Video conferencing was piloted with HNC and National Diploma learners to improve collaboration and retention. Various video conferencing software were tested. Skype was preferred by learners but could not be used on the college network. Four video conferences per year were introduced covering course content. Benefits included maintaining course quality and addressing challenges for employed learners. Technical issues were encountered but overcome. Learners, teachers, managers, and assessors generally reacted positively and saw benefits, though some learners struggled to find quiet spaces. Lessons were learned around preparation and support.
7 Things You Need to Know About Recorded LecturesRichard Berg
1. Camtasia is software used to record screen actions and narrate presentations. Instructors at UW-Stout use Camtasia to create video lectures and tutorials. A quiet room is available for recording.
2. Several instructors from different departments like Education, Chemistry, Physics, and Biology use Camtasia to create video content for their online and face-to-face courses.
3. Recorded lectures can be broken into smaller chunks and include captions for accessibility. Student surveys showed positive responses to the use of recorded lectures.
This document provides information about using videoconferencing for classroom collaborations. It discusses the benefits of collaborations for students, including opportunities for multicultural understanding and learning from different perspectives. It also addresses how videoconferencing can help meet curriculum standards. Resources are presented for setting up international science collaborations as well as other collaboration tools and programs to facilitate videoconferencing projects between classrooms. Challenges to collaboration and questions from educators are also addressed.
This document provides information about an online graduate course called "Theoretical Foundations of Educational Technology" taught in the fall of 2009. It includes the instructor's contact information, a course description, objectives, required textbooks, software and equipment needs, policies, and a student code of conduct. The course explores classic and contemporary learning theories and their application to educational technology. Students will learn to compare and apply different theoretical approaches and think critically about the field. Assignments are due weekly and original work is expected, following Boise State University's academic integrity policy.
Upgrading is Not an Uphill Battle: How NIU Easily Transitioned to Blackboard ...Jason Rhode
Northern Illinois University transitioned from using the Wimba synchronous collaboration tool to Blackboard Collaborate. They conducted a pilot with 50 faculty/staff users of Wimba and found that Blackboard Collaborate had additional features. NIU provided training to faculty support staff on Blackboard Collaborate and allowed all courses on their Blackboard system to use the tool. The transition process included testing the integration with Blackboard, creating documentation, and conducting a survey of faculty Wimba users to understand what features they found most useful and important.
Lectures On Demand: delivering traditional lectures over the webronchet
The document discusses using video lectures for teaching. It describes the Lectures On Demand (LODE) system developed by the author for recording, streaming, and accessing video lectures. A study was conducted comparing the LODE system, which allows viewing full recorded lectures, to the Needle system, which allows searching and extracting information from lectures. The results showed that students who used the full LODE lectures performed better on questions requiring a complete understanding, while the Needle system allowed faster answering of definition-type questions.
The document provides information about Open Campus' Institutional Effectiveness Plan including its mission, outcomes, and goals to improve processes, services, and learning. It introduces new staff members Dr. Jose Fierro as Associate Dean and Floyd Ballard as Director of Digital Media, Education & Training. It also provides an exceptional faculty profile of Mary Margaret Kittle and discusses potential uses of QR codes and how to create an effective introduction section for online courses.
E-LEARNING TECHNOLOGIES
Tutorial by Martin Ebner, Martin Schön and Sandra Schön
CC BY SA BIMS e.V. | Martin Ebner, Martin Schön, Sandra Schön | April 2014
URL: http://creativecommons.org/licenses/by-sa/2.0/de/
7 Things You Need to Know About Recorded LecturesRichard Berg
1. Camtasia is software used to record screen actions and narrate presentations. Instructors at UW-Stout use Camtasia to create video lectures and tutorials. A quiet room is available for recording.
2. Several instructors from different departments like Education, Chemistry, Physics, and Biology use Camtasia to create video content for their online and face-to-face courses.
3. Recorded lectures can be broken into smaller chunks and include captions for accessibility. Student surveys showed positive responses to the use of recorded lectures.
This document provides information about using videoconferencing for classroom collaborations. It discusses the benefits of collaborations for students, including opportunities for multicultural understanding and learning from different perspectives. It also addresses how videoconferencing can help meet curriculum standards. Resources are presented for setting up international science collaborations as well as other collaboration tools and programs to facilitate videoconferencing projects between classrooms. Challenges to collaboration and questions from educators are also addressed.
This document provides information about an online graduate course called "Theoretical Foundations of Educational Technology" taught in the fall of 2009. It includes the instructor's contact information, a course description, objectives, required textbooks, software and equipment needs, policies, and a student code of conduct. The course explores classic and contemporary learning theories and their application to educational technology. Students will learn to compare and apply different theoretical approaches and think critically about the field. Assignments are due weekly and original work is expected, following Boise State University's academic integrity policy.
Upgrading is Not an Uphill Battle: How NIU Easily Transitioned to Blackboard ...Jason Rhode
Northern Illinois University transitioned from using the Wimba synchronous collaboration tool to Blackboard Collaborate. They conducted a pilot with 50 faculty/staff users of Wimba and found that Blackboard Collaborate had additional features. NIU provided training to faculty support staff on Blackboard Collaborate and allowed all courses on their Blackboard system to use the tool. The transition process included testing the integration with Blackboard, creating documentation, and conducting a survey of faculty Wimba users to understand what features they found most useful and important.
Lectures On Demand: delivering traditional lectures over the webronchet
The document discusses using video lectures for teaching. It describes the Lectures On Demand (LODE) system developed by the author for recording, streaming, and accessing video lectures. A study was conducted comparing the LODE system, which allows viewing full recorded lectures, to the Needle system, which allows searching and extracting information from lectures. The results showed that students who used the full LODE lectures performed better on questions requiring a complete understanding, while the Needle system allowed faster answering of definition-type questions.
The document provides information about Open Campus' Institutional Effectiveness Plan including its mission, outcomes, and goals to improve processes, services, and learning. It introduces new staff members Dr. Jose Fierro as Associate Dean and Floyd Ballard as Director of Digital Media, Education & Training. It also provides an exceptional faculty profile of Mary Margaret Kittle and discusses potential uses of QR codes and how to create an effective introduction section for online courses.
E-LEARNING TECHNOLOGIES
Tutorial by Martin Ebner, Martin Schön and Sandra Schön
CC BY SA BIMS e.V. | Martin Ebner, Martin Schön, Sandra Schön | April 2014
URL: http://creativecommons.org/licenses/by-sa/2.0/de/
The document summarizes the creation of an online class to train students and lab assistants on assistive technology. Previous training methods like one-on-one sessions were time-consuming. The new class was created in WebCT Vista using video tutorials to demonstrate software like screen readers despite technical challenges. It has a pre-/post-test structure and covers topics like screen enlargement, voice recognition, and mobility impairments. Future plans include updating content and addressing issues like software updates.
Integrating technology into the teaching of elahzick
The document discusses integrating technology into teaching English Language Arts (ELA) for grades K-5. It provides examples of how to use the websites Blabberize and Movie Maker to enhance ELA instruction and have students demonstrate their learning. Teachers are encouraged to use these tools to engage students and help meet technology standards, while continuing to focus on ELA content. Success is measured through increased test scores and achievement of technology standards.
Faculty focus special report online course design 13 strategies for teaching ...Dillard University Library
The document discusses 13 strategies for effective online course design, including subdividing courses into smaller chunks to accommodate students' schedules, using adaptive hypermedia to individualize learning, and creating modular courses to make updating content easier. It provides tips to minimize student frustration with course organization and navigation and extend the shelf life of online courses when textbooks or other resources change. The strategies aim to engage students and help them become self-directed learners in the online environment.
This document provides a summary of online learning tools supported by NAB's Academy Virtual and eLearning team. It describes Quick Learns, which provide quick knowledge on an as-needed basis for busy employees; 3 levels of eLearning solutions of varying complexity, interactivity, and cost; Online Learning Spaces for collaboration and formal learning; Podcasts to share knowledge and experiences; Virtual Classrooms for live, facilitated learning regardless of location; and contact information for the Virtual & eLearning team.
Some thoughts, implementations and challenges that have been faced when implementing mobile learning in vocational education and training. Presention is based on a teachnology learning cycle.
This document summarizes a workshop on preparing to teach online. It discusses various topics covered in the workshop including pre-workshop preparation, the background of one of the instructors, questions to ask participants, moving course content online, creating an online syllabus, communication policies, making lectures interactive, assessments, and providing feedback. It also provides examples of creating interactive content using tools like Twitter, Prezi, and Poll Everywhere. The document discusses facilitating online discussions, building rapport, developing discussion prompts and feedback routines. Finally, it covers synchronous vs asynchronous learning and examples of active learning techniques for synchronous sessions.
This document discusses using video conferencing technology like iChat and Polycom to connect classrooms. It provides tips for planning successful video conferences, including testing connections, preparing students with questions, and having backup plans. Options discussed for hardware include using an iSight webcam, Firewire camcorder, or Polycom system. Enhancements like iChatUSBCam, iGlasses, and Conference Recorder can improve the iChat experience.
This document discusses video conferencing and its uses in education. It describes how video conferencing systems allow multiple participants at different locations to communicate virtually. It outlines several types of video conferences run by the Face to Faith program, including pre-scheduled conferences between schools to discuss modules, partnered conferences where schools arrange a time, and special day conferences with guest speakers. The document also summarizes the planning, analysis, design, and implementation phases for introducing a Polycom video conferencing system at a technical college.
The document provides instructions for writing a pupil workbook to accompany an educational game. It states that the workbook should include follow-up learning activities for pupils based on the game, using screenshots and characters from the game to link it to the story and learning objectives. The draft of the workbook is due by March 25th, and the task is to start with designing the front cover.
This report analyzes the decision by the Digital Media Design Technology (DMDT) program to not sell Adobe Student Edition software to students. It finds that this decision disadvantages students in several ways. It costs too much for students to purchase the individual software programs themselves. The campus labs have limited hours and availability. Many students do not have enough time after class to work on projects due to other commitments like work or long commutes. Selling a student edition at a discounted price would allow students to access the necessary software from home and make better use of their time. The report recommends negotiating an agreement with Adobe to sell a student edition specifically for DMDT students.
1. The document summarizes discussions and interactions from an online workshop on using the e-learning platform A-VIEW.
2. Common issues discussed included technical problems participants faced connecting to the workshop and using features of A-VIEW.
3. The workshop leaders demonstrated how to use A-VIEW and addressed participant questions on features like desktop sharing, video layout and the chat module.
4. Participants provided feedback on their experiences and difficulties using A-VIEW. Leaders provided suggestions and support to address the issues.
Wimba Live Classroom is virtual classroom software that allows facilitators to add interactivity to online sessions. It can be used for lectures, presentations, meetings, interviews, and professional development. The document provides tips for facilitators on preparing, communicating with participants, using equipment, conducting a sound check, managing interactions, delivering content, and archiving sessions. Facilitators are advised to practice with the software before using it for sessions.
This project aims to create an educational CD-ROM to teach Form 4 art students in Malaysia about the basic concepts and techniques of batik art. The CD-ROM will use interactive exercises, videos, images and audio to guide students through the history of batik, different batik techniques, and the process of making batik. It is intended to help students who have little prior knowledge of batik and to support their learning as they complete an art course that focuses on batik over 10 months. The CD-ROM will be the primary learning tool since students only have limited in-person class time.
This document provides information about using the Wimba Classroom software for PhD supervision. It discusses the basic functionality of Wimba Classroom including app sharing, inviting external users, uploading presentations, and archiving sessions. It also covers setting up individual student modules, inviting participants, importing PowerPoints, interacting with presentations, and points of etiquette for online sessions.
This document provides guidance on producing digital content for educational purposes. It discusses setting up equipment like cameras and microphones, preparing materials like presentation slides and timed lecture notes, and formatting the video with frames for text and footage. The document emphasizes preparing both consistent content that won't go out of date as well as variable cutaway sections and links to address changing information. It concludes by recommending discussing plans with support staff to ensure the technical setup, content, and time investment are feasible.
The document discusses using whiteboard videos and other multimedia tools in the classroom. It outlines how teachers at Westlake High School created whiteboard videos to provide students with 24/7 access to tutorials, reviews, and make-up work. The teachers have expanded their tools to include wireless tablets, audio recordings, and ways for students to create and share their own videos. They have received positive feedback from students and parents and see potential for collaborative learning and student-created content.
This document discusses tools for online and distance learning. It describes video conferencing which allows synchronous learning at a distance through video and interaction. Key features include screen sharing, demonstrations, and guest speakers. Software like Skype, Zoom, and GoToMeeting enable video conferencing. Web conferencing uses similar tools but focuses on disseminating information through webinars and webcasts. Learning management systems facilitate asynchronous e-learning through course materials, engagement, and assessment. They support distributed learning across devices.
Video-conferencing technology allows individuals in different locations to communicate in real time through video and audio. It has applications in business, education, and healthcare. Key benefits include providing instant feedback and acting as a practical communication tool. Video-conferencing services like Skype provide free video calls between computers, with paid subscriptions for additional features. Skype can be used in educational settings for consultation, supervision, and collaboration between professionals.
Video-conferencing technology allows individuals in different locations to communicate in real-time through video and audio. It has applications in business, education, and healthcare. Key benefits include providing instant feedback and acting as a practical communication tool. Video-conferencing services like Skype provide free video calls between computers and paid subscriptions for additional features.
The document discusses a trial conducted by UB TAFE to deliver higher-level IT courses via video conferencing between their main campus and smaller, regional campuses. The trial aimed to develop guidelines for effective video conferenced delivery and investigate supporting technologies. Feedback found issues with camera operation, lack of interaction, and need for pedagogical changes. It concluded the need for consistent equipment, tutorial support, and teacher training to fully realize the benefits of increased flexible delivery across campuses.
The document summarizes the creation of an online class to train students and lab assistants on assistive technology. Previous training methods like one-on-one sessions were time-consuming. The new class was created in WebCT Vista using video tutorials to demonstrate software like screen readers despite technical challenges. It has a pre-/post-test structure and covers topics like screen enlargement, voice recognition, and mobility impairments. Future plans include updating content and addressing issues like software updates.
Integrating technology into the teaching of elahzick
The document discusses integrating technology into teaching English Language Arts (ELA) for grades K-5. It provides examples of how to use the websites Blabberize and Movie Maker to enhance ELA instruction and have students demonstrate their learning. Teachers are encouraged to use these tools to engage students and help meet technology standards, while continuing to focus on ELA content. Success is measured through increased test scores and achievement of technology standards.
Faculty focus special report online course design 13 strategies for teaching ...Dillard University Library
The document discusses 13 strategies for effective online course design, including subdividing courses into smaller chunks to accommodate students' schedules, using adaptive hypermedia to individualize learning, and creating modular courses to make updating content easier. It provides tips to minimize student frustration with course organization and navigation and extend the shelf life of online courses when textbooks or other resources change. The strategies aim to engage students and help them become self-directed learners in the online environment.
This document provides a summary of online learning tools supported by NAB's Academy Virtual and eLearning team. It describes Quick Learns, which provide quick knowledge on an as-needed basis for busy employees; 3 levels of eLearning solutions of varying complexity, interactivity, and cost; Online Learning Spaces for collaboration and formal learning; Podcasts to share knowledge and experiences; Virtual Classrooms for live, facilitated learning regardless of location; and contact information for the Virtual & eLearning team.
Some thoughts, implementations and challenges that have been faced when implementing mobile learning in vocational education and training. Presention is based on a teachnology learning cycle.
This document summarizes a workshop on preparing to teach online. It discusses various topics covered in the workshop including pre-workshop preparation, the background of one of the instructors, questions to ask participants, moving course content online, creating an online syllabus, communication policies, making lectures interactive, assessments, and providing feedback. It also provides examples of creating interactive content using tools like Twitter, Prezi, and Poll Everywhere. The document discusses facilitating online discussions, building rapport, developing discussion prompts and feedback routines. Finally, it covers synchronous vs asynchronous learning and examples of active learning techniques for synchronous sessions.
This document discusses using video conferencing technology like iChat and Polycom to connect classrooms. It provides tips for planning successful video conferences, including testing connections, preparing students with questions, and having backup plans. Options discussed for hardware include using an iSight webcam, Firewire camcorder, or Polycom system. Enhancements like iChatUSBCam, iGlasses, and Conference Recorder can improve the iChat experience.
This document discusses video conferencing and its uses in education. It describes how video conferencing systems allow multiple participants at different locations to communicate virtually. It outlines several types of video conferences run by the Face to Faith program, including pre-scheduled conferences between schools to discuss modules, partnered conferences where schools arrange a time, and special day conferences with guest speakers. The document also summarizes the planning, analysis, design, and implementation phases for introducing a Polycom video conferencing system at a technical college.
The document provides instructions for writing a pupil workbook to accompany an educational game. It states that the workbook should include follow-up learning activities for pupils based on the game, using screenshots and characters from the game to link it to the story and learning objectives. The draft of the workbook is due by March 25th, and the task is to start with designing the front cover.
This report analyzes the decision by the Digital Media Design Technology (DMDT) program to not sell Adobe Student Edition software to students. It finds that this decision disadvantages students in several ways. It costs too much for students to purchase the individual software programs themselves. The campus labs have limited hours and availability. Many students do not have enough time after class to work on projects due to other commitments like work or long commutes. Selling a student edition at a discounted price would allow students to access the necessary software from home and make better use of their time. The report recommends negotiating an agreement with Adobe to sell a student edition specifically for DMDT students.
1. The document summarizes discussions and interactions from an online workshop on using the e-learning platform A-VIEW.
2. Common issues discussed included technical problems participants faced connecting to the workshop and using features of A-VIEW.
3. The workshop leaders demonstrated how to use A-VIEW and addressed participant questions on features like desktop sharing, video layout and the chat module.
4. Participants provided feedback on their experiences and difficulties using A-VIEW. Leaders provided suggestions and support to address the issues.
Wimba Live Classroom is virtual classroom software that allows facilitators to add interactivity to online sessions. It can be used for lectures, presentations, meetings, interviews, and professional development. The document provides tips for facilitators on preparing, communicating with participants, using equipment, conducting a sound check, managing interactions, delivering content, and archiving sessions. Facilitators are advised to practice with the software before using it for sessions.
This project aims to create an educational CD-ROM to teach Form 4 art students in Malaysia about the basic concepts and techniques of batik art. The CD-ROM will use interactive exercises, videos, images and audio to guide students through the history of batik, different batik techniques, and the process of making batik. It is intended to help students who have little prior knowledge of batik and to support their learning as they complete an art course that focuses on batik over 10 months. The CD-ROM will be the primary learning tool since students only have limited in-person class time.
This document provides information about using the Wimba Classroom software for PhD supervision. It discusses the basic functionality of Wimba Classroom including app sharing, inviting external users, uploading presentations, and archiving sessions. It also covers setting up individual student modules, inviting participants, importing PowerPoints, interacting with presentations, and points of etiquette for online sessions.
This document provides guidance on producing digital content for educational purposes. It discusses setting up equipment like cameras and microphones, preparing materials like presentation slides and timed lecture notes, and formatting the video with frames for text and footage. The document emphasizes preparing both consistent content that won't go out of date as well as variable cutaway sections and links to address changing information. It concludes by recommending discussing plans with support staff to ensure the technical setup, content, and time investment are feasible.
The document discusses using whiteboard videos and other multimedia tools in the classroom. It outlines how teachers at Westlake High School created whiteboard videos to provide students with 24/7 access to tutorials, reviews, and make-up work. The teachers have expanded their tools to include wireless tablets, audio recordings, and ways for students to create and share their own videos. They have received positive feedback from students and parents and see potential for collaborative learning and student-created content.
This document discusses tools for online and distance learning. It describes video conferencing which allows synchronous learning at a distance through video and interaction. Key features include screen sharing, demonstrations, and guest speakers. Software like Skype, Zoom, and GoToMeeting enable video conferencing. Web conferencing uses similar tools but focuses on disseminating information through webinars and webcasts. Learning management systems facilitate asynchronous e-learning through course materials, engagement, and assessment. They support distributed learning across devices.
Video-conferencing technology allows individuals in different locations to communicate in real time through video and audio. It has applications in business, education, and healthcare. Key benefits include providing instant feedback and acting as a practical communication tool. Video-conferencing services like Skype provide free video calls between computers, with paid subscriptions for additional features. Skype can be used in educational settings for consultation, supervision, and collaboration between professionals.
Video-conferencing technology allows individuals in different locations to communicate in real-time through video and audio. It has applications in business, education, and healthcare. Key benefits include providing instant feedback and acting as a practical communication tool. Video-conferencing services like Skype provide free video calls between computers and paid subscriptions for additional features.
The document discusses a trial conducted by UB TAFE to deliver higher-level IT courses via video conferencing between their main campus and smaller, regional campuses. The trial aimed to develop guidelines for effective video conferenced delivery and investigate supporting technologies. Feedback found issues with camera operation, lack of interaction, and need for pedagogical changes. It concluded the need for consistent equipment, tutorial support, and teacher training to fully realize the benefits of increased flexible delivery across campuses.
The document summarizes a technology training program for teachers. It discusses reviewing content covered throughout the year related to teacher and student technology standards. It also reviews various software programs and websites taught. Finally, it provides instructions for converting video files and completing an evaluation of the program.
This document provides an overview of what is needed to begin video conferencing. It discusses that video conferencing allows live communication between two or more locations through video and audio. The key components needed are a video conferencing system, which can range from computer-based to dedicated units, and a communications link. Factors like choosing the right system for your needs, creating an optimal environment, and conducting multipoint conferences are addressed. The goal is to effectively harness the technology to enhance teaching and learning through interactive engagement across distances.
The document discusses the integration of the Adobe Connect technology into an online course for university instructors. It provides demographic data about the students in the course, which is mostly female and includes various races. Adobe Connect allows for real-time collaboration and discussion between instructors and students. Based on a survey given after using Adobe Connect, both students and instructors responded positively about increased engagement and preparation. However, some technical issues were experienced with the new technology. Suggestions are provided to help other instructors effectively implement Adobe Connect in their online classrooms.
The document discusses using video in training and provides guidance on video formats, production, and delivery. It notes that video can illustrate concepts, demonstrate processes, and engage learners through visualization. Recommendations are made to storyboard videos, use editing software, and choose file formats based on intended delivery method and viewer capabilities. Overall, the document outlines best practices for integrating instructional video into online and blended learning environments.
Best Practices for Using Webex for Teaching and LearningNurbiha A Shukor
This document provides best practices for using Webex for online teaching and learning. It outlines the key differences between Webex Meeting and Webex Teams. It also provides tips for using Webex before, during, and after live lectures including setting up the session, engaging students, and sharing recordings. Webex Meeting is best for synchronous online classes while Webex Teams allows for asynchronous learning and better content and file sharing. Following the best practices can help make online classes using Webex more effective.
Can You Hear Us? is a project from Preston Reservoir Adult Community Education (PRACE) and fellow organisations. Teachers research audio technologies in the ACE classroom. (Related resources at http://canuhearus.acfe.vic.edu.au/
(music from Maya Filipic -creative commons- at
http://www.jamendo.com/en/album/29279
Video conferencing allows for synchronous interaction between teachers and distant students through two-way digital video and audio transmission over a network. It provides flexibility for education away from a traditional campus model. While video conferencing equipment can be expensive, costs vary significantly depending on the size and type of system. It enables audio-visual interaction and supports different instructional approaches if clear materials like slides are used. However, both learners and instructors need practice to fully utilize its features. Organizational support through technical staff and facilitators is also needed to ensure stable use.
Converting Lectures Into Vodcasts & Podcasts For Mobile Devices Options For ...Samuel Edsall
Ways to convert your PowerPoint presentation into a Vodcast or Podcast for mobile media for your students. PC, Mac and online applications are discussed. Comments are welcome.
This document outlines a presentation on web conferencing. It defines web conferencing as live meetings over the internet that allow sharing of text, audio, video, and screens. It discusses objectives of using web conferencing in distance education like enabling real-time communication and collaboration. Features, limitations, uses, and examples of web conferencing tools are also summarized, as well as concerns about its use and a case study on its impact on distance learning.
This document discusses using webcasting in education. It defines webcasting and outlines features like slides, registration, polling, and chat. It explores how webcasting can be used for distance learning, continuing education, and more. Reasons to use webcasting include being inexpensive, providing easy access and reaching larger audiences. The document provides websites for creating free webcasts and aligns webcasting with education standards. It also discusses experts' views on webcasting and the benefits it can provide for teaching and learning.
Suggestions for SUNY Consortium Video Conferencingwindleh
This document discusses plans and considerations for using video conferencing technology across multiple locations. It addresses preparing teachers in using equipment, determining roles for teachers and technicians during sessions, example uses for language courses, guest lectures, and continuing education, and qualities of teachers and students that would ensure successful implementation. Technical support is recommended at each location to avoid issues that could negatively impact the student learning experience.
Filling the Pail and Lighting the Fire: Lessons Learned in Encouraging and Su...christib
UCEA West Regional Presentation about the Technology Instructional Enhancements (TIE) Project by Outreach Credit Programs for the University of Wyoming
A video project involves planning, production, and post-production steps to create a video involving students. The process includes coming up with an idea, storyboarding, practicing, shooting footage, and editing. Teachers guide students through the process but students do the work. Video projects take time but benefit students by teaching technology skills, a sense of accomplishment, and being fun. Examples of student video projects include documenting field trips, recapping school events, acting out stories, and more.
This paper proposes an adaptive energy management policy for wireless video streaming between a battery-powered client and server. It models the energy consumption of the server and client based on factors like CPU frequency, transmission power, and channel bandwidth. The paper formulates an optimization problem to assign optimal energy to each video frame. This maximizes system lifetime while meeting a minimum video quality requirement. Experimental results show the proposed policy increases overall system lifetime by 20% on average.
Microsoft PowerPoint - WirelessCluster_PresVideoguy
This document analyzes delays in unicast video streaming over IEEE 802.11 WLAN networks. It describes conducting an experiment using a testbed with a Darwin Streaming Server and WLAN probe to capture packets. The analysis found that video bitrate variations, packetization scheme, bandwidth load, and frame-based nature of video all impacted mean delay. Bursts of packets from video frames caused per-packet delay to increase in a sawtooth pattern. Increasing uplink load was also found to affect delay variations.
Proxy Cache Management for Fine-Grained Scalable Video StreamingVideoguy
This document proposes a novel video caching framework that uses MPEG-4 Fine-Grained Scalable (FGS) video with post-encoding rate control to achieve low-cost and fine-grained rate adaptation. The framework allows clients to have heterogeneous bandwidths and enables adaptive control of backbone bandwidth consumption. It examines issues in caching FGS videos, such as determining the optimal portion to cache (in terms of length and rate) and optimal streaming rate to clients. Simulation results show it significantly reduces transmission costs compared to non-adaptive caching while providing flexible utility to heterogeneous clients with low computational overhead.
The document compares Microsoft Windows Media and the Adobe Flash Platform for streaming media. It discusses key differences like user experience, workflows, and playback reach. Flash offers more flexibility in creative expression, richer interactions, and wider device playback than Windows Media. It also has a 98% install base, making it easier for viewers to watch streams without extra software. The document outlines workflows for experience design, programming, broadcasting, production, and more using Flash tools versus Microsoft alternatives.
Free-riding Resilient Video Streaming in Peer-to-Peer NetworksVideoguy
This document summarizes a PhD thesis about free-riding resilient video streaming in peer-to-peer networks. The thesis contains research on two approaches: tree-based live streaming and swarm-based video-on-demand. For tree-based live streaming, the thesis presents the Orchard algorithm for constructing and maintaining trees to distribute video in a peer-to-peer network. It analyzes attacks on Orchard like free-riding and evaluates Orchard's performance under different conditions through experiments. For swarm-based video-on-demand, the thesis introduces the Give-to-Get approach for distributing video files and compares it to other peer-to-peer protocols. It evaluates Give-to-Get's performance in experiments
BT has developed Fastnets technology to improve video streaming. It avoids start-up delays and picture freezing during congestion. Fastnets streams multiple encoded versions of the video at different data rates and seamlessly switches between them based on available bandwidth to maintain quality without pausing. This allows for near-instant start times and reduces bandwidth usage by up to 30%. Fastnets provides a high-quality video streaming solution for both mobile and IPTV applications.
This document summarizes recent research on video streaming over Bluetooth networks. It discusses three key areas: intermediate protocols, quality of service (QoS) control, and media compression. For intermediate protocols, it evaluates streaming via HCI, L2CAP, and IP layers and their tradeoffs. For QoS control, it describes how error control mechanisms like link layer FEC, retransmission, and error concealment can improve video quality over Bluetooth. It also discusses congestion control. For media compression, it notes the importance of compression to achieve efficiency over limited Bluetooth bandwidths.
The document discusses video streaming, including definitions and concepts. It covers topics such as the difference between streaming and downloading, common streaming categories like live and on-demand, protocols used for streaming like RTSP and RTP, and the development process for creating streaming video including content planning, capturing, editing, encoding, and integrating with servers.
Inlet Technologies offers a live video streaming solution called Spinnaker that uses Intel Xeon processors with quad-core technology. Spinnaker can encode live video streams into multiple formats and resolutions simultaneously. This allows content to be delivered optimally to various devices. Spinnaker is a flexible, scalable solution that can increase broadcast capacity cost-effectively while maintaining high video quality.
Considerations for Creating Streamed Video Content over 3G ...Videoguy
The document discusses considerations for creating video content that can be streamed over mobile networks with restricted bandwidth like 3G-324M. It covers topics like video basics, codecs, profiles and levels, video streaming techniques, guidelines for authoring mobile-friendly content, and tools for analyzing video streams. The goal is to help content creators optimize video quality for low-bandwidth mobile viewing.
ADVANCES IN CHANNEL-ADAPTIVE VIDEO STREAMINGVideoguy
This document summarizes recent advances in channel-adaptive video streaming. It reviews adaptive media playout at the client to reduce latency, rate-distortion optimized packet scheduling to determine the best packet to send, and channel-adaptive packet dependency control to improve error robustness and reduce latency. It also discusses challenges for wireless video streaming and different wireless streaming architectures.
Impact of FEC Overhead on Scalable Video StreamingVideoguy
The document discusses the impact of forward error correction (FEC) overhead on scalable video streaming. It aims to address uncertainty about the benefits of FEC and provide insight into how FEC overhead affects scalable video performance. The motivation section explains that FEC is often used for streaming to overcome packet loss without retransmission. However, previous studies have reported conflicting results on the benefits of FEC. The background section provides details on media-independent FEC schemes.
The document proposes a cost-effective solution for video streaming and rich media applications using Vela's RapidAccess video server combined with iQstor's iQ1200 SATA storage system. The integrated encoding, decoding and video serving capabilities of RapidAccess are paired with the scalable storage and virtualization features of the iQ1200 SATA storage array to provide a robust yet affordable infrastructure for applications such as video on demand, corporate training and distance learning.
This document provides information on streaming video into Second Life, including:
- The basic prerequisites for streaming video include being the landowner, using QuickTime format videos, and having the video hosted on a web server.
- There are three main ways to stream video: establishing movie playback, streaming live video, and broadcasting from Second Life.
- Streaming live video or broadcasting involves using software like QuickTime Broadcaster or Windows Media Encoder to capture the video stream and send it to a hosting server, then entering that URL in Second Life.
XStream Live 2 is a live video encoding and streaming software that allows users to broadcast high quality HD video at low bitrates. It supports various video formats and streaming servers. The software provides high quality H.264 encoding with proprietary technology. It is designed for live event streaming, IPTV, and other video distribution uses.
The document provides instructions for setting up a homemade videoconference streaming solution using Windows Media software. The solution involves installing Windows Media Encoder and Administrator on a server and configuring the software to receive a video stream from a videoconferencing terminal. The streaming server then broadcasts the stream in real-time to clients who can view it using media player software. The solution provides a low-cost way to stream videoconferences but has limitations such as only supporting one conference stream at a time.
This document describes iStream Live 2 software for live streaming video to iPhones and iPads. It allows streaming of SD or HD video over HTTP from a variety of video sources. Key features include support for all major CDNs, encoding of H.264 video and AAC audio for high quality at low bitrates, and integration with existing Windows streaming systems. It provides better quality streaming than other encoders at lower bandwidth requirements.
Glow: Video streaming training guide - FirefoxVideoguy
This document provides a guide to using Glow video streaming. It includes tutorials on setting up video streaming by adding the Video Streaming Management web part, uploading video clips, viewing clips, editing clip information, and deleting clips. The guide also discusses how video streaming can be used to support learning and teaching, such as adding videos to lessons.
1. Video Conferencing in BUSCIT
Author: Sharon Muncie
Date: 09/08/09
Introduction/overview: (A short description of the project, the purpose or problem to be
solved, details of learner cohort, typical needs and level of ability.) In an effort to raise
achievement and retention across the whole school we intend to pilot a blended distance Learning
programme for HNC students and National Diploma learners. Two units will be piloted with this
approach Systems Analysis and Database design with the HNC and IT Project for National
Diploma where learners are required to collaborate on and develop an application together.
We will focus on the technologies used for synchronous and asynchronous communication.
Synchronous communication is simply communication that happens at the same time,
immediately, a give-and-take e.g. live web conference. Asynchronous communication, on the
other hand, is communication that can wait e.g. email.
Intended outcomes: (What did you hope to achieve by using mobile devices in this way?)
Our focus is in maintaining and improving the quality of 16 -19+ provision and raising success
rates of which there are number of challenges. We are currently addressing the difficulties of
employed learners, which has led to a reduction in the hours to deliver Level 4 course content. We
are also focussing on further enhancing the learners skills at Level 3 and 4 in becoming
autonomous learners through engaging in online learning.
Addressing the challenge: (Practical ways in which the devices were used with the learners to
address the issues described in your introduction/overview.)
We introduced video conferencing sessions to the scheme of work, this meant that there would be
four sessions over the academic year which would take place at a time and place to suite the
learners. The conference included a live lecture with accompanying lecture slides and additional
work for learners. We also hoped that the learners would also use the technology independently.
Outcomes and Benefits: (Describe what was achieved through the use of mobile
teaching/learning and any benefits that arose from this. Was the challenge overcome? Please
include any unintended outcomes that were not planned for. Please describe outcomes and
benefits in relation to learners, teachers, the organisation etc.)
The project was rolled out with HNC students studying in the evening. It is very important to get
the students involved from the start, other cohorts were not so happy to be offered this type of
learning they preferred to see the tutor face to face, we therefore included video links wherever
possible.
The dates for each conference were listed in the Scheme of Work, this gave learners opportunities
to plan for the video conference.
We used a variety of video conference software available free over the internet, see annex 1 for
our evaluation criteria. The software works fine outside of the college, however we had a number
of issues using the software on the college network and decided it would be better to test
externally to find the most suitable software and to follow this up by testing on the college network.
2. Learners were exposed to a variety of different video conference software, at its most basic
learners require an internet connection (preferably broadband) and a PC with speakers. Web
cams are not a necessity. All of our students had minimum requirements however, this may not
always be the case and this must be discussed with the learner as soon as possible.
Benefits to the tutor; the live conference could be recorded so that the lecture is available on VLE,
however tutors must ensure that are confident with the technology before they broadcast.
Learners will use interest very quickly if they have to trouble shoot technological problems before
the lecture
Learner’s reaction: (How did the learners react? Please include quotes from learners.)
After trialling a variety of different free software; Skype was voted the best and easiest to use by
the learners. However due to the nature of Skype we are unable to use this over the college
network. However learners stated they would be more likely to use this package when discussing
things with others outside of college.
Learners were unsure why video conferencing should be better over face to face, some learners
had difficulties in finding a quiet space in the home to take part in the conferences. Some
investigated using “work PC’s” and internet cafes.
As the project proceeded learners came to grips with the software quickly, they valued the tutors
time in delivering a session in the evening. They stated a benefit was that they were able to watch
the recording of the lecture afterwards
Teacher’s reaction: (What was the reaction of the teaching staff involved? Please include quotes
from the teacher/s)
The teachers were enthusiastic however, were disappointed at the limitations provided by the
institution. Further research has enabled us to recommend one company GoToMeeting and the
issues over network access have been addressed by NT. The software has been deployed to
staff taking part in the project and a few conferences have taken place to test how this works on
the network. Further testing is required in computer labs.
It is really clear that teachers need to make sure they are confident in using the software before
they broadcast otherwise a one hour session can increase due to trouble shooting technical
problems
Managers’ reactions: (What was the reaction from members of the senior management team?
Please include quotes from senior manager/s.)
Managers in the school were keen to ensure that any technical difficulties were overcome.
Discussions were also held on the need to provide a quiet room for tutors within the college to
undergo further video conferences next academic year.
Managers were also keen that the conferences undertaken were part of a tutors timetabled hours.
Assessors’ reactions: (What was the reaction from assessors? Please include quotes from
assessors.)
We received excellent feedback from the assessor, stating best practice in using new
technologies. The assessor recommended the course tutor to another institution in Basingstoke
and meetings were held with these tutors to discuss new ways of delivering content online. This
relationship is ongoing where both Sandra and myself are acting as critical friend to the course
team at Basingstoke.
3. Key messages and lessons learned: (Problems encountered and how they were solved, what
worked and what didn’t work with respect to intended outcomes, any tips and trips?)
• Make sure that learners know from the start that they will take part in conferences and
clearly set dates in Scheme Of Work
• Check that learners have a quiet space to take part in the conference
• Ensure that tutors have tried out the software before a “live broadcast” and be prepared to
trouble shoot technical problems. If the technical issues are too difficult to solve re-
schedule the conference
• Develop rules of etiquette for online conferences and brief learners before the session
• Ensure that all documents related to the conference are available on the VLE and record
the session for later use.
• Encourage the learners to complete other conferences outside of the timetabled sessions
and record the sessions to upload to VLE
• Use the conferences for one to one tutorials and whole group sessions
Next steps: (How will the tutor/s and learner/s build on what has been achieved?)
Provide one to one support to learners related to the qualification
Provide one to one pastoral support via the ES Team and Learning Facilitator
Collaborate with other institutions in the consortium to deliver key sessions
Collaborate with employers and HE for specialist sessions
Materials, resources and links: (Please include resources or weblinks that were used as part of
the project)
Blog which is currently under construction http://videoconference-smu.blogspot.com/
Course materials on VLE
4. Annex 1
Evaluation Criteria for video conference software tested - It is difficult to find one software which will
cater for all of our needs, we are testing each software against the following criteria
Software 1 to 1 1 to Many Headphon Share Share Can it run Can it run well
es different deskto on college outside college
micropho file p student network
ne formats network
Speakers
webcam
Dim Dim Yes Yes up to 20 Headphon yes Yes No, Yes no issues
guests in the es or bandwidth with bandwidth or
www.DimDim conference speakers is streaming video
.com microphon squeezed
e& which
webcam means
cant
stream live
video
Speakers
or
headphone
s only
required by
guests
Acrobat Yes Yes but no Headphon yes Yes Yes, Yes no issues
more than es or however with bandwidth or
www.acrobat. three speakers bandwidth streaming video
com microphon is
e& squeezed
webcam which
means
there are
breaks in
Speakers
the video
or
headphone
s only
required by
guests
Skype Yes video & Yes but only Web cam Yes but it Yes but Yes, Yes only issues
sound sound is an it is an however related to home
www.skype.c Microphon additional addition bandwidth broadband
om e plug in al plug is connection when
headphone which must in which squeezed connecting to
s or be must be for video multiple persons
speakers purchased purchas calls
ed??
Speakers But voice
or only calls
headphone have a
s only very good
5. required by reception
guests
Web cam if
video call
taking
place
Google Talk Yes but only Yes but only Microphon No file No Maybe the Only issues
sound sound e sharing same related to home
www.google. headphone restriction broadband
co.uk s or as connection when
speakers applicable connecting
to Skype
Live@EduLiv Still to test
e
GotoMeeting Yes sound & Yes sound & Microphon Yes Yes Unable to Only issues
video video e run on related to home
however however only headphone college broadband
only used used sound s or network connection when
sound due due to speakers due to connecting
to restrictions licence
restrictions with the trial restrictions
with the trial version
Web cam This has Video has been
version
maybe now been tested and works
needed if completed well with sound
full version and
used deployed
to staff
machines
Notes
• Your case study should be no more than 2 sides of A4 in total
• Please supply electronically the following any supporting images or video with completed
image release forms for any learners or staff included in the images