A.V. Mapping - White Paper
A.V. Mapping - White Paper
October 30, 2023

Chapter 1: Introduction

  A.V. Mapping's mission is to unlock the potential of creators by utilizing technology. The company integrates content, safeguards copyrights, and enhances the creators ecosystem through its efficient AI and blockchain technology. A.V. Mapping’s AI finds music & SFX for videos. No copyright issues, no wait. Instantly match music to videos with 24/7 AI website. By pairing contents with AI-matched human-generated music and authentic sound effects, accessing your transaction details around the clock with FAANG & blockchain supported website. A.V. Mapping enables a unique platform for sharing, selling, accelerating and protecting creators' rights.

  Utilizing AI analysis techniques such as image, music, plot, and text analysis, A.V. Mapping helps creators expedite the process of finding suitable music, acquiring licenses, and reducing time spent on non-creative tasks. This enables a focused approach on their creative work.

  Powered by advanced AI technology, A.V. Mapping offers a comprehensive video music mapping solution. It rapidly identifies the most appropriate music or sound effects for videos while cutting production time considerably. By saving up to 95% of work hours and increasing cash flow within the creative industry, A.V. Mapping strives to be the most effective partner for creators.

Chapter 2: Advantages of A.V. Mapping

1️⃣ Cost Saving

Save 7K USD and half a year each time.

Pay as you go. You don’t need to pay forward for those high license fees on the music or sound effects for no one. Just pay how much music and sound your customers used, we would charge at the end of the month and only count by use.

2️⃣ Efficiency

The process of accessing AI capabilities and a vast music and sound effects library, saving you time and effort in sourcing and implementing these elements into your projects. With millions of music tracks and sound effects at your fingertips, you have the creative freedom to choose the perfect audio to enhance your content, making it more engaging and impactful.

3️⃣ Innovation

A.V. Mapping possesses unique features and notable benefits such as vastly improved efficiency due to its proprietary music-matching patented AI algorithm. Its multi-dimensional analysis combines elements like visual storytelling, plot development, emotions, actions, text inputs, and musical styles to create a smarter music matching process while reducing production costs significantly.

In addition to these cost savings, A.V. Mapping offers a 24/7 online service that allows direct interaction with AI through an accessible digital recording studio environment. By doing so, it eliminates time-consuming communication between producers and composers and supports collaboration with software, platform, and hardware vendors via technological integrations such as APIs.

Chapter 3: Audiovisual Music A.I. Platform

The A.V. Mapping platform offers a comprehensive range of features for video, text, and music analysis. Video analysis encompasses aspects such as characters, time, location, objects, shot rhythms, and color tones. Text analysis covers plot summaries and CUE sheets, while music analysis involves emotions, styles, and musical traits. These features work together to help creators identify music that accurately meets their needs.

Music Search Engine:


The music search engine provides various capabilities such as music and sound effects discovery, noise reduction processing, and contract signing services. This all-in-one solution streamlines the process of finding the desired music resources.

Moreover, the engine supports video-to-music and image-to-music conversions. When uploading a video, the AI automatically analyzes and selects appropriate music and sound elements to enhance the video’s quality.

The music-to-music feature provides details like mood, genre, and musical attributes to find the most suitable and copyright-friendly music, thereby offering improved music resources for creative projects.

The text-to-music functionality enables users to discover fitting music based on textual content, plot summaries, and keywords. This feature effectively matches music with text, resulting in a more cohesive integration of music and written materials.


Video Analysis Techniques:

A key component of the AV Mapping platform is its AI-powered recognition and analysis of video content for accurate soundtrack recommendations. Here is an in-depth overview of the video analysis techniques:

Character, Time, and Location Recognition: The AI technology automatically detects elements such as characters, scenes, time, and location within the video. This ensures that the chosen music closely aligns with the video’s context and background for personalized musical selections.

Shot Rhythm Analysis: The AI can assess the rhythm sense of the video by understanding rhythm variations between different scenes and transitions. This feature helps choose fitting music that synchronizes with the video’s rhythm for an enhanced viewing experience.

Color Tone Analysis: Utilizing AI-driven recognition, the platform evaluates color tones and styles within the video. This is essential for selecting suitable music styles, ensuring that the chosen music matches the visual style of the video, creating a consistent artistic tone.

Text Analysis Techniques:

Besides video analysis, the AV Mapping platform also incorporates text analysis techniques capable of extracting vital information from plot summaries and CUE sheets for improved music recommendations. Here’s a detailed look at these text analysis techniques:

Plot Summary Analysis:

The AI system accurately interprets plot summaries, extracting deeper insights into storylines and emotional expressions in videos. This integration allows the music to better align with the video’s emotions and narrative direction.

CUE Sheet Analysis:

CUE sheets provide specific timestamps and scene descriptions requiring music in videos. AI technology effectively translates these sheets into precise musical requirements, helping creators choose appropriate music segments.

Music Analysis Techniques:

A.V. Mapping employs advanced music analysis techniques to determine emotional, stylistic, and musical attributes from audio tracks and intelligently match them to video requirements.

Emotion Analysis:

The AI system detects emotions within music, such as happiness, sadness, tension, and more. This process allows for better emotional alignment between music and video content, enhancing audience engagement and experiences.

Style Analysis:

AI efficiently identifies different musical styles like pop, classical, rock, etc. Based on video style and ambience, it smartly pairs suitable music genres, creating a harmonious fusion between audio and visual components.

Musical Characteristic Analysis:

AI examines essential musical aspects like rhythm and tempo. This evaluation is crucial for determining the appropriate rhythm dynamics for videos, ensuring that the soundtrack aligns with the video’s rhythm changes.

By combining these three primary analysis categories, the A.V. Mapping platform delivers comprehensive, intelligent audiovisual music services. This solution enables creators to concentrate on their artistic vision while increasing efficiency and enhancing the overall quality of their work.

Chapter 4: Further Technological Applications of A.V. Mapping

Personalized Film Music Recommendation:

Section 4-A :

Exploring A.V. Mapping’s facial recognition AI technology that produces personalized video music recommendations based on facial expressions and identity data from uploaded files. Creators can use these tailored suggestions to imbue their works with their unique style and improve the originality and quality of their output.

Section 4-B: Frame-by-Frame Analysis of Dynamic Videos

The frame-by-frame analysis method for dynamic videos. This technique allows creators to examine their video’s “shot breakdown”, leading to a deeper understanding of the video’s rhythm and content. In turn, this knowledge empowers creators to quickly master audiovisual storytelling skills.

Frame-by-frame analysis is a technique for examining videos or animations by scrutinizing each individual frame. This method enables a thorough understanding of a video’s components, such as content, rhythm, visuals, and editing. In machine learning applications, this approach is often utilized for automated processing and interpretation of videos or animations.

Integrating frame-by-frame analysis into A.V. Mapping’s services can considerably improve the effectiveness and quality of audiovisual content development. The benefits include:

  1. Increased Efficiency in Video Creation: With A.V. Mapping’s frame-by-frame analysis technology, creators can quickly grasp the video’s content and rhythm, expediting editing and post-production processes. As a result, creators can concentrate more on the creative aspects, thus enhancing overall efficiency.
  2. Personalized Creative Suggestions: A.V. Mapping’s in-depth frame-by-frame analysis allows for customized creative recommendations based on the video’s content and rhythm. The AI system can suggest suitable music, sound effects, and color tones to help creators produce unique and high-quality work.
  3. Automated Tagging and Indexing: A.V. Mapping’s AI system can automatically tag scenes, objects, and actions within the video using frame-by-frame analysis. This facilitates easy search and management of video assets while improving creative organization and efficiency.
  4. Automated Editing and Sound Design: Utilizing frame-by-frame analysis, A.V. Mapping’s AI system can detect crucial scenes and engaging segments, automatically coordinating them with appropriate editing techniques and sound design elements. This not only streamlines the editing process but also ensures a quality creative output.

Frame-by-frame analysis is an analytical approach for videos or animations, involving detailed analysis and study of each frame individually. Each frame constitutes a single image of the video, and videos are constructed from these frames. Frame-by-frame analysis aids in understanding the video’s content, rhythm, visual design, and editing, thus comprehending the structure and content presentation of the video.

In the context of machine learning, frame-by-frame analysis is commonly used for automatic processing and understanding of videos or animations.

Section 4-C: Static Image Color Card Creation

A.V. Mapping’s static image color card creation technique is introduced. Through this technology, creators can identify color code palettes for each frame, aiding them in better controlling the image’s tone and style. This results in more exquisite and professional-looking works.

A.V. Mapping’s static image color card creation technique, when integrated with its advantages, empowers creators to have better control over the image’s tone and style. The benefits of this technology include:

Crafting Personalized Visual Styles: A.V. Mapping’s color card creation technology allows creators to identify color code palettes for each frame, ensuring that the image’s tone and style align with the creator’s unique aesthetic. Defining specific color tones, color combinations, and visual effects enables creators to present their distinct visual style, enhancing individualization and recognizability.

Establishing Emotional Ambience: Color plays a crucial role in expressing emotions through visuals. A.V. Mapping’s color card creation technology enables creators to precisely adjust colors and tonalities, thereby establishing emotional atmospheres that suit the storyline. Whether conveying warmth, romance, suspense, or thrill, careful color design enhances the audience’s perception and resonance.

Elevating Video Professionalism: By utilizing A.V. Mapping’s color card creation technology, creators can enhance the visual appeal and professionalism of their works. Appropriate color adjustments and visual style designs elevate the overall visual quality and attractiveness of their creations, attracting more viewers and users.

Time-Efficient Post-Production: Traditionally, post-production color correction for videos is labor-intensive and time-consuming, requiring frame-by-frame adjustments. A.V. Mapping’s color card creation technology allows creators to design suitable color patterns and tones in advance, which can then be applied to the entire video, significantly saving post-production time and effort while boosting efficiency.

A.V. Mapping’s static image color card creation technology empowers creators to exert better control over their visuals’ tone and style, resulting in works that are more personalized and professional. This technology facilitates the expression of a unique visual style, the creation of emotional atmospheres, and the enhancement of overall visual quality, while also saving time and effort in post-production.

Section 4-D: Noise Reduction for Sound

This chapter provides an in-depth introduction to A.V. Mapping’s noise reduction technology for sound. In the realm of audiovisual production, there are instances when audio requires noise reduction. Through AI-driven processing, A.V. Mapping is capable of automatically performing the equivalent of ten thousand minutes of noise reduction work in just fifteen minutes, significantly saving creators’ time and effort.

Section 4-D.1: Contemporary AI Applications in the Field of Speech

We delve into the third application of AI in the realm of speech, focusing on noise reduction and the separation of vocals from background sounds. This section discusses the challenges and limitations of traditional noise reduction methods and how AI technologies further improve this field, making it an invaluable aid for audiovisual creators.

Section 4-D.2: Advantages of A.V. Mapping’s Noise Reduction Technology

This section elaborates on the advantages of A.V. Mapping’s noise reduction technology. This innovation strives to provide accessible AI-driven acoustic recognition technology, spanning various industry applications, including digital music post-production, music education, corporate interviews, and machine anomaly detection. The training and learning process are explored, showcasing how consumers can effortlessly access the services of professional sound engineers and significantly enhance video quality.

Section 4-D.3: Contrasting with Traditional Approaches and Application Flexibility

Comparing A.V. Mapping’s noise reduction technology with conventional methods, traditional techniques often involve indiscriminate removal of all background noise, which can result in audio that sounds artificial. In contrast, A.V. Mapping’s AI technology enables adjustment of the vocal/noise ratio according to user needs, catering to diverse application scenarios. Application flexibility is explored, along with how to ensure the removal of background noise while preserving the authenticity and naturalness of vocals.

Section 4-D.4: Impact and Value in the Audiovisual Creation Sphere

This section explores the impact and value brought about by A.V. Mapping’s noise reduction technology in the realm of audiovisual creation. This technology enables audiovisual creators to effortlessly enhance the audio quality of their works, allowing audiences to focus more on the content while achieving a more professional outcome. Particular emphasis is placed on the significance for individual YouTubers and online educators, enabling them to enjoy high-quality audio processing even on a limited budget.

Section 4-E: Sound Design

This chapter introduces A.V. Mapping’s sound design technology. Sound design often requires a significant amount of time and effort, but with AI technology, creators can receive quicker assistance in sound design. This reduces the complexity of design and allows creators to concentrate more on the creative process.

Unique Sound Effect Creation: Some videos or games may necessitate unique sound effects to express specific scenes or characters’ personalities. Through A.V. Mapping’s sound project development technology, creators can generate distinctive sound effects that match the needs of their work, infusing it with a unique style.

Section 4-F: Sound Project Development

Sound project development technology is another crucial function offered by the A.V. Mapping platform. In audiovisual creation, there are instances when specialized sound processing is required, such as creating unique sound effects or music compositions to enhance creativity and uniqueness. A.V. Mapping’s sound project development technology fulfills these specialized sound processing needs, providing creators with greater freedom for expression. Examples of its applications include:

Customized Music Recommendation: Some videos or games may demand entirely customized music recommendations to highlight their uniqueness and atmosphere. A.V. Mapping can provide sound project development, enabling collaboration between creators and composers to create music that perfectly fits the needs of the work, achieving a flawless presentation.

Specialized Sound Processing: In certain situations, videos or games might require specialized sound processing, such as simulating sound effects in unique environments or creating fictional sound effects. A.V. Mapping’s technology can fulfill these specialized sound processing requirements, enabling creators to realize their creative ideas more effectively.

Section 4-G: Server Security

Security Dashboard Tracking Platform

In today’s digital age, server security is of utmost importance. Our platform features a centralized dashboard that allows users to manage security alerts and findings from various services and products within their environment. This dashboard serves as a convenient center for monitoring and managing security events, protecting servers and data effectively.

The Security Dashboard operates by integrating security findings from multiple sources, offering automated best practice checks and detailed reports on alerts. It can automate the resolution of certain security vulnerabilities and manage alert outcomes based on user-defined actions. These evaluations and results are scored using industry standards, helping users quickly identify accounts and resources that need attention while providing ongoing security assessments.

Security Dashboard offers several benefits:

  1. Streamlined information gathering across multiple accounts by consolidating security findings from various services and products.
  2. Automated features, including customized actions for specific findings, speeding up response time.
  3. Continuous security evaluations in line with industry standards and best practices, helping users understand and improve their account security.

Some common use cases for the Security Dashboard include:

  1. Ongoing scanning of environments to identify configuration errors and aggregate account-specific security check results.
  2. Simplifying classification and prioritizing important findings or events.
  3. Managing compliance with the platform’s integrated mapping capabilities.

The security dashboard A.V. Mapping integrated plays a critical role in enhancing server security in the digital world. It offers a central location for managing security alerts, automating evaluations, and adhering to industry standards and best practices.

Exceptional Security, Performance, and Reliability

A cloud platform, utilized by millions of online properties for its exceptional security, performance, and reliability, is now integrated into A.V. Mapping’s audio-visual platform.


The growing demand for constant connectivity and the increasing need for secure, fast, and resilient networks have paved the way for new solutions in the audio-visual industry. A.V. Mapping employs AI-driven audio-visual technology that ensures global reach and seamless user experience.

The Advantage of Worldwide Connectivity

Through its advanced AI-based solutions, A.V. Mapping has transformed how visuals are paired with music, catering to creators all over the world. By integrating a powerful global network that handles a significant percentage of worldwide internet traffic, A.V. Mapping ensures swift and secure delivery of its solutions to users.

Improved Audio-Visual Experiences

1. Quick Delivery:

A.V. Mapping’s platform, combined with fast global network speeds, allows users to enjoy speedier audio-visual matching and content delivery.

2. Safety Guard

The state-of-the-art threat intelligence integrated into A.V. Mapping’s platform guarantees a secure environment for creators and users.

An All-Inclusive Security System for Audio-Visual Content

By leveraging cutting-edge machine learning capabilities, A.V. Mapping improves its AI algorithms to ensure audio-visual content remains protected from threats and unauthorized access.

Privacy Compliance and Data Protection

End-to-end encryption of audio-visual data on the A.V. Mapping platform grants users peace of mind regarding the privacy of their content and adherence to local regulations.

Comprehensive Solutions for the Audio-Visual Sector

For larger organizations, A.V. Mapping offers custom tools, analytics, and support tailored to their requirements. Enterprises can benefit from this all-in-one solution in terms of enhanced security and guaranteed performance.

In conclusion, the incorporation of powerful global network technology into A.V. Mapping’s platform represents a major advancement in the audio-visual industry. This fusion harnesses the strengths of both components to provide creators and users with secure, efficient, and next-level audio-visual experiences.

Section 4-H: Image Segmentation

Leveraging Image Segmentation Technology

1. Introduction:

A.V. MAPPING is a platform focused on music and sound effect matching, utilizing AI to assist creators in swiftly identifying suitable music. This document explores the potential of enhancing this process using Image Segmentation technology.

2. Definition of Image Segmentation:

Image Segmentation is the process of dividing a digital image into multiple segments or regions, each of which shares similar features or semantics. This allows systems to better comprehend the content and context of an image.

3. Rationale for Applying Image Segmentation:

Increased Accuracy: By understanding each segment of an image, the AI can match music and sound effects with greater precision.

Personalized Experience: Based on the distinct segments of an image, the AI can offer more tailored music suggestions.

4. Implementation Steps:

Data Collection:

Gather data from images and videos uploaded by users.


Clean and format the data to make it suitable for Image Segmentation.

Model Training:

Train the Image Segmentation model using labeled data.


Integrate the trained model into the A.V. MAPPING platform.

Music Matching:

Based on the results of image segmentation, the AI recommends appropriate music and sound effects.

5. Outcomes and Benefits:

By employing Image Segmentation technology, A.V. MAPPING can interpret image content more effectively, leading to more accurate music matches. This not only elevates user satisfaction but also boosts platform engagement.

Image Segmentation technology offers A.V. MAPPING a powerful tool to better serve its users. As the technology evolves further, we anticipate the platform introducing more innovative features, delivering increased value to creators.

(TBC) 😉

2023-10-31 Updated

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