gameplay, users within the group can collaborate to rank songs and earn rewards. The system offers songs based on the collective interests of the group, facilitating pooling and ranking activities.
[061] In an exemplary embodiment, an exemplary algorithm is provided. The invention is not restricted to the below provided algorithm:
def calculate_song_scores(song_views):
# Step 1: Rank songs based on normalized views
ranked_songs = sorted(song_views, key=lambda x: x[1], reverse=True)

# Step 2: Calculate scores for each song
song_scores = []
for i, (song, views) in enumerate(ranked_songs, start=1):
score = i * views
song_scores.append((song, score))

return song_scores

def calculate_user_score(user_song_views):
# Step 3: Calculate total user score
user_score = sum(song[1] for song in user_song_views)
return user_score

def rank_users(user_scores):
# Step 4: Rank users based on total scores
ranked_users = sorted(user_scores, key=lambda x: x[1], reverse=True)
return ranked_users

# Example usage:
song_views = [("Song1", 100), ("Song2", 200), ("Song3", 50)] # Sample song views
user_song_views = [("Song1", 100), ("Song2", 200), ("Song3", 50)] # Sample user's ranked songs

# Calculate scores for songs
song_scores = calculate_song_scores(song_views)
print("Song Scores:", song_scores)

# Calculate total user score
user_score = calculate_user_score(user_song_views)
print("User Score:", user_score)

# Rank users based on total scores
user_scores = [("User1", 300), ("User2", 250), ("User3", 400)] # Sample user scores
ranked_users = rank_users(user_scores)
print("Ranked Users:", ranked_users)
[062] Various additional modifications of this invention may occur to those skilled in the art. All deviations from the specific teachings of the several embodiments of this specification that basically rely on the principles and their equivalents through which the art has been advanced are properly considered within the scope and ambit of the invention as described and claimed.
, Claims:1. A system-implemented method for facilitating a fair and engaging music pool competition, comprising:
a. Receiving data for a plurality of songs from diverse platforms;
b. Normalizing, ranking and calculating scores;
e. Determining a pool winning score;
f. Receiving data for a user's ranked songs;
g. Calculating individual scores for each of the user's ranked songs by multiplying their pre-established ranks with their normalized views;
h. Determining a total user score by summing up all individual song scores for the user; and
i. Ranking users based on their total scores, where the user with the highest total score is identified as the winner, characterized in that normalizing the views for each song by dividing the views of each song by the total views across all songs, Ranking the songs in descending order based on their normalized views, and Calculating scores for each song by multiplying its rank by its normalized views.
2. The method as claimed in claim 1, wherein determining a pool winning score by summing up the scores of all songs within the pool.
3. The method as claimed in claim 1, wherein receiving data for a user's ranked songs, including normalized views and pre-established ranks by the user.
4. A system for music pool competition, comprising:
User device with VI module;
Pooling module configured to facilitate the entry of songs into a diverse pool, wherein said module further organizes said songs into a pool formation;
Frontend module having an algorithm configured to collect views for each song from different platforms, and normalize said views by dividing each song's views by the total views, thereby normalizing the values;
Ranking module configured to rank songs in descending order based on their normalized views, providing a systematic arrangement of songs within the pool; and
Leaderboard module configured to display the highest rank.
5. The system as claimed in Claim 4, wherein the Entry and Pool Formation module allows users to submit songs to the pool, enabling a dynamic and inclusive selection of songs for the competition.
6. The system as claimed in Claim 4, wherein the Diverse Pool Options module provides customization options for users to choose specific genres, artists, or themes for their pool, enhancing the diversity and personalization of the music competition.
7. The system as claimed in Claim 4, wherein the Algorithm or method module utilizes API integration or web scraping techniques to collect views from various online platforms, ensuring a comprehensive and up-to-date view count for each song.
8. The system as claimed in Claim 4, wherein the User ranking module further includes a display interface configured to showcase the rankings and scores of participating users, enhancing user engagement and transparency in the competition.
9. The system as claimed in Claim 4, wherein the Total User Score sub-module employs a weighting mechanism, giving higher priority to songs with higher ranks, thereby encouraging users to strategically select and rank their preferred songs for optimal scoring.
10. The system as claimed in Claim 4, wherein the Pool Winning Score module dynamically adjusts the winning high score based on the number of participating songs, ensuring scalability and adaptability to varying pool sizes.