EE的想偏cs找工作，选了seminar门课，有以下几个topic，请大家建议下选哪个方向比较实用# JobHunting - 待字闺中
m*o
1 楼
课程是：Multimedia Quality of Service Networking，要写survey paper。
以下为topic：
1.Traffic characteristics of multimedia (e.g., H.265 and H.264 SVC
encoded video/audio streams)and 3D video the relationships to the media
quality
2. Caching and object replication for multimedia content distribution (
including push vs. pull)
3.Session set-up/teardown protocols for multimedia streaming, e.g., SIP,
SAP, SCTP.
4. Control protocols for multimedia streaming, e.g., RTP/RTCP, RTSP.
5. Determining network resource requirements for multimedia streams (e.g.,
LB parameters,bandwidth allocation)
6. Resource allocation for multimedia streams, e.g., RSVP.
7. Internet traffic characteristics, impact of multimedia on overall
traffic, time fluctuations
8. Characteristics of packet loss and delay on wired networks and impact on
multimedia streams
9. Characteristics of packet loss and delay on wireless links and impact on
multimedia streams
10. Adaptation techniques for multimedia streaming at physical layer (e.g.,
FEC), link layer, or hybrid schemes on single wireless hop.
11. Adaptation techniques for multimedia streaming at network layer or
higher (e.g., adaptive coding, scalable coding) on single wireless hop
12. Media streaming techniques in P2P networks
13. Media streaming techniques in mobile wireless ad-hoc networks (MANETs)
14. Media streaming/aggregation in sensor networks
15. Multimedia over EPONs, including long-reach EPONs, and hybrid optical-
wireless (FiWi)access networks
16. Multimedia over WDM metropolitan area networks
17. Media streaming in hybrid networks and internetworks
以下为topic：
1.Traffic characteristics of multimedia (e.g., H.265 and H.264 SVC
encoded video/audio streams)and 3D video the relationships to the media
quality
2. Caching and object replication for multimedia content distribution (
including push vs. pull)
3.Session set-up/teardown protocols for multimedia streaming, e.g., SIP,
SAP, SCTP.
4. Control protocols for multimedia streaming, e.g., RTP/RTCP, RTSP.
5. Determining network resource requirements for multimedia streams (e.g.,
LB parameters,bandwidth allocation)
6. Resource allocation for multimedia streams, e.g., RSVP.
7. Internet traffic characteristics, impact of multimedia on overall
traffic, time fluctuations
8. Characteristics of packet loss and delay on wired networks and impact on
multimedia streams
9. Characteristics of packet loss and delay on wireless links and impact on
multimedia streams
10. Adaptation techniques for multimedia streaming at physical layer (e.g.,
FEC), link layer, or hybrid schemes on single wireless hop.
11. Adaptation techniques for multimedia streaming at network layer or
higher (e.g., adaptive coding, scalable coding) on single wireless hop
12. Media streaming techniques in P2P networks
13. Media streaming techniques in mobile wireless ad-hoc networks (MANETs)
14. Media streaming/aggregation in sensor networks
15. Multimedia over EPONs, including long-reach EPONs, and hybrid optical-
wireless (FiWi)access networks
16. Multimedia over WDM metropolitan area networks
17. Media streaming in hybrid networks and internetworks
