教学内容安排与学习大纲：1.Kernel Scalability (3)RCU, Memory mapping, Kernel Interface2.Debugging (3)Deterministic parallelism, Concurrency bugs, Symbolic execution3.Logging & Replay (3)Emulation, Parallel logging and replay, Speculation4.Software Evolution (3)Dynamic update, Distributed update, Configurable system5.Virtualization (6)I/O virtualization, Migration, Scheduling, ARM & GPU supportNested virtualization, Accountable VM6.Programming Model (3)Data-parallel, Stream processing, Heterogeneous7.Security (6)Information tracking, Attestation, Intrusion recoveryFault isolation, Trustworthy computing, Privacy8.Distributed Storage (3)Key-value Store, In-memory Storage, Geo-replication9.Distributed System (3)Distributed transaction, Scalable consistency, Caching10.Data Center (3)Energy Efficiency, Automatic Management, High Availability11.Fault Tolerance (3)BFT, RSM, Language support12.Mobile (3)Privacy, Security, Cloud support13.File System (3）FS Checker, Flash & SSD, Dedup14.Networking (3)Peer-to-peer/BitTorrent/DHT, Routing, TCP stack

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最终成绩由论文研讨、论文报告、期末报告组合而成。各部分所占比例如下：1）论文研讨：30%。主要考评学生在学习经典和前沿研究工作过程中的自主参与度。2）论文报告：40%。主要通过具体系统领域论文研读和报告演讲，评定学生对系统软件方法的学习情况和实际应用能力。3）期末报告：30%。主要考核对学生通过一学期的系统学习，对系统软件方法的理论掌握程度和自身的理解情况。

• 计算机系统软件领域的经典论文，最新科研论文，以及开源系统