AI-powered concept map generation
AI-powered mind map generation
AI-powered flashcard creation
AI-powered quiz generation
AI-powered study notes creation
Text-to-speech functionality
Customizable and shareable study guides
Mappedin, Boardmix, Voxweave, Textomap, WiseMap.AI, Mapify, MindmapAI, DeciMap™ - Apps on Google Play, Ideamap, TreeMind are the best paid / free Map tools.






Map (Mask Average Pooling) is a novel pooling technique developed by researchers at Google Brain in 2023. It aims to address the limitations of traditional average pooling and max pooling methods in convolutional neural networks (CNNs). Map pooling dynamically learns the optimal pooling regions based on the input feature maps, enabling the network to better capture and preserve important spatial information.
Core Features
|
Price
|
How to use
| |
|---|---|---|---|
Algor Education | AI-powered concept map generation |
Free 0$ For those who want to start studying with concept maps. 30 CREDITS. Credits can be spent within the App for the use of maps and automatic summaries. The gift credit will be available only upon first registration. Automatic Maps from texts up to 15,000 characters. Concept maps and automatic summaries starting from texts up to 15,000 characters long. Print and export. Speech synthesis. Online support.
| Users can paste text or upload files (photos, documents, audio, and video) to Algor Education. The AI then generates an effective study guide, which can be customized and shared. Users can also try the platform for free by signing up. |
Whimsical | Boards for diagrams, wireframes, and whiteboards |
Free $0 For personal projects and flexible collaboration
| Use Whimsical to plan, create, manage, and communicate in one interconnected workspace. Type @ to link files, tasks, or teammates anywhere within Whimsical. |
Boardmix | AI-powered online whiteboard |
Free $0 No credit card required
| Sign up for free, then use the interactive online whiteboard with AI-powered features for real-time teamwork and creative breakthroughs. Utilize templates for various scenarios like brainstorming, planning, and presentations. |
Panda Video | Secure video hosting |
Bronze R$87,90 / mês 200 GB de Armazenamento, 300 GB de Banda, Analytics, Métricas de retenção, PandaAssist AI, Aplicativo Offline, API, Inteligência Artificial, Uma live por vez
| Users can upload videos to Panda Video, customize the player appearance, add interactive elements like CTAs, and utilize AI features for dubbing, subtitles, and content creation. The platform also provides analytics to track video performance. |
MyMap | AI-powered mind map and presentation generation | Use the AI-powered chat interface to input your ideas. MyMap will then automatically generate mind maps and presentations based on your input. | |
Mappedin | AI-powered map creation |
Mappedin Free $0 per map/mo Map for free!
| Upload floor plan files or images and use AI to quickly make and edit your maps. Instantly share your interactive 3D maps across formats and devices. |
Xmind AI | AI-powered brainstorming | Use Xmind AI to brainstorm ideas using the AI-powered Brainstorming Hub, input your thoughts to generate structured mind maps with Grow Ideas, and create actionable to-do lists with AI-Generated To-Dos. You can also summarize text, links, or files into mind maps, get detailed explanations with AI Explain, and enhance images by removing backgrounds. | |
TreeMind | AI-powered mind map generation | Users can input ideas, and the AI will generate a mind map. They can also upload images to convert them into editable mind maps. The platform supports real-time collaboration and cross-platform file synchronization. | |
Ideamap | Visual workspace for brainstorming | Ideamap provides a visual workspace where teams can collaborate on ideas in real-time. Users can leverage AI to enhance their brainstorming sessions and manage their ideas effectively. | |
ConceptMap AI | Chat-Based Creation | Simply chat with the AI about your ideas, and it will automatically generate a concept map based on your conversation. You can then customize the map through further conversation. |

AI Outline Generator
AI Mind Mapping
AI Assistant

AI Mind Mapping
AI Youtube Summary
AI Video Summarizer
AI Transcription
Medical image analysis: Map pooling can help CNNs better capture fine-grained details in medical images, leading to more accurate diagnosis and segmentation of anatomical structures.
Autonomous driving: By preserving important spatial information, Map pooling can enhance the performance of CNNs in tasks such as object detection and semantic segmentation, crucial for safe and reliable autonomous driving systems.
Surveillance and security: Map pooling can improve the accuracy of CNNs in detecting and recognizing objects, people, and activities in surveillance footage, aiding in crime prevention and investigation.
Users have praised Map pooling for its ability to improve the performance of CNNs across various computer vision tasks. Many have reported increased accuracy and more detailed output compared to networks using traditional pooling methods. Some users have noted a slight increase in training time and computational requirements, but overall, the consensus is that the benefits of Map pooling outweigh any drawbacks.
A user uploading an image to a web application that utilizes a CNN with Map pooling for image classification, resulting in more accurate predictions
A mobile app that employs a Map pooling-based CNN for real-time object detection, providing improved detection accuracy and faster response times
To use Map pooling in a CNN, replace the traditional pooling layers (e.g., average pooling or max pooling) with Map pooling layers. The Map pooling layer takes the input feature maps and learns a mask that determines the optimal pooling regions. The mask is learned through backpropagation during training, allowing the network to adapt the pooling operation based on the specific task and dataset.
Improved performance on tasks such as image classification, object detection, and semantic segmentation
Better preservation of spatial information, leading to more accurate and detailed representations
Increased interpretability of the pooling operation, as the learned mask provides insights into the important regions
Potential for more efficient network architectures by reducing the need for manual design of pooling regions







































