HEVC测试序列下载（360网盘分享）

巧妇难为无米之炊，想必很多朋友都碰到下载测试序列的困惑，为了减少麻烦，现提供HEVC所有测试序列的下载，我已经上传到360网盘上，方便大家下载。主要的测试序列如下：

Test sequences

Class	Sequence name	Frame count	Frame rate	Bit depth	Intra	Random access	Low-delay
A	Traffic	150	30fps	8	Main/HE10	Main/HE10
A	PeopleOnStreet	150	30fps	8	Main/HE10	Main/HE10
A	Nebuta	300	60fps	10	Main/HE10	Main/HE10
A	SteamLocomotive	300	60fps	10	Main/HE10	Main/HE10
B	Kimono	240	24fps	8	Main/HE10	Main/HE10	Main/HE10
B	ParkScene	240	24fps	8	Main/HE10	Main/HE10	Main/HE10
B	Cactus	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
B	BQTerrace	600	60fps	8	Main/HE10	Main/HE10	Main/HE10
B	BasketballDrive	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
C	RaceHorses	300	30fps	8	Main/HE10	Main/HE10	Main/HE10
C	BQMall	600	60fps	8	Main/HE10	Main/HE10	Main/HE10
C	PartyScene	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
C	BasketballDrill	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
D	RaceHorses	300	30fps	8	Main/HE10	Main/HE10	Main/HE10
D	BQSquare	600	60fps	8	Main/HE10	Main/HE10	Main/HE10
D	BlowingBubbles	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
D	BasketballPass	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
E	FourPeople	600	60fps	8	Main/HE10		Main/HE10
E	Johnny	600	60fps	8	Main/HE10		Main/HE10
E	KristenAndSara	600	60fps	8	Main/HE10		Main/HE10
F	BaskeballDrillText	500	50fps	8	Main/HE10	Main/HE10	Main/HE10
F	ChinaSpeed	500	30fps	8	Main/HE10	Main/HE10	Main/HE10
F	SlideEditing	300	30fps	8	Main/HE10	Main/HE10	Main/HE10
F	SlideShow	500	20fps	8	Main/HE10	Main/HE10	Main/HE10

需要下载的朋友可以登录我公共分享360网盘下载！

用户名：[email protected]
密码：hevc123

另外，HEVC标准测试码流下载地址为：http://ftp.kw.bbc.co.uk/hevc/hm-10.0-anchors/bitstreams/。

According to the HEVC common test conditions , HEVC standardization had been carried out for two different scenarios. One is suitable for the entertainment applications with random access support, and the other is suitable for the interactive applications with low-delay constraints.   
Class A sequences (UHD contents) were only used for investigating of the coding performances for the random-access scenarios. And the class E sequences (typical video conferencing HD contents) were only used for investigating of coding performances for the low-delay scenarios.