This document outlines topics and structure for WiMAX master's thesis projects. It lists the major applications of WiMAX as cellular backhaul, IP multimedia subsystem, video conferencing, multimedia applications, downloading media content, and Wi-Fi hotspots. It also details the typical stages of a thesis as an abstract, introduction, literature survey, current research, implementation and results, conclusion, and references. Finally, it lists notable simulators used for WiMAX research projects, including QualNet, NS3, OMNeT++, OPNET, and GloMoSim.
This document discusses visual cryptography projects and tools. It lists 5 visual cryptography projects developed using Matlab, Java, and C#.NET that can encrypt and decrypt messages on different operating systems. It also outlines 5 methodologies for visual cryptography tools and software, including schemes for secret image sharing and adjustable secret sharing schemes. Advanced concepts in visual cryptography and supportive cryptography tools are listed. Contact information is provided at the end.
This document outlines potential thesis topics in digital signal processing (DSP) using MATLAB. It lists concepts like real-time noise filtering, automatic cue-point finding, note extraction from music, and high-speed data acquisition. Specific topics mentioned include modulation systems, waveform processing, control theory, digital filters, image processing, sensor array processing, seismic data processing, and communication systems. The document encourages contacting the provided email or phone number for guidance on DSP MATLAB thesis topics.
This document outlines topics and structure for WiMAX master's thesis projects. It lists the major applications of WiMAX as cellular backhaul, IP multimedia subsystem, video conferencing, multimedia applications, downloading media content, and Wi-Fi hotspots. It also details the typical stages of a thesis as an abstract, introduction, literature survey, current research, implementation and results, conclusion, and references. Finally, it lists notable simulators used for WiMAX research projects, including QualNet, NS3, OMNeT++, OPNET, and GloMoSim.
This document discusses visual cryptography projects and tools. It lists 5 visual cryptography projects developed using Matlab, Java, and C#.NET that can encrypt and decrypt messages on different operating systems. It also outlines 5 methodologies for visual cryptography tools and software, including schemes for secret image sharing and adjustable secret sharing schemes. Advanced concepts in visual cryptography and supportive cryptography tools are listed. Contact information is provided at the end.
This document outlines potential thesis topics in digital signal processing (DSP) using MATLAB. It lists concepts like real-time noise filtering, automatic cue-point finding, note extraction from music, and high-speed data acquisition. Specific topics mentioned include modulation systems, waveform processing, control theory, digital filters, image processing, sensor array processing, seismic data processing, and communication systems. The document encourages contacting the provided email or phone number for guidance on DSP MATLAB thesis topics.
This document discusses WiFi network simulation projects and tools. It lists the major research topics as WiFi enabled LEDs, vehicle-to-vehicle electronics, WiFi imaging hotspots, traffic management protocols, and smart antenna designs. It also outlines some common simulation tools and software, including an open source LTE product, a Java-based simulator, an emulator for wireless sensor networks, and an open source simulator. Finally, it provides some key notes on the QualNet WiFi network simulator, including support for IPv6, access points, association, power management, and the distributed coordination function.
This document provides a list of modern MATLAB thesis project titles, trendy research areas in MATLAB projects, and key notes on MATLAB simulation. Some example titles include speech recognition technology based on interactive web, probabilistic GUI and time variant sensor accuracy model in Aerospace Applications, and 5DOF robot manipulator modeling and trajectory using CATIA and MATLAB. Trendy research areas featured are implicit and explicit solvers, sparse and full linear algebra, bounded and fixed cost simulation, event location and detection, and discrete event systems simulation. Key points on MATLAB simulation include implicit and explicit solvers, sparse and full linear algebra, bounded and fixed cost simulation, event location and detection, and discrete event systems simulation. Contact information is provided at the bottom
This document provides an overview of MATLAB project topics, including topics in natural sciences, dimensionality reduction techniques, and trendy project titles. Some example topics include modeling with Stateflow Petri Nets, ARX and ARMAX identification models, locality preserving projection, and developing a GUI for variable rate microstepping of a stepper motor. The document also provides contact information for those seeking additional guidance on MATLAB project selection and development.
QualNet is a network simulation software that provides highly comprehensive models for simulating all network features with high fidelity. It allows for extensive extensibility by connecting with other software and hardware applications. QualNet also offers scalability through parallel computing to support large numbers of nodes, and portability across different platforms like Windows. The major elements of QualNet include tools for importing models, tracing packets, visualizing networks in 3D, analyzing simulations, designing protocols, and animating/developing networks.
1) The document discusses potential MATLAB project topics for students, including underwater image and video analytics using an open source platform, laminated object manufacturing using an adaptive de-cubing algorithm, and an improved face recognition method using local binary patterns.
2) It notes major applications of image processing projects in fields like the film industry, material science, medical imaging, and forensic studies.
3) Finally, it lists significant domains for image processing projects using MATLAB, such as optical engineering, artificial intelligence, computational biology, medical imaging, and visual perception.
Video Processing Projects Using MATLAB Research GuidanceMatlab Simulation
The document discusses recent trends in video processing projects using Matlab, including multi-dimensional signal processing, wireless networks for video streaming and transmission, and video retrieval via user queries of text, images, audio, and video. It also mentions artificial intelligence and cloud applications. The document then discusses using algorithms in Matlab for video processing projects involving video surveillance systems, video retrieval, video processing applications, video steganography, background subtraction, and video compression. Finally, it lists some tools for video processing Matlab projects, including MKVToolnix, AviSynth, MPlayer, MP4Box, and FFMpeg, and provides contact information.
This document discusses WiFi network simulation projects and tools. It lists the major research topics as WiFi enabled LEDs, vehicle-to-vehicle electronics, WiFi imaging hotspots, traffic management protocols, and smart antenna designs. It also outlines some common simulation tools and software, including an open source LTE product, a Java-based simulator, an emulator for wireless sensor networks, and an open source simulator. Finally, it provides some key notes on the QualNet WiFi network simulator, including support for IPv6, access points, association, power management, and the distributed coordination function.
This document provides a list of modern MATLAB thesis project titles, trendy research areas in MATLAB projects, and key notes on MATLAB simulation. Some example titles include speech recognition technology based on interactive web, probabilistic GUI and time variant sensor accuracy model in Aerospace Applications, and 5DOF robot manipulator modeling and trajectory using CATIA and MATLAB. Trendy research areas featured are implicit and explicit solvers, sparse and full linear algebra, bounded and fixed cost simulation, event location and detection, and discrete event systems simulation. Key points on MATLAB simulation include implicit and explicit solvers, sparse and full linear algebra, bounded and fixed cost simulation, event location and detection, and discrete event systems simulation. Contact information is provided at the bottom
This document provides an overview of MATLAB project topics, including topics in natural sciences, dimensionality reduction techniques, and trendy project titles. Some example topics include modeling with Stateflow Petri Nets, ARX and ARMAX identification models, locality preserving projection, and developing a GUI for variable rate microstepping of a stepper motor. The document also provides contact information for those seeking additional guidance on MATLAB project selection and development.
QualNet is a network simulation software that provides highly comprehensive models for simulating all network features with high fidelity. It allows for extensive extensibility by connecting with other software and hardware applications. QualNet also offers scalability through parallel computing to support large numbers of nodes, and portability across different platforms like Windows. The major elements of QualNet include tools for importing models, tracing packets, visualizing networks in 3D, analyzing simulations, designing protocols, and animating/developing networks.
1) The document discusses potential MATLAB project topics for students, including underwater image and video analytics using an open source platform, laminated object manufacturing using an adaptive de-cubing algorithm, and an improved face recognition method using local binary patterns.
2) It notes major applications of image processing projects in fields like the film industry, material science, medical imaging, and forensic studies.
3) Finally, it lists significant domains for image processing projects using MATLAB, such as optical engineering, artificial intelligence, computational biology, medical imaging, and visual perception.
Video Processing Projects Using MATLAB Research GuidanceMatlab Simulation
The document discusses recent trends in video processing projects using Matlab, including multi-dimensional signal processing, wireless networks for video streaming and transmission, and video retrieval via user queries of text, images, audio, and video. It also mentions artificial intelligence and cloud applications. The document then discusses using algorithms in Matlab for video processing projects involving video surveillance systems, video retrieval, video processing applications, video steganography, background subtraction, and video compression. Finally, it lists some tools for video processing Matlab projects, including MKVToolnix, AviSynth, MPlayer, MP4Box, and FFMpeg, and provides contact information.
This document summarizes Nuxeo's digital asset management capabilities for images, audio, and video. Key features include:
- Browsing and working with assets directly in Nuxeo
- HTML5 and Flash media players for audio/video playback
- Image and video transformations like thumbnails and previews
- Metadata extraction from images and videos
- Configurable video transcoding to formats like MP4, WebM, and Ogg
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1) The document discusses JMU's goal to provide high-quality online video content for classroom and desktop viewing through a multimedia collections task force.
2) It describes the technical processes involved - cataloging DVDs, encoding videos using Handbrake in MPEG-4 format, and streaming or allowing download through the existing digital image database for users.
3) Encoding is the most time-consuming aspect of the process. Videos are encoded at different rates for on-campus and off-campus streaming and downloading.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2022/06/seamless-deployment-of-multimedia-and-machine-learning-applications-at-the-edge-a-presentation-from-qualcomm/
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Big Data Expo 2015 - Anchormen Distributed video analysisBigDataExpo
Corné deelt zijn kennis en ervaring op het gebied van het grootschalig real time analyseren van beeld en video. Hoe doe je dat en wat komt erbij kijken? En vooral wat kun je hiermee bereiken om waarde te creëren. Onderdeel hiervan is een introductie van het (open source) StormCV platform dat specifiek ontwikkeld is voor dit doel.
The document summarizes different classroom capture systems including Camtasia Relay, Podcast Producer, and Mediasite. It discusses features of each like hardware requirements, licensing, publishing options, and ease of use. It also covers lessons learned and predictions for the future of classroom capture technologies, such as trends toward mobile access and automatic captioning. Faculty questions are raised around intellectual property, viewer access controls, and faculty adoption of these technologies.
Video stream analysis in clouds an object detection and classification frame...Finalyearprojects Toall
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