Lecture Distributed Systems

Lecture "Administration and visualization: Chapter 2.1 - File management" provides students with content about: File systems; Computer file; Distributed file system; The evolution of storage; SAN file system;... Please refer to the detailed content of the lecture!

29p gaupanda031 20-05-2024 4 2   Download

Lecture "Administration and visualization: Chapter 2.2 - Hadoop distributed file system (HDFS)" provides students with content about: Overview of HDFS; HDFS main design principles; HDFS Architecture; Functions of a namenode;... Please refer to the detailed content of the lecture!

31p gaupanda031 20-05-2024 3 2   Download

Lecture Distributed systems - Chapter 1: Overview of distributed systems. This lecture provides students with content including: introduction; characteristics of distributes systems; components of distributes systems; topics in distributed systems;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 2: Architectures. This lecture provides students with content including: architectural styles; system architectures; architectures versus middleware;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 3: Processes and threads. This lecture provides students with content including: process and thread; role of OS in process management; virtualization; clients; servers; code migration;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 4: Communication. This lecture provides students with content including: fundamentals; remote procedure call; message-oriented communication; stream-oriented communication;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 5: Naming. This lecture provides students with content including: names. identifiers and address; flat naming; structured naming;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 6: Synchronization. This lecture provides students with content including: clock synchronization; logical clock; mutual exclusion; election algorithm;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 7: Consistency and replication. This lecture provides students with content including: introduction; data-centric consistency models; client-centric consistency models; replica management; consistency protocols;... Please refer to the detailed content of the lecture!

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Lecture Distributed systems - Chapter 8: Fault tolerance. This lecture provides students with content including: introduction to fault tolerance; process resilience; reliable client-server communication; reliable group communication; distributed commit; recovery;... Please refer to the detailed content of the lecture!

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Lecture Fundamental of Physics 2 - Chapter 2: The kinetic theory of gases. This lesson provides students with content about: ideal gases; macroscopic views of gases; from macro to micro; microscopic views of gases; interpretation of ideal gases' properties; distribution of molecular speeds; mean free path;...

36p caongulam 10-11-2023 6 4   Download

Lecture Supply chain management - Chapter 5: Delivering/Distribution, help students should be able to: gain the physical distribution aspect of supply chains; apply the principles of physical distribution into practice; calculate distribution costs;...

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Lecture Distributed systems (3/E) - Chapter 1: Introduction provide students with content about: distributed system; collection of autonomous nodes; coherent system; middleware the OS of distributed systems; sharing resources; distribution transparency; degree of transparency; openness of distributed systems;... Please refer to the detailed lecture content!

78p diepkhinhchau 18-09-2023 7 3   Download

Lecture Distributed systems (3/E) - Chapter 2: Architectures provide students with content about: architectural styles; layered architecture; two-party communication; application layering; object-based style; RESTful architectures; using legacy to build middleware; organizing wrappers; intercept the usual flow of control;... Please refer to the detailed lecture content!

40p diepkhinhchau 18-09-2023 5 4   Download

Lecture Distributed systems (3/E) - Chapter 3: Processes provide students with content about: introduction to threads; context switching; avoid process switching; the cost of a context switch; threads and operating systems; lightweight processes; using threads at the client side; multi threaded clients; mimicking interfaces;... Please refer to the detailed lecture content!

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Lecture Distributed systems (3/E) - Chapter 4: Communication provide students with content about: basic networking model; low-level layers; transport layer; middleware layer; an adapted layering scheme; types of communication; basic RPC operation; sending out multiple RPCs; client-to-server binding (DCE);... Please refer to the detailed lecture content!

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Lecture Distributed systems (3/E) - Chapter 5: Naming provide students with content about: forwarding pointers; home-based approaches; chord finger tables; exploiting network proximity; hierarchical location services (HLS); name space; name resolution; name linking; name-space implementation;... Please refer to the detailed lecture content!

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Lecture Distributed systems (3/E) - Chapter 6: Coordination provide students with content about: physical clocks; clock synchronization; detecting and adjusting incorrect times; keeping time without UTC; reference broadcast synchronization; the Happened-before relationship; logical clocks; lamport’s clocks for mutual exclusion;... Please refer to the detailed lecture content!

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Lecture Distributed systems (3/E) - Chapter 7: Consistency and Replication provide students with content about: performance and scalability; data-centric consistency models; continuous consistency; sequential consistency; grouping operations; consistency for mobile users; monotonic reads; server-initiated replicas;... Please refer to the detailed lecture content!

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Lecture Distributed systems (3/E) - Chapter 8: Fault tolerance provide students with content about: reliability versus availability; failure models; dependability versus security; halting failures; redundancy for failure masking; process resilience; groups and failure masking; flooding-based consensus;... Please refer to the detailed lecture content!

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