1. Responsible for the design and development of video codec and network transmission strategy under 4G weak network communication;

2. Participated in the design and development of UAV private wireless protocol + 4G hybrid graphics transmission strategy, including rate control strategy, wireless bandwidth estimation strategy, wireless network transmission strategy, and self-developed private wireless protocol /4G switching strategy;

3. Responsible for the design of the next generation UAV self-developed private wireless protocol /4G hybrid graphics transmission strategy scheme and fall into the future chip design and planning.

1. Master's degree for more than 3 years or outstanding doctoral degree, computer and communication related major;

2. Familiar with video codec principle, proficient in one of the following standards, such as H.264, H.265, VP9, AVS, AV1, etc.;

3. Experience in product implementation of video codec and transmission based on wireless public network (4G) is preferred, such as mobile video conferencing scheme;

4. Experience in video transmission fluency and image quality optimization is preferred.

1.负责设计和开发4G弱网通信下的视频编解码和网络传输策略；

2.参与无人机私有无线协议 + 4G混合图传策略的设计和开发，包括码率控制策略，无线带宽估计策略，无线网络传输策略，以及自研私有无线协议/4G的切换策略等；

3.负责设计下一代无人机自研私有无线协议/4G混合图传策略的方案并落入未来的芯片设计和规划中。

1.硕士工作3年以上或优秀博士毕业生，计算机及通信相关专业；

2.熟悉视频编解码原理，精通如下标准中的一种，如H.264，H.265，VP9，AVS，AV1等；

3.有基于无线公网（4G）进行视频编解码和传输的产品化落地经验者优先，如移动端视频会议方案；

4.有视频传输流畅性和画质调优经验者优先。

1. Responsible for the design and development of video codec and network transmission strategy under 4G weak network communication;

2. Participated in the design and development of UAV private wireless protocol + 4G hybrid graphics transmission strategy, including rate control strategy, wireless bandwidth estimation strategy, wireless network transmission strategy, and self-developed private wireless protocol /4G switching strategy;

3. Responsible for the design of the next generation UAV self-developed private wireless protocol /4G hybrid graphics transmission strategy scheme and fall into the future chip design and planning.

1. Master's degree for more than 3 years or outstanding doctoral degree, computer and communication related major;

2. Familiar with video codec principle, proficient in one of the following standards, such as H.264, H.265, VP9, AVS, AV1, etc.;

3. Experience in product implementation of video codec and transmission based on wireless public network (4G) is preferred, such as mobile video conferencing scheme;

4. Experience in video transmission fluency and image quality optimization is preferred.

1. Responsible for the design and development of video codec and network transmission strategy under 4G weak network communication;

2. Participated in the design and development of UAV private wireless protocol + 4G hybrid graphics transmission strategy, including rate control strategy, wireless bandwidth estimation strategy, wireless network transmission strategy, and self-developed private wireless protocol /4G switching strategy;

3. Responsible for the design of the next generation UAV self-developed private wireless protocol /4G hybrid graphics transmission strategy scheme and fall into the future chip design and planning.

1. Master's degree for more than 3 years or outstanding doctoral degree, computer and communication related major;

2. Familiar with video codec principle, proficient in one of the following standards, such as H.264, H.265, VP9, AVS, AV1, etc.;

3. Experience in product implementation of video codec and transmission based on wireless public network (4G) is preferred, such as mobile video conferencing scheme;

4. Experience in video transmission fluency and image quality optimization is preferred.

1. Responsible for the design and development of video codec and network transmission strategy under 4G weak network communication;

2. Participated in the design and development of UAV private wireless protocol + 4G hybrid graphics transmission strategy, including rate control strategy, wireless bandwidth estimation strategy, wireless network transmission strategy, and self-developed private wireless protocol /4G switching strategy;

3. Responsible for the design of the next generation UAV self-developed private wireless protocol /4G hybrid graphics transmission strategy scheme and fall into the future chip design and planning.

1. Master's degree for more than 3 years or outstanding doctoral degree, computer and communication related major;

2. Familiar with video codec principle, proficient in one of the following standards, such as H.264, H.265, VP9, AVS, AV1, etc.;

3. Experience in product implementation of video codec and transmission based on wireless public network (4G) is preferred, such as mobile video conferencing scheme;

4. Experience in video transmission fluency and image quality optimization is preferred.

1. Responsible for the design and development of video codec and network transmission strategy under 4G weak network communication;

2. Participated in the design and development of UAV private wireless protocol + 4G hybrid graphics transmission strategy, including rate control strategy, wireless bandwidth estimation strategy, wireless network transmission strategy, and self-developed private wireless protocol /4G switching strategy;

3. Responsible for the design of the next generation UAV self-developed private wireless protocol /4G hybrid graphics transmission strategy scheme and fall into the future chip design and planning.

1. Master's degree for more than 3 years or outstanding doctoral degree, computer and communication related major;

2. Familiar with video codec principle, proficient in one of the following standards, such as H.264, H.265, VP9, AVS, AV1, etc.;

3. Experience in product implementation of video codec and transmission based on wireless public network (4G) is preferred, such as mobile video conferencing scheme;

4. Experience in video transmission fluency and image quality optimization is preferred.