Abstract: Subject matter to regulate real-time data capture rates to match processor-bounded data consumption operations is described. In one aspect, a computing device receives data from a data source at a real time rate. The data is associated with an object of a particular data size. A data transfer buffer of less capacity than the particular data size is filled with the data at the real-time rate. In parallel with filling the data transfer buffer, the data source is transitioned at one or more particular times, to send repeat data. This allows an application to continuously process all data associated with the object independent of a data transfer buffer overflow condition caused by removal of the data from the data transfer buffer at a processor-bounded rate less than the real-time rate.

Abstract: DV data is streamed to a DV device without losing the leading section of the streaming data, and in a frame-accurate manner by sending a command to the DV device for performing an absolute track number search for a selected track number. A predetermined number of frames of DV data are then pre-rolled. The predetermined number of frames that are pre-rolled depends on the particular DV device. Next, a command is sent to the DV device to place the DV device in a RECORD PAUSE state, and a wait operation of a predetermined period of time is performed. The wait operation of a predetermined number of frames is also based on the particular DV device. A command is sent to the DV device to place the DV device in a RECORD transport state, and DV data is sent to the DV device for recording.

Abstract: Subject matter to regulate real-time data capture rates to match processor-bounded data consumption operations is described. In one aspect, a first transition time for a data source to transition from a first mode to a second mode is determined. A second transition time for the data source to change from the second mode to the first mode is also identified. Based on the first and second transition times, the data source is directed to transition into respective ones of the first and second modes such that real-time capture of data from the data source is regulated by a computing device to match processor-bound data consumption rates of an application consuming the data.

Abstract: Systems and methods to regulate real-time data capture rates to match processor-bounded data consumption operations are described. In one aspect, a computer system is connected to a data source. A first transition time is determined for the data source to change from a first mode to a second mode. A second transition time is determined for the data source to change from the second mode to the first mode. Based on the first and second transition times, the data source is set into respective ones of the first and second modes. This is performed such that real-time capture of data from the data source is regulated by the computer system to substantially match processor-bound data consumption rates of an application consuming the data.

Abstract: Systems and methods to regulate real-time data capture rates to match processor-bounded data consumption operations are described. In one aspect, a computer system is connected to a data source. A first transition time is determined for the data source to change from a first mode to a second mode. A second transition time is determined for the data source to change from the second mode to the first mode. Based on the first and second transition times, the data source is set into respective ones of the first and second modes. This is performed such that real-time capture of data from the data source is regulated by the computer system to substantially match processor-bound data consumption rates of an application consuming the data.

Abstract: DV data is streamed to a DV device without losing the leading section of the streaming data, and in a frame-accurate manner by sending a command to the DV device for performing an absolute track number search for a selected track number. A predetermined number of frames of DV data are then pre-rolled. The predetermined number of frames that are pre-rolled depends on the particular DV device. Next, a command is sent to the DV device to place the DV device in a RECORD PAUSE state, and a wait operation of a predetermined period of time is performed. The wait operation of a predetermined number of frames is also based on the particular DV device. A command is sent to the DV device to place the DV device in a RECORD transport state, and DV data is sent to the DV device for recording.