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Software project management is a sub-discipline of project management in which software projects are planned, monitored and controlled. The software project management course has become the core curriculum of many software Institutes. However, because it is one of the management courses, it has strong practicality. But students lack the background of project practice, which leads to a bad teaching effect. In this work, it presents a teaching mode based on project-driven for software project management course, and describes it from the aspects of training objectives, training mode, teaching cases, teaching process, teaching content, team formation, and assessment mechanism. And finally it provides a summary and analysis of the characteristics of this teaching mode as well as the effect of the curriculum practice. The practices results show that it is a feasible teaching mode for software project management course.

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With the advancement of multimedia technologies and driven by the ever-increasing user interests in the variety of multimedia applications, the content-rich multimedia streaming services tend to be the most attractive service in future Internet. The multipath TCP (MPTCP), which uses multiple paths for parallel transmission and bandwidth aggregation, is considered to be the most potential transfer mechanism to satisfy the specific requirements of multimedia transmission in a multi-homed wireless network environment. However, the fully-reliable transmission nature of MPTCP can cause an unnecessary retransmission of expired multimedia data, block message from handing over to upper layer, and thus degrade the user-perceived multimedia service quality. In this paper, we propose a receiver-centric partial-reliable multipath transport solution (referred to as recPR-MPTCP) to support real-time Internet multimedia applications. In the recPR-MPTCP, a partial reliability extension is presented which runs at receiver side in order to offer a partial reliability multipathing service for multimedia applications. In addition, a new one-way delay-based bandwidth aggregation method is included into the recPR-MPTCP in order to reduce the receive buffer blocking problem in MPTCP and increase multimedia services performance. Simulation results show that recPR-MPTCP outperforms the current MPTCP solutions in terms of throughput performance and user-perceived quality of service. INDEX TERMS Multi-homed wireless networks, multimedia communication, multipath TCP, partial reliable, bandwidth aggregation.