NDN-RTC v3.0.2

Bugfixes

• protocol bugfix: use versioning for metadata packets

Features

• persistent storage (producer-only) using RocksDB (desktop) or LevelDB (Android)

NDN-RTC v3.0.1

• multiple bugfixes aimed at LatencyControl and InterestControl classes

NDN-RTC v3.0.0

• Re-implemented bootstrapping: no chasing phase, no rightmost interests. Now bootstrapping relies on packet freshness periods.

NDN-RTC 2.0.0

Long-overdue release of the library. Contains latest tested running code compatible with NFD v0.5.0.

NDN-RTC v1.4.4

Bugfixes

• Bugfixes in calculating lambda, buffer estimation, packet timestamps.

NDN-RTC v1.4.3

Features

• Gapless thread switching: now, whenever thread switching is initiated, no rebuffering will take place, instead - new media thread will be seamlessly played starting the next key frame. This is a groundwork for Adaptive Rate Control (ARC) module.

Bugfixes

• Numerous bug and deadlocks fixes

NDN-RTC v1.4.2

Bugfixes

• Fixed deadlock when stopping audio publishing
• Fixed several minor multi-threading bugs
• Corrected installation instruction
• Removed deprecated code
• Revised includes and forward declaration for better modularity and shorter compilation times

NDN-RTC v1.4.1

Improvements

• Implemented NDN-CPP’s ThreadsafeFace
• Video encoders/decoders now should utilize all available cores
• Separated media threads into individual OS-threads, thus allowing for better performance

NDN-RTC v1.4.0

Bugfixes

• [Consumer-Pipeliner] Producer rate estimator fixes, improved precision
• [Consumer-Pipeliner] Upper and lower boundaries for lambda
• [Consumer-Pipeliner] Improved cache exhaustion estimator (two sliding windows)
• [Producer] Fixed incomplete session info publishing
• [Consumer-Pipeliner] Increase lambda value for missing frames
• [Consumer-Interest Queue] Improved Interest queue expression mechanism - express Interests in a loop until queue is empty
• Performance improvements, deprecated code cleanup

Features

• Better audio quality codec

NDN-RTC v1.3.0

Features

• Thread-optimized (fewer threads, whole pipeline for media fetching operates on a single thread for all consumers; additional threads for producers for encoding video).

Bugfixes

• Stability bugfixes.