Mobile Multi-Camera Remixing Client
Singh, Priyaranjan (2012)
Singh, Priyaranjan
Metropolia Ammattikorkeakoulu
2012
All rights reserved
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201205147999
https://urn.fi/URN:NBN:fi:amk-201205147999
Tiivistelmä
The main purpose was to study nature and requirements of event participants in order to provide a practical and feasible method for sharing the content that is captured on the mobile phones. The goal of this project was to develop a client application to analyze conditions best suited to use mobile devices for uploading and conditions suitable to use PC for upload.
The Qt SDK was used to develop a content sharing mobile application to organize images and videos based on recorded events. This client application was expected to provide an interface to video editing service to browse, preview and upload media of one or more event(s). A PC based application was also needed to synchronize videos/images from mobile client and upload to web service. The Mobile application was tested on a Nokia N8 mobile phone.
The thesis presented a solution for content-based event sharing and proposed a user friendly approach to upload content from mobile devices. It encourages end-user participation in social media services, by enabling content upload at minimal latency. Our study suggested running video editing/merging logic at central location server to combine all the uploaded video and images into one master copy called remixed video.
The prototyped client application was found important for content-based event sharing approach. The client application provided an interface to web based online remixing service which utilizes multiple videos to generate the video remixes. The client application was also used to test few media uploading methods.
The Qt SDK was used to develop a content sharing mobile application to organize images and videos based on recorded events. This client application was expected to provide an interface to video editing service to browse, preview and upload media of one or more event(s). A PC based application was also needed to synchronize videos/images from mobile client and upload to web service. The Mobile application was tested on a Nokia N8 mobile phone.
The thesis presented a solution for content-based event sharing and proposed a user friendly approach to upload content from mobile devices. It encourages end-user participation in social media services, by enabling content upload at minimal latency. Our study suggested running video editing/merging logic at central location server to combine all the uploaded video and images into one master copy called remixed video.
The prototyped client application was found important for content-based event sharing approach. The client application provided an interface to web based online remixing service which utilizes multiple videos to generate the video remixes. The client application was also used to test few media uploading methods.