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Distributed Systems topics:
- Faults (cross-reference OS/Fault Tolerance), Network-based (including partitions) and node-based failures, impact on system wide guarantees (e.g., availability), Distributed message sending, Data conversion and transmission
- Sockets, Message sequencing, Buffering, retrying, and dropping messages, Distributed system design tradeoffs, Latency versus throughput, Consistency, availability, partition tolerance, Distributed service design
- Stateful versus stateless protocols and services, Session (connection-based) designs, Reactive (IO-triggered) and multithreaded designs, Core distributed algorithms, Election, discovery, Scaling, Clusters, grids, meshes, and clouds.
- Network faults from other kinds of failures , synchronization constructs , packets, to communicate interesting data between two hosts , Measure the observed throughput and response latency across hosts in a given network
- Internet architecture, The TCP/IP layered model, Protocols, design principles, standardisation, IETF, Naming and addressing, Link-layer, Transmission theory and protocols, Ethernet networks, switches, Wireless networks, Network layer, Routing, link state and distance vector algorithms, Subnet, site and ISP routing perspectives, IPv6, Network services, Quality of service (QoS), IP multicast, reliable multicast.
- Host configuration, service discovery, zero-configuration networking, DHCP, DNS, Transport layer, TCP, UDP, Network design and operation, Infrastructures; enterprise/campus, ISP/home networks, Network monitoring and management, SNMP
- Virtual network environments, Applications, Web/HTTP, Email/SMTP, Client-server programming, Sockets, Introduction to distributed systems, Issues, challenges, Distributed system models (architectural, interaction, failure, security)
- Time in distributed systems, Clock synchronisation, logical clocks, Distributed objects, RPC/RMI, Java RMI, Distributed transactions, Distributed algorithms, Mutual exclusion, Leader election, Application of reliable/ordered multicast, Consensus, Indirect communication, Group communication, Publish-subscribe
- Message queues, Web services, The classic web service model; WSDL, SOAP, UDDI, RDF, XML, RESTful web services; HTTP methods, JSON, (Linked) open data, Peer to peer systems, Design principles, BitTorrent, Distributed hash tables
- Network security, Authentication and encryption, PKI, (Distributed) denial of service attacks, Intro to Distributed Systems and Networking, Basic Concepts and System Models, Protocols Layers and Service Models.
- Design Patterns of Networked Systems, The Internet Architecture, Delay Loss and Throughput in Packet-Switched Networks, Application Layer, Principles of Network Applications, Web and HTTP, Electronic Mail, DNS, P2P Applications
- Transport Layer, UDP, Principles of Reliable Data Transfer, TCP, Network Layer, Forwarding and Routing, Router Design, IP, Routing in the Internet, The Link State Routing Algorithm, The Distance Vector Routing Algorithm, Intra-AS Routing in the Internet: RIP, Inter-AS Routing: BGP, Link Layer
- Link Layer Services, Examples of Multiple Access Protocols, Link Layer Addressing, Wireless and Mobile Networks, WiFi, Cellular Networks, Cellular Internet Access.
- Designing Distributed Applications, Interprocess Communication, Client-server Communication, Distributed Objects, Middleware Systems, Group Communication, Time and Global States, Clocks, Events and Process States, Coordination and Agreement
- Distributed Mutual Exclusion, Elections, Coordination and Agreement in Group Communication, Consensus, Replication
- Distributed Systems and Distributed Computing ,Operating systems and Multithreading.
- Distributed Computing Paradigms :Message passing. Client-server paradigm. Peer-to-peer paradigm. Message system paradigm. Remote procedure call model. Distributed objects paradigm. Mobile agents. Cloud computing.
- Enabling Tools and Techniques for Building Distributed Systems ,Socket API and socket programming, Component-based software development. CORBA. Remote Method ,Invocation (RMI). COM/DCOM.
- Distributed Services on the Web: Web Services Software as a service. Service-oriented architecture,XML-RPC, Simple Object Access Protocol (SOAP). SOAP specification. Message processing. Use of namespaces. Building web services using SOAP
- Web Services Description Language (WSDL). Role of WSDL in Web services, WSDL documents, remote web-services invocation using WSDL, RESTful Web Services. Resource-oriented architectures. Frameworks for RESTful Services.
- Protocols ,Group communication ,Distributed databases ,Distributed operating systems ,Security
- Design and implementation of distributed systems,client server paradigm,inter process communications,synchronization ,concurrency control,naming,consistency ,replication,fault tolerance,distributed file systems.
- Techniques,design,implementation,analysis of distributed computer systems,Covers abstractions,implementation techniques,construction of distributed systems,cloud computing,distributed storage systems,distributed caches.