A method for applying error resiliency based on speed is disclosed.

Fault tolerance in terms of the safety of machinery

For each of the plurality of data objects, content importance and error resilience properties are evaluated.

Disclosed are a data processing device and a data processing method capable of improving tolerance for data errors.

The benefit of the current invention is in the form of improving error resilience when temporal scalability is used.

The transmission terminal transmits at least one packet including the error resilience information and data to the bus.

Source-based error resiliency is dynamically applied to a signal based on the speed.

Error Tolerant – how well the product prevents errors and can help the user recover from mistakes that do occur

The mode selection for each of the pictures in the group is based on an achieved maximum error resilience capability for the group of pictures.

The distribution of the scheduling across multiple servers enhances the scalability of the system and enhances the fault tolerance of the system.

Myrinet also offers some features that improve tolerance to problems, mostly monitored by the switches.

Honesty, openness to different opinions, tolerance to mistakes, and flexibility create infinite possibilities and generate the best ideas.

Optimal selection of an inter mode is provided for video data being encoded to achieve enhanced error resilience when the video data is decoded.

In addition to the speed, the source-based error resiliency may be dynamically applied to the signal based on a characteristic of the signal.

The refresh strategy of the present invention can be used to provide the resulting encoded bitstream with resilience to transmission errors, while maintaining an acceptable degree of video compression.