Page 774 - Cloud computing: From paradigm to operation
P. 774

4                                             Video processing and storage


            –       USR-05:  A  VSCC  platform  is  recommended  to  support  the  online  or  offline  surveillance  video-
                    transcoding function.
            –       USR-06: A VSCC platform is recommended to support online or offline intelligent surveillance video
                    analysis functions.
            –       USR-07: A VSCC platform is required to support the configuration of computing resources for video
                    surveillance tasks on demand.
            –       USR-08: A VSCC platform is required to support the user view of the status of user computing tasks
                    and computing resources.
            7.1.2   Cloud computing service provider requirements

            –       USR-09: A VSCC platform is required to support convenient provider login to and logout from the
                    system. The provider name and password are required when logging into the system.
            –       USR-10: A VSCC platform is required to support the provider view of the system operating status
                    from the beginning to now, including the system computing resource occupancy rate, the remaining
                    computing resources of the system, the computing resource occupancy rate of individual users and
                    the remaining computing resources of individual users.
            –       USR-11:  A  VSCC  platform  is  required  to  support  flexible  computing  resource  assignment  for
                    individual users.

            7.2     Service requirements

            7.2.1   Online intelligent video processing service requirements
            –       SER-01: A VSCC platform is recommended to support online intelligent video processing. The video
                    processing components deployed on a VSCC platform can receive video streams from premises units
                    (PUs) and process the video in real time.
            –       SER-02: A VSCC platform is recommended to support online management of video processing tasks,
                    such as creation, pause, restart and deletion.
            –       SER-03: A VSCC platform is recommended to view the progress of online video processing tasks.
            –       SER-04:  A  VSCC  platform  is  recommended  to  view  the  status  of  resources  utilized  by  online
                    intelligent video processing tasks.
            –       SER-05:  A  VSCC  platform  is  recommended  to  support  the  viewing  of  log  files  that  record  the
                    operations of online intelligent video processing tasks.

            7.2.2   Offline intelligent video processing service requirements
            –       SER-06: A VSCC platform is recommended to support offline intelligent video processing. The video
                    processing components deployed on the VSCC platform can download the video files from the MSU
                    and carry out their batch processing.
            –       SER-07: A VSCC platform is recommended to support offline management of video processing tasks,
                    such as creation, pause, restart and deletion.

            –       SER-08: A VSCC platform is recommended to view the progress of offline video processing tasks.
            –       SER-09:  A  VSCC  platform  is  recommended  to  view  the  status  of  resources  utilized  by  offline
                    intelligent video processing tasks.
            –       SER-10:  A  VSCC  platform  is  recommended  to  support  the  viewing  of  log  files  that  record  the
                    operations of offline intelligent video processing tasks.

            7.2.3   Video transcoding
            –       SER-11:  A  VSCC  platform  is  recommended  to  support  video  transcoding.  The video-transcoding
                    components deployed on the VSCC platform can receive video streams from PUs and transcode the
                    video in real time. In addition, the video-transcoding components can download video files from the
                    MSU and carry out their transcoding in batches.



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