Magnetic door lock system for security
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This document discusses a magnetic door lock system for security using haptic technology. It allows disabled users to remotely control appliances in their home through a touchpad interface connected to a microcontroller. The microcontroller receives input from the touchpad and sends signals to complete tasks like operating the door lock. The system provides a solution for disabled individuals to control home appliances without direct interaction.
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Sixth sense technology
The document describes Sixth Sense, a wearable gestural interface created by Pranav Mistry. It consists of a camera, projector, and mirror coupled in a pendant-like mobile device. The camera captures hand gestures and objects in view, sending the data to a smartphone for processing. The projector then projects the output from the smartphone onto the mirror, which reflects the image onto surfaces. This allows digital information to be accessed directly in the physical world using natural hand gestures.
6th sense technology
The document describes the Sixth Sense technology created by Pranav Mistry. It consists of a wearable pendant with a camera, projector, and mirror coupled to a mobile phone. The camera recognizes hand gestures and objects, sending video data to the phone for processing. The projector projects the phone's output onto the mirror and surfaces, allowing digital information to be accessed through natural hand gestures. Some key advantages include portability, connecting the digital and physical worlds, low cost, and accessing data in real-time. The prototype demonstrates how Sixth Sense can automatically display useful information and be interacted with via gestures.
Project Soli by Google ATAP
Project Soli is a Google project that uses radar technology in a small sensor to detect hand motions in 3D space at 10,000 frames per second. The sensor is only 5x5mm and can pick up sub-millimeter finger movements. It uses machine learning to translate intricate hand motions and gestures into commands to control electronic devices through free-hand gestures without the need for physical contact. Some potential applications are in medical devices, gaming, and other consumer gadgets by providing simple gesture-based control.
Kinetech Arts Selected Interactive Installations
Kinetech Arts is a non-profit that creates interactive public art installations using sensors and data visualization. Some of their installations include:
1) The Data Gallery, which maps body movements to interactions in a 3D environment and audio frequencies to animated particles.
2) The Judgment Wall, where 3D scans of faces are projected and seem to pass judgment on viewers. Viewers can also have their likeness added.
3) A Twitter visualizer using an Oculus Rift headset that shows tweets emerging from locations on a virtual globe.
Google project soli
Project Soli is a new technology that uses radar to enable new types of touch less interactions. The movements of gestures from a human can be captured using a radar sensor, and by detection of these gestures, some special task on a device can be done.
Google Project Soli
Project Soli is a new technology that uses radar to enable new types of touch less interactions. This technology considers the design of a human gesture recognition system based on pattern recognition of signatures from a portable smart radar sensor.
Project soli
Soli is one of the projects of Google ATAP(Advanced Technology And Project group)
Soli is a new sensing technology that uses miniature radar to detect touchless gesture interactions.
Mapping sessionu ispost
The document summarizes a mapping session at a GigaOM RoadMap conference on next-generation user interfaces. The session included a discussion on disruption vectors in technologies, business models, and user adoption patterns. Panelists assessed the relative importance of new input methods like gesture and voice, new output methods like visual and haptic displays, and leveraging big data. While Siri failed to fully realize its vision, no single disruption vector was identified, but rather input, output, and data technologies were seen as having roughly equal impact, likely leading to multiple specialized user interfaces for different contexts and tasks.
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Sixth sense technology
The document describes Sixth Sense, a wearable gestural interface created by Pranav Mistry. It consists of a camera, projector, and mirror coupled in a pendant-like mobile device. The camera captures hand gestures and objects in view, sending the data to a smartphone for processing. The projector then projects the output from the smartphone onto the mirror, which reflects the image onto surfaces. This allows digital information to be accessed directly in the physical world using natural hand gestures.
6th sense technology
The document describes the Sixth Sense technology created by Pranav Mistry. It consists of a wearable pendant with a camera, projector, and mirror coupled to a mobile phone. The camera recognizes hand gestures and objects, sending video data to the phone for processing. The projector projects the phone's output onto the mirror and surfaces, allowing digital information to be accessed through natural hand gestures. Some key advantages include portability, connecting the digital and physical worlds, low cost, and accessing data in real-time. The prototype demonstrates how Sixth Sense can automatically display useful information and be interacted with via gestures.
Project Soli by Google ATAP
Project Soli is a Google project that uses radar technology in a small sensor to detect hand motions in 3D space at 10,000 frames per second. The sensor is only 5x5mm and can pick up sub-millimeter finger movements. It uses machine learning to translate intricate hand motions and gestures into commands to control electronic devices through free-hand gestures without the need for physical contact. Some potential applications are in medical devices, gaming, and other consumer gadgets by providing simple gesture-based control.
Kinetech Arts Selected Interactive Installations
Kinetech Arts is a non-profit that creates interactive public art installations using sensors and data visualization. Some of their installations include:
1) The Data Gallery, which maps body movements to interactions in a 3D environment and audio frequencies to animated particles.
2) The Judgment Wall, where 3D scans of faces are projected and seem to pass judgment on viewers. Viewers can also have their likeness added.
3) A Twitter visualizer using an Oculus Rift headset that shows tweets emerging from locations on a virtual globe.
Google project soli
Project Soli is a new technology that uses radar to enable new types of touch less interactions. The movements of gestures from a human can be captured using a radar sensor, and by detection of these gestures, some special task on a device can be done.
Google Project Soli
Project Soli is a new technology that uses radar to enable new types of touch less interactions. This technology considers the design of a human gesture recognition system based on pattern recognition of signatures from a portable smart radar sensor.
Project soli
Soli is one of the projects of Google ATAP(Advanced Technology And Project group)
Soli is a new sensing technology that uses miniature radar to detect touchless gesture interactions.
Mapping sessionu ispost
The document summarizes a mapping session at a GigaOM RoadMap conference on next-generation user interfaces. The session included a discussion on disruption vectors in technologies, business models, and user adoption patterns. Panelists assessed the relative importance of new input methods like gesture and voice, new output methods like visual and haptic displays, and leveraging big data. While Siri failed to fully realize its vision, no single disruption vector was identified, but rather input, output, and data technologies were seen as having roughly equal impact, likely leading to multiple specialized user interfaces for different contexts and tasks.
The Internet-of-Things based hand gestures using wearable sensors for human m...
#Python #MtechPojects #BtechProjects
The Internet-of-Things based hand gestures using wearable sensors for human machine interaction
Cloud Technologies providing Complete Solution for all
Academic Projects Final Year/Semester Student Projects
For More Details,
Contact:
Mobile:- +91 8121953811,
whatsapp:- +91 8522991105,
Email ID: cloudtechnologiesprojects@gmail.com
project Soli ppt
Project Soli is a sensor developed by Google that uses radar technology to detect finger movements and gestures. It is small, about 5x5mm, and can be integrated into wearables. The sensor captures submillimeter motions of fingers at a high rate of 10,000 frames per second. It determines hand properties using machine learning to translate gestures into commands. Potential applications include medical devices, gaming, and controlling gadgets through free-hand gestures without touching them.
Sixth sense
The document discusses Sixth Sense, a wearable gestural interface developed by Pranav Mistry. It consists of a camera, projector, and mirror attached to a mobile device. The camera tracks hand gestures which are processed by a smartphone to provide information like maps or photos. The projector projects this information onto surfaces. It allows users to access digital information intuitively through natural hand gestures. While still in development, Sixth Sense aims to integrate digital information into the physical world in a user-friendly way.
Sixth sense
The document discusses Sixth Sense, a wearable gestural interface that augments the physical world with digital information. It uses a camera and color markers to track hand gestures, projects information onto surfaces using a projector powered by a smartphone. Applications include taking photos, making phone calls, checking time, and more. Advantages are portability, multi-touch interaction, and cost-effectiveness. Disadvantages include lack of privacy and security, and potential health issues. Future enhancements could include 3D gesture tracking and helping disabled individuals.
Definition
Sixth Sense Technology allows users to seamlessly access and interact with digital information in the physical world using hand gestures. It works by projecting digital interfaces onto physical surfaces using a mini projector, camera, and cell phone. The current prototype costs $350 and implements applications that demonstrate its usefulness for tasks like making calls, accessing maps, checking the time, drawing, zooming, getting product/book information, taking pictures, and more - essentially giving users a "sixth sense" of accessing information beyond their five physical senses.
Project soli ppt
Project Soli, a new, robust, high-resolution, low-power, miniature gesture sensing technology for human-computer interaction based on millimeter-wave radar
6th Sense Technology : Prasanna Kumar
V.Prasanna Kumar presented on 6th sense technology, which uses hand gestures to access information from a wearable device. The presentation discussed how 6th sense technology works, its applications like accessing the internet from anywhere using gestures, and its pros like ease of use and mobility. Potential cons discussed were its reliance on power and use of free hand gestures. In conclusion, 6th sense technology can integrate internet access into daily tasks to easily find information.
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This document describes a magnetic door lock system for security that uses a touch pad interface. The touch pad is connected to a microcontroller which receives input signals from the user and sends commands to control the door locking system based on the input. An LCD display is also connected to provide feedback to the user about the door lock status. The system allows disabled users to remotely control appliances like door locks from their chair using only a touch interface.
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The document discusses various advanced interaction techniques including touch, gestures, eye tracking, head and pose tracking, speech, and brain-body interfaces. It provides information on multitouch interaction technologies like capacitive touch screens, resistive touch screens, surface acoustic wave touch screens, infrared touch screens, and optical touch screens. It also discusses gesture recognition, eye gaze systems, and speech recognition technologies. The document outlines the components, working principles, applications and future scope of these human-computer interaction techniques.
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Controlling Computer using Hand Gestures
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Pervasive Computing
Pervasive computing explores embedding computing power into everyday objects to create an intelligent environment where technology is invisible and enhances human abilities. It involves distributing small, networked processing devices everywhere to integrate information processing into daily life and activities. Key aspects include ubiquitous connectivity, accommodating different networks and devices, and easy context-aware interaction and access to information and services. Challenges include privacy, security, control and transparency when computers are everywhere.
virtual mouse using hand gesture.pptx
This document describes a virtual mouse system that uses hand gestures as detected by a webcam to control the computer cursor and perform mouse functions like clicking and dragging. The proposed system aims to overcome limitations of physical mice like requiring batteries, wireless receivers or specific surfaces. It analyzes video frames from the webcam using OpenCV and MediaPipe to detect hand positions and gestures. Mouse movements and actions are mapped to specific gestures. The system was tested in different lighting conditions and distances from the webcam and was found to work effectively in most scenarios. Further improvements to accuracy and adapting it to mobile devices are discussed as future work.
Multitouch Interaction
This PowerPoint presentation discusses multitouch interaction technology. It provides an overview of hardware, software, user interfaces, market applications, gesture types, and implementation of multitouch. It describes several touch screen technologies including capacitive, resistive, surface acoustic wave, infrared, and optical. Examples of multitouch gestures like tap, pan, pinch zoom are presented. Current and future uses and markets of multitouch include interactive displays, tables, mobile devices. Research continues to enhance multitouch with 3D interaction and larger surfaces.
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This document provides an introduction and overview of a project on vision-based hand gesture recognition. It discusses the motivation for the project and how hand gestures can provide a more natural human-computer interaction compared to traditional input devices like keyboards and mice. The document outlines the objectives of the project, which are to develop a system that can identify specific hand gestures using a webcam and interpret them to control mouse operations on a computer. It also provides an overview of the organization of the project report and the topics that will be discussed in subsequent chapters, such as the literature review, proposed methodology, results, and conclusions.
A Survey Paper on Controlling Computer using Hand Gestures
This document summarizes a survey paper on controlling computers using hand gestures. It discusses various techniques that have been used for hand gesture recognition in previous research papers. The paper reviews literature on hand gesture recognition methods based on sensor technology and computer vision. It describes applications of hand gesture recognition such as controlling media playback, scrolling web pages, and presenting slides. Common challenges with hand gesture recognition are also mentioned, such as dealing with complex backgrounds and lighting conditions. The goal of the paper is to perform a literature review on prominent techniques, applications, and difficulties in controlling computers using hand gestures.
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This minor project report describes a home automation system that allows remote control of home appliances via an Android application or web server. The primary objectives are to develop a remote controlled home automation system using Android technology. The system would allow appliances to be operated from a smartphone or tablet through a graphical user interface. It discusses how internet of things technology can connect devices and allow them to communicate electronically. The report outlines how the system would use a microcontroller and relays to control switches and turn appliances on and off based on commands from the remote Android application or web server.
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The document describes the components and working of Sixth Sense technology, which is a wearable gestural interface. It consists of a camera, projector, mirror, smartphone, and color markers on the fingertips. The camera captures images and tracks hand gestures via the color markers. The smartphone processes the data and searches the internet. It projects information onto surfaces using the projector and mirror. The technology bridges the physical and digital world by recognizing objects and displaying related information using hand gestures.
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The Internet-of-Things based hand gestures using wearable sensors for human m...
#Python #MtechPojects #BtechProjects
The Internet-of-Things based hand gestures using wearable sensors for human machine interaction
Cloud Technologies providing Complete Solution for all
Academic Projects Final Year/Semester Student Projects
For More Details,
Contact:
Mobile:- +91 8121953811,
whatsapp:- +91 8522991105,
Email ID: cloudtechnologiesprojects@gmail.com
project Soli ppt
Project Soli is a sensor developed by Google that uses radar technology to detect finger movements and gestures. It is small, about 5x5mm, and can be integrated into wearables. The sensor captures submillimeter motions of fingers at a high rate of 10,000 frames per second. It determines hand properties using machine learning to translate gestures into commands. Potential applications include medical devices, gaming, and controlling gadgets through free-hand gestures without touching them.
Sixth sense
The document discusses Sixth Sense, a wearable gestural interface developed by Pranav Mistry. It consists of a camera, projector, and mirror attached to a mobile device. The camera tracks hand gestures which are processed by a smartphone to provide information like maps or photos. The projector projects this information onto surfaces. It allows users to access digital information intuitively through natural hand gestures. While still in development, Sixth Sense aims to integrate digital information into the physical world in a user-friendly way.
Sixth sense
The document discusses Sixth Sense, a wearable gestural interface that augments the physical world with digital information. It uses a camera and color markers to track hand gestures, projects information onto surfaces using a projector powered by a smartphone. Applications include taking photos, making phone calls, checking time, and more. Advantages are portability, multi-touch interaction, and cost-effectiveness. Disadvantages include lack of privacy and security, and potential health issues. Future enhancements could include 3D gesture tracking and helping disabled individuals.
Definition
Sixth Sense Technology allows users to seamlessly access and interact with digital information in the physical world using hand gestures. It works by projecting digital interfaces onto physical surfaces using a mini projector, camera, and cell phone. The current prototype costs $350 and implements applications that demonstrate its usefulness for tasks like making calls, accessing maps, checking the time, drawing, zooming, getting product/book information, taking pictures, and more - essentially giving users a "sixth sense" of accessing information beyond their five physical senses.
Project soli ppt
Project Soli, a new, robust, high-resolution, low-power, miniature gesture sensing technology for human-computer interaction based on millimeter-wave radar
6th Sense Technology : Prasanna Kumar
V.Prasanna Kumar presented on 6th sense technology, which uses hand gestures to access information from a wearable device. The presentation discussed how 6th sense technology works, its applications like accessing the internet from anywhere using gestures, and its pros like ease of use and mobility. Potential cons discussed were its reliance on power and use of free hand gestures. In conclusion, 6th sense technology can integrate internet access into daily tasks to easily find information.
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This document describes a magnetic door lock system for security that uses a touch pad interface. The touch pad is connected to a microcontroller which receives input signals from the user and sends commands to control the door locking system based on the input. An LCD display is also connected to provide feedback to the user about the door lock status. The system allows disabled users to remotely control appliances like door locks from their chair using only a touch interface.
Advance Interaction Techniques
The document discusses various advanced interaction techniques including touch, gestures, eye tracking, head and pose tracking, speech, and brain-body interfaces. It provides information on multitouch interaction technologies like capacitive touch screens, resistive touch screens, surface acoustic wave touch screens, infrared touch screens, and optical touch screens. It also discusses gesture recognition, eye gaze systems, and speech recognition technologies. The document outlines the components, working principles, applications and future scope of these human-computer interaction techniques.
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This document describes a system for controlling a computer mouse using hand gestures detected by a webcam. The system uses computer vision and image processing techniques to track hand movements and identify gestures. It analyzes video frames from the webcam to extract the hand contour and detect gestures. Specific gestures are mapped to mouse functions like movement, left/right clicks, and scrolling. The system aims to provide an intuitive, hands-free way to control the mouse for physically disabled people or those uncomfortable with touchpads. It could help the millions affected by carpal tunnel syndrome annually in India. The document outlines the system architecture, methodology including hand tracking and gesture recognition, and concludes the technology provides better human-computer interaction without requiring a physical mouse.
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O04602101103
This document summarizes a home automation system using a capacitive touchscreen. It discusses using a touchscreen interface with a PIC microcontroller to control electrical appliances in a home. The touchscreen coordinates are sent to the microcontroller which then processes the touch location and sends commands to output circuits connected to devices. Relays, buffers, encoders and a triac are used in the output circuit to control appliances. The system was tested and responded accurately 96% of the time with only a 5% lag. The touchscreen provides an easy to use interface for home automation.
Controlling Computer using Hand Gestures
This document describes a research project on controlling a computer using hand gestures. The researchers created a real-time gesture recognition system using convolutional neural networks (CNNs). They developed a dataset of 3000 training images of 10 different hand gestures for tasks like opening apps. A CNN model was trained to detect hands in images and recognize gestures. The model achieved 80.4% validation accuracy and was able to successfully perform operations like opening WhatsApp, PowerPoint and other apps based on detected gestures in real-time. The system provides a cost-effective and contactless way of interacting with computers using hand gestures only.
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Pervasive computing explores embedding computing power into everyday objects to create an intelligent environment where technology is invisible and enhances human abilities. It involves distributing small, networked processing devices everywhere to integrate information processing into daily life and activities. Key aspects include ubiquitous connectivity, accommodating different networks and devices, and easy context-aware interaction and access to information and services. Challenges include privacy, security, control and transparency when computers are everywhere.
virtual mouse using hand gesture.pptx
This document describes a virtual mouse system that uses hand gestures as detected by a webcam to control the computer cursor and perform mouse functions like clicking and dragging. The proposed system aims to overcome limitations of physical mice like requiring batteries, wireless receivers or specific surfaces. It analyzes video frames from the webcam using OpenCV and MediaPipe to detect hand positions and gestures. Mouse movements and actions are mapped to specific gestures. The system was tested in different lighting conditions and distances from the webcam and was found to work effectively in most scenarios. Further improvements to accuracy and adapting it to mobile devices are discussed as future work.
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This document provides an introduction and overview of a project on vision-based hand gesture recognition. It discusses the motivation for the project and how hand gestures can provide a more natural human-computer interaction compared to traditional input devices like keyboards and mice. The document outlines the objectives of the project, which are to develop a system that can identify specific hand gestures using a webcam and interpret them to control mouse operations on a computer. It also provides an overview of the organization of the project report and the topics that will be discussed in subsequent chapters, such as the literature review, proposed methodology, results, and conclusions.
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The document describes the components and working of Sixth Sense technology, which is a wearable gestural interface. It consists of a camera, projector, mirror, smartphone, and color markers on the fingertips. The camera captures images and tracks hand gestures via the color markers. The smartphone processes the data and searches the internet. It projects information onto surfaces using the projector and mirror. The technology bridges the physical and digital world by recognizing objects and displaying related information using hand gestures.
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Magnetic door lock system for security
- 1. ECWAY TECHNOLOGIES IEEE PROJECTS & SOFTWARE DEVELOPMENTS OUR OFFICES @ CHENNAI / TRICHY / KARUR / ERODE / MADURAI / SALEM / COIMBATORE MAGNETIC DOOR LOCK SYSTEM FOR SECURITY ABSTRACT Hap-tic Technology refers to technology that interfaces to the user via the sense of touch by applying forces, vibrations and or motions to the user. Hap-tics are gaining widespread acceptance as a key part of virtual reality systems, adding the sense of touch to previously visual only solutions. Most of these solutions use stylus based Hap-tic rendering, where the user interfaces to the virtual world via a tool or stylus, giving a form of interaction that is computationally realistic on today’s hardware. This mechanical simulation may be used to enhance the remote control of machines and devices. This emerging technology promises to have wide reaching applications. Haptic technology has made it possible to investigate in detail how the human sense of touch works, by allowing the creation of carefully controlled Hap tic virtual objects. These objects are used to systematically probe human Hap tic capabilities. It is difficult for the disabled to directly control the appliances present in a home. So we are coming up with the solution such that he can control all the appliances by sitting in his chair. The present project is based on microcontroller. Here a touch pad is interfaced to the micro-controller to receive input from the user. The signal is given to the microcontroller to complete the desired task. BANGALORE / HYDRABAD CELL: 9894917187 | 875487 1111/2222/3333 | 8754872111 / 3111 / 4111 / 5111 / 6111 Visit: www.ecwayprojects.com Mail to: ecwaytechnologies@gmail.com
- 2. BLOCK DIAGRAM Micro Controller Power Supply Digital Touch Pad LCD Display Door locking system